chapter 4 data analysis & interpretation 4.0.0.0...
TRANSCRIPT
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Data Analysis & Interpretation Chapter 4
Introduction 4.0.0.0
Data analysis forms the crux of any Research, particularly those which involve primary
data collection. Contrary to popular perception Data Analysis is much more than
number crunching of n
collection has to be processed and analysed in accordance with the outline laid down
to the computation of certain measures along with searching for patterns of
relationship that exist among data-
The present research being Mixed Methods Research involves analysis of both
Quantitative as well as Qualitative data. PHASE II PART A is quantitative descriptive
study. A quantitative study - standardised and scientific research containing an
objective analysis of the problem or phenomenon - is an inquiry into a research
problem, constituted of numerous variables which are quantifiable and analysed with
statistical procedures. Quantitative research has to do with numbers and data amenable
to quantification. One widely used quantitative technique the survey was deployed in
the research. It is usually based on a large number of cases, where a broad overview of
the existence of a phenomenon (in the case of this research, Competency Mapping) in
a population (Organisations operating in India) is required. Qualitative data on the
other hand is not easily and immediately quantifiable unless coded and categorised in
some way. The study collected quantitative data using closed-ended questions in the
two sets of questionnaires administered to HR and Non-HR Managers. PHASE II
PART B was a qualitative study. The qualitative data was collected using open-ended
questionnaires in the two sets of questionnaire as well as by way of conducting in-
depth interviews with Consultants, CEOs, HR Heads and Functional Heads.
In the current research, SPSS Version 19 and MS Excel are used for data analysis.
Qualitative Analysis was done using NVivo Software, proprietary qualitative software
produced by Google. The research Hypotheses framed and mentioned in the Research
Methodology chapter are verified using various tools available as a part of inferential
statistics viz. parametric tests like t-test, independent samples test and non-parametric
tests like Chi-Square. Measures of central tendency like mean, mode and median as
160
well as frequency tables were used for Descriptive Statistics to provide information of
a set of data or sample.
In the present research work fourteen hypotheses are put to test. The responses for the
questions pertaining to hypotheses were collected using five-point Likert-type scales.
Data was collected by administering two sets of questionnaires personally to the
respondents- HR and Non HR Managers. Data collected was organized, coded and
entered into software packages like SPSS version 19 and MS Excel. To test the
hypotheses formulated, software package SPSS (Statistical Package for Social
Sciences) was used; MS Excel was used for visual display of descriptive statistics
displayed in the form of graphs, charts and frequency distributions
This chapter begins with Descriptive statistics pertaining to the various variables
(independent as well as dependent) - describing the variables of interest in detail.
Thereafter, various hypotheses are tested using appropriate parametric and non-
parametric tools. Objective of the present study, hypotheses are followed by the
analysis of the data.
Objectives of the PHASE II PART A The Survey 4.1.0.0
To determine the usage or otherwise of Competency Mapping in
organizations operational in India
To map the awareness and usage of Competency mapping tools
To ascertain the extent of involvement of different levels of
management in implementation and Integration of Competency
mapping
Identification of Critical Success factors for implementation of
Competency Mapping in Organisations
To gain insights into the extent of applicability of Competency
Mapping to sub systems of HR like
Recruitment and Selection
Training & Development
Performance Management
Compensation & Reward
Succession planning
161
Career Planning
Building appropriate Culture
Change Enablement
Talent Management
To determine the effectiveness of Competency mapping in Sub-
systems of HR like
Recruitment and Selection
Training & Development
Performance Management
Compensation & Reward
Succession planning
Career Planning
Building appropriate Culture
Change Enablement
Talent Management
To gain insights into the roadblocks for usage of Competency mapping
in Organisations
To gain insights into benefits perception of Competency mapping
among HR and Non HR/Line Managers
To compare and contrast Competency Mapping with other HR
Interventions and practices.
Variables studied for PHASE II Part A 4.2.0.0
Independent variables: 4.2.1.0
Industry/Sector to which the organization belongs (Manufacturing v/s Service)
Employee / Staff Strength ( Size) of organization
Age or No of years of establishment of organization
Department / Functional area of employee (HR v/s Non HR)
Dependent variables: 4.2.2.0
Extent of usage of Competency Mapping
Application of CM in various Sub systems of HR
Effectiveness of CM in various Sub systems of HR
162
Impact of Competency Mapping in terms of measurable performance indicators
such as Employee productivity, attrition, bottom line
Perception of HR Managers and non HR managers on various aspects of
Competency Mapping
Awareness levels of non HR Managers for various tools of competency
mapping
Perceived roadblocks by HR and non HR Managers in terms of
Lack of dedicated staff
Inability of Non HR/Line Managers in handling Competency
Mapping recruitment
Lack of employee training in Competency Mapping usage
Difficulty in identifying competencies in detail
Difficulty in implementing competency based models
Competencies being in flux owing to volatile business environment
High attrition rate
Lack of time
Frequent transfers and Mobility
Multitasking expected from employees
Lack of dedicated resources
Lack of top Management Support
Perceived Benefits in terms of
Better productivity
Cost savings
Transparency in various HR processes
Providing a benchmark for measuring performance and identifying
employee potential
Identifying employee training and development needs
Designing appropriate training activities for employees
Assists monitoring of individual progress
Clarifies link between pay and performance
Creating meaningful grade structure
Improved alignment between individual and team behaviours
Perceived Critical Success factors in terms of
163
Top management buy-in
Dedicated HR Resource
Availability of Competency Mapping tools
Training of HR Managers in Competency Mapping related skills
Adequate financial resources
Allocation of dedicated time for Competency mapping
Hypothesis of the PHASE II PART A- The Survey 4.3.0.0
H10 Competency Mapping is not used in Organizations in India.
H20 There are no significant differences in awareness levels of Competency mapping
tools/ practices between functions (department type)
H30 Indian Organizations do not use Competency Mapping for the purpose of
Recruitment and Selection Training & Development Performance Management Compensation & Reward Career Planning Building appropriate Culture Succession Planning Change Enablement Talent Management
H40 Competency Mapping Applications in HR Sub-systems are not dependent on
Sector or industry Department or Managerial function of the respondent Employee/ Staff Strength (Size) of the Organisation Age (Years of establishment) of the Organisation
H50 Competency based HRM is not effective across HR subsystems such as
Recruitment and Selection Training and Development Performance Management Compensation & Reward Career Planning Building Appropriate Culture Succession Planning Change Enablement
164
Talent Management
H60 do not vary significantly
from assumed/expected mean (µ=3, Neutral)
H70: Mean Roadblock opinions of managers in organizations without Competency
Mapping implementation does not differ from that of managers in organizations with
Competency Mapping implementation
H80 Roadblock perceptions for Competency Mapping implementation is not dependent
on
Industry or sector. Managerial functions/ Department (HR v/s Non HR) Size of the organization Age of the organization
H90 not vary significantly from the
assumed mean (µ=3, Neutral)
H100 Benefit Perceptions for Competency based HRM implementation are not
dependent on
Industry or sector. Managerial functions Size of the organization Age of the organization
H110 Managers
mean (µ=3, Neutral)
H120 CSFs Perceptions for Competency Mapping Implementation are not dependent
on
Industry or Sector. Department/ Managerial functions Employee Strength (Size) of the organization Age of the organization
H130 The observed mean opinion of Managers regarding the impact of Competency
Mapping on the following chosen Measurable Indicators is significantly higher as
compared to the expected mean opinion (H0: µ = 2.5).
Sales Revenue increase Profit increase Productivity increase
165
Attrition reduction Cost reduction per recruit Improvement in the ratio of high performing hires to total hires Top talent retention
H140 The opinion of Managers on the desired outcomes pertaining to the seven
performance parameters does not vary with
Industry or sector
Department/ Managerial functions
Employee Strength (Size) of the organization
Age of the organization
Analysis of the Data PHASE II PART A- The Survey 4.4.0.0
Analysis of the Survey Study Descriptive Statistics of Respondent 4.4.1.0
4.4.1.1 Sector wise Break-
The sample size for the Survey to map the current status, usage and extent of
formalisation of Competency Mapping in organizations operational in India is 653.
There were two separate set of questionnaires one for HR Managers and the other for
Non HR Manager - which were administered to a total of 653 respondents. Both sets of
questionnaire were administered to managers belonging to industries across
manufacturing and service sectors. The following pie chart visually displays the sector
wise break-
166
Sector wise break- Figure: 4.1
The pie chart shows that 71.8% of the respondents belong to organization in the
service sector; 23.7% to organizations in the manufacturing sector and 4.5% were
indeterminable (owing to respondents agreeing to respond only on conditions of strict
confidentiality and anonymity). Thus the break-up approximates the real world where
also roughly 70% of the organizations (by count) in the formal organizational domain
in India belong to service sector.
4.4.1.2 Employee Strength-wise break-
In order to make sense of the large data pertaining to organizations with employee
strength ranging from below 100 to lakhs, the organizations were grouped in five
classes as follows
Employee strength below 100
Employee strength between 101 to 500
Employee strength between 501 to 1000
Employee strength between 1001 to 5000
Employee strength above 5000
155
469
29
Sectoral Representation of Respondents' Organizations
Manufacturing
Service
Indermined
167
Employee Strength-wise break- organizations Figure: 4.2
The employee strength-wise break-up of organizations is displayed using a bar chart.
28 % of the respondents refused to share employee strength details as well as
however from the rest of the data the sample appears to represent a
4.4.1.3 Age-wise break- Organization
The age of the organizations ranged from below five years to 100 years. Hence the
organizations were grouped into following categories
Organizations with age up to 10 years
Organizations with age between 11 -20 years
Organizations with age between 21-30 years
Organizations with age between 31-40 years
Organizations with age above 40 years
0
20
40
60
80
100
120
140
160
180
200
<100 101 to 500 501 to 1000 1001 to 5000 >5000 Indetermined/ Witheld on
Request
88
119
52
107 101
186 Employee Strength
168
Age-wise break- organizations Figure: 4.3
Around 63% of the respondents shared their organization
respondents were either not aware or refused to share their emplo . A good
13.3 % of the organizations belonged to the category of organizations above 40 years;
18.07% of the organizations belonged to the category of organizations between 11 to
20 years; approximately 17% of the organizations belonged to the category of
organizations with age upto 10 years; 8.8% of the organizations belonged to
organizations between 21 to 30 years; 5.2% of the organizations belonged to the
category of organizations between 31 to 40 years.
0
50
100
150
200
250
111 118
58
34
87
245 Age of Organization
169
4.4.1.4 Industry-wise break-up of Organization
Industry-wise break- organizations Figure: 4.4
653 Manager Respondents for the Survey belong to diverse industry spanning the
sake of convenience and representation they are classified or grouped into 7
representative categories to give a fair idea of the spread of sample organizations co-
Organizations are grouped into Consulting,
IT, ITES, Telecom, BPO/ KPO; 10.4% of the respondents belonged to Mining,
Manufacturing and Engineering ; 15.9% of the Managerial Respondents belonged to
BFSI; 11.17% belonged to Shipping, Logistics, Infrastructure & Construction; 6.43%
of the Manager respondents came from Consumer Services industry; 14.24% of
respondent had their rightful place in Business-to-Business; Pharma & Consumer
Goods/ Durables accounted for 8.11% of the total respondents; a miniscule 1.07% of
the respondents fitted in the Government, NGO/NPO industry. 4.1% of the
respondents were averse to sharing their demographics or did not prefer to disclose
their co-ordinates as a part of Company philosophy. An exhaustive list of industries in
each of the above 8 categories is enclosed in Appendix H.
186
68
104
73
42
93
53 7 27
Industry-wise Break-up of Respondents' Organizations (N=653) Consulting, IT, ITES, Telecom, BPO / KPO
Mining, Manufacturing, Engineering
BFSI
Shipping, Logistics, Infrastructure &Construction
Consumer Services
Business-to-Business
Pharma, Consumer Goods / Durables
Government, NGO, NPO
Others / Prefer not to disclose
170
4.4.1.5 Turnover wise break-up of organization
Turnover-wise break- organizations Figure: 4.5
The turnover of the sample varied from below Rs. 100 crore to above Rs. 100,000. For
the sake of manageability and ease of understanding the responses were classified into
five categories. Of the total 653 Survey Respondents, only 228 revealed turnover of
their organization, the remaining either claimed ignorance or stated being bound to
Non Disclosure Agreement with their organization. Some respondents working with an
MNC Subsidiary had no clue about the turnover of their organization but reported
figures pertaining to the global level, others working in Conglomerate again had no
clue about the turnover of their subsidiary and stated figures pertaining to the group
turnover (Organisations within a Conglomerate revealed substantial variance in terms
of CM practices). A substantial number of Organisations not being listed, their
turnover data were not available in public domain.
Of the 228 Valid responses, 25% belonged to the category of turnover below Rs. 100
crore, 25.4% reported turnover above Rs.10, 000 crore, 18.85 % indicated turnover
from Rs. 101 crore to Rs. 500 crore, 17.% belonged to the category of organization
with turnover Rs. 501 crore to 2000crore, 13.5% fell in the category of organizations
with turnover between Rs. 2001 crore to Rs. 10,000 crore.
0
10
20
30
40
50
60
INR 100 Croreor less
INR 101 to500 Crore
INR 501 to2,000 Crore
INR 2,001 to10,000 Crore
Above INR10,000 Crore
57
43 39 31
58
Turnover-wise Spread of Respondents' Organizations (228 Valid Responses / Searches)
Count
171
4.4.1.6 Function-wise break-up of respondents
Function-wise Break-up of Survey Respondents Figure: 4.6
26% of the total respondents belonged to HR and the rest 74% belonged to Non-HR
departments. The rationale for this 1:3 ratio of HR and Non-HR managers in Survey
was to approximate the real world where a similar ratio is applicable. Further, the
extent of usage of Competency mapping could only be revealed by way of capturing
responses from Non-HR / Line Managers whose participation and involvement was
essential for its successful implementation in an Organization.
Analysis of the Survey Study- Descriptive Statistics capturing Current 4.4.2.0
state of affairs as regards Competency Mapping Usage & Awareness in
Organisations
This section captures existing Scenario of Competency Mapping on the following
aspects
Extent of Usage of Competency Mapping
Awareness of Competency Mapping tools
Usage of Competency Mapping tools
Approaches used in developing Competency frameworks
Degree of Involvement of different stakeholders viz. top management, middle
management, operating management, consultant etc. in development and
26%
74%
Function-wise Break-up of Survey Respondents
(Total Respodent Base = 653)
HR
Non-HR
172
implementation of Competency Mapping
Allocation of responsibility for Competency Mapping implementation and
usage in Organizations
Agency, Basis and Scope of outsourcing, if outsourced
Various particulars indicating usage of Competency Mapping
Role of Line Managers in Competency Mapping
The above data is represented by way of pie charts, bar charts and frequency
distribution tables. This gives a good idea of how the respondents have reacted to the
items and how good the items and measures are.
4.4.2.1 Competency Mapping Usage
Of the 653 respondents, a slight majority (55.27%) belongs to organizations following
Competency Mapping processes; 40.88% admitted to competency mapping not being
used at all and 5.35% did not respond. The same is depicted in the pie chart below
Competency Mapping Usage and Non Usage in Organisations Figure: 4.7
Of the 351 Competency implementers, 17% started using Competency Mapping less
than a year back and another 23.36% have been using Competency Mapping only for
the past 1-2 years. Together they constitute 40.7% of the organizations who are at the
introduction or initial stage of usage. 42% organizations have been using Competency
Mapping for more than five years and 16.5% have been following Competency
mapping for the past 3-5 years.
351 267
35
Use of Competency Mapping (N=653)
Competency Mapping Used
Competency Mapping Not Used
No response
173
Break-up of Years of Usage within Competency Mapping Users Figure: 4.8
This is in stark contrast to developed country like US where more than 80% of the
organizations are Competency driven (Shippman et.al). This has also to be viewed in
the context of Competency Mapping origins and history which started in India in
1970s when T.V Rao implemented it in L&T. Even after 35 years of its introduction in
India, the progress of Competency Mapping and its usage has been quite tardy. If one
organizations are using
competency in a formalised manner. This can be asserted because Competency
Mapping implementation and integration in HR sub-systems takes three to five years.
The data is displayed visually using pie chart above
4.4.2.2 Competency Mapping Tools Awareness
Responses were sought on awareness of numerous tools used at various stages of
Competency Mapping process -namely Competency Identification, Competency
Assessment, Competency Validation and Development of frameworks. The awareness
of tools indirectly and in a somewhat crude manner also revealed the use of such tools.
The bar chart below along with the frequency distribution table reveals that for all the
tools except one Job Role Clarification-the number of people who are not aware
outnumber those aware of the tools in case of Competency Mapping non-users or non-
implementers.
Respondents were least aware of Threshold scales, Repertory Grids and Forced Rank
order.
150
58
82
61
Break-up of Years of usage within CM Users (N=351)
>5 years
3-5 years
1-2 years
Less than a year
174
Responses on awareness of Competency mapping tools are depicted in the bar chart
with an appended frequency distribution table in the ensuing figure
Awareness of Competency Mapping tools amongst Respondents from Figure: 4.9Organisations without Competency Mapping Implementation
In Organisations where Competency Mapping was already there or implemented, Job
role clarification scored maximum awareness followed by Assessment Centres and
Development Centres. One crude inference could be that of the 351 organizations
using Competency Mapping 69% deployed ACs and DCs. Respondents from
Competency Mapping Implemented Organisations were least aware of Repertory grids
and threshold scales among the tools surveyed, similar to respondents from non-CM
Aware
020406080
100120140
Axis
Titl
e
Aware_IndustryBenchmark
Aware_MockCenters
Aware_Assess
mentCenters
Aware_DevelopmentCenters
Aware_ExpertP
anels
Aware_BARS
Aware_ThresholdScal
es
Aware_ReportoryGrid
s
Aware_ForcedRankOr
der
Aware_JobRoleClarifica
tion
Aware_ChecklistsForObservati
onsAware 37 24 38 35 33 12 6 7 8 69 37Not Aware 96 109 94 97 99 120 126 125 123 63 95
Awareness of CM Tools - Respondents from Organizations without CM Implementation
175
implemented organizations.
Awareness of Competency Mapping tools amongst Respondents from Figure: 4.10Organisations with Competency Mapping Implementation
The preceding bar chart and frequency distribution table (Fig. 4.10) depict the
awareness or otherwise of Competency Mapping Tools amongst respondents from
organizations where Competency Mapping was being used. Understandably, the
awareness levels are higher for organizations where Competency Mapping is being
followed.
Aware
050
100150200250300
Axis
Titl
e
Aware_IndustryBenchmark
Aware_MockCenters
Aware_Assess
mentCenters
Aware_DevelopmentCenters
Aware_ExpertP
anels
Aware_BARS
Aware_ThresholdScal
es
Aware_ReportoryGrid
s
Aware_ForcedRankOr
der
Aware_JobRoleClarifica
tion
Aware_ChecklistsForObservati
onsAware 225 92 240 220 171 88 69 44 92 268 206Not Aware 110 240 95 114 160 244 263 287 241 67 129
Awareness of CM Tools - Respondents from CM Implemented Organizations
176
4.4.2.3 Extent of usage of various HR Interventions in Organisations
Extent of Usage of HR Intervention by Organizations as Reported by HR Figure: 4.11Managers
The above figure depicts the extent of usage of a plethora of interventions namely, Job
Design, Job Enlargement, Laboratory Training, Career Planning, Stress Management,
Team Building, Process Consultation, Quality Circles, Role Negotiation, Role
JobDesign
JobEnlargement
LaboratoryTraining
CareerPlanning
Stress
Management
Team
Building
ProcessConsultatio
n
Quality
Circles
Role
Negotiation
Role
AnalysisTechnique
s
GridOrganizationalDevelopment
Third
Party
Interventio
n
Organizatio
nMirror
QualityOf
Work
Life
Very High 17.8 14.2 6.25 14.3 6.80 19.1 11.7 11.0 7.64 9.66 7.64 7.59 4.90 15.8High 28.7 30.6 17.3 23.2 23.1 38.3 28.2 20.0 29.1 22.7 28.4 22.0 18.1 31.0Medium 29.4 26.5 18.0 32.8 26.5 26.0 24.8 31.0 22.9 25.5 25.6 20.6 23.7 21.3Low 12.3 14.2 20.8 10.2 22.4 10.9 14.4 14.4 20.8 20.0 12.5 16.5 16.0 15.8None / Very Low 11.6 14.2 37.5 19.1 21.0 5.48 20.6 23.4 19.4 22.0 25.6 33.1 37.0 15.8
0.00%
20.00%
40.00%
60.00%
80.00%
100.00%
120.00%St
acke
d Co
unt o
f Rat
ings
Extent of Usage of HR Intervention by HR Function Respondents (in %)
177
Analysis Techniques, Grid Organizational Development, Third Party Intervention,
Organization Mirror and Quality of Work Life. The above bar chart in a way depicts
what measures are employed by Organizations for the purpose of Change and
Development. Of the 167 HR respondents, 122.reported the use of Competency
Mapping in their organizations and 65 (38.92%) reported Competency Mapping usage
of more than 3 years,
The base being the same for all HR Interventions, Team- Building was reported to be
used the most among the select HR Interventions what with 57.53% of the respondents
reporting high or very high usage; Quality of Work Life with 46.8% and Job design
with 46.5% Managers reporting High or very High usage stood at second third in terms
of extent of usage. Laboratory training followed by Organization Mirror and Third Part
Intervention were used the least. Job design and Job Enlargement were also found to
be used to a considerable extent in Organizations.
Weighted Average for Degree/Extent of Usage of HR Intervention Figure: 4.12
The above bar chart depicts the extent of Usage of HR Interventions in terms of
Weighted Average. The weighted average is highest for Team Building, Job Design
and Quality of work life indicating high usage of these interventions. The weighted
average is lowest for Laboratory Training, followed by Organization Mirror and third
Party Intervention indicating low usage of these interventions as reported by Key
0.000.501.001.502.002.503.003.504.00
Weighted Average for Extent of Usage of HR Intervention
178
informants namely, HR Managers.
4.4.2.4 Usage of Competency Mapping Tools
The question on Usage of Competency mapping tools was responded to only by those
using Competency Mapping. Job role Clarification found maximum usage amongst all
Competency Mapping tools followed by industry benchmarks and assessment centres.
Repertory grids, BARS and Threshold scales were used the least.
Usage of Competency Mapping tools amongst Respondents from Figure: 4.13Organisations with Competency Mapping Implementation
Used
050
100150200250300
Axis
Titl
e
Usage_IndustryBenchmark
Usage_MockCe
nters
Usage_Assess
mentCenters
Usage_DevelopmentCenters
Usage_ExpertP
anels
Usage_BARS
Usage_ThresholdScales
Usage_RepertoryGrids
Usage_ForcedRankOr
der
Usage_JobRoleClarifica
tion
Usage_ChecklistsForObservatio
nsUsed 190 70 178 173 130 53 55 35 76 210 158Not Used 117 232 126 129 172 246 246 264 225 94 143
Usage of CM Tools - Respondents from CM Implemented Organizations
179
4.4.2.5 CM Tools When Used
Competency Mapping Tool Usage pertaining to Competency Mapping Figure: 4.14Stages of Mapping of Job Competencies, Competency Assessment and
Competency Validation
IndustryBenchmark_WhenUsed
MockCenters_WhenUse
d
AssessmentCenters_
WhenUsed
DevelopmentCenters_WhenUsed
ExpertPanels_WhenUse
d
BARS_WhenUse
d
ThresholdScales_WhenUsed
RepertoryGrids_WhenUsed
ForcedRankOrder_
WhenUsed
JobRoleClarification_WhenUsed
ChecklistsForObservationa_WhenUse
d
BehaviouralEventInterview_WhenUsed
All Three 0 0 0 1 0 0 1 0 0 1 1 0Assesment & Validation 1 0 0 1 0 0 0 0 1 0 1 2Identification & Validation 1 0 0 0 0 0 0 0 0 1 0 0Identification & Assesment 2 0 0 2 0 0 0 0 0 0 0 2Validation only 4 1 3 4 8 0 3 2 0 3 4 1Assesment only 5 7 23 13 8 3 3 1 7 13 8 13Identification only 19 4 5 9 9 3 3 3 7 16 8 10
0
5
10
15
20
25
30
35
40Co
unt o
f Res
pons
es
Mapping Tool Usage to CM Stages
180
The Figure 4.14 depicts Competency Mapping Tools and their Usage in Various
Stages of Competency Mapping Process viz, Mapping of Job Role Competencies,
Assessment of Competencies and Competency Validation.
The preceding bar chart clearly depicts that Industry Benchmarks and Job Role
Clarification were used for Competency Identification; Assessment Centres were used
the most for the purpose of Competency Assessment followed by Development
Centres, Job Role Clarification and Behavioural Event Interviews/Behavioural
Description Interviews; Repertory Grids, Experts Panels and Threshold scales in that
order were used the most for Competency validation; Behavioural Event interviews
and Industry Benchmarks were used for both Competency Identification and
Assessment; Industry Benchmarks and Job Role Clarification were used both for
Identification and validation; BEI and Forced ranked order were used both for
Assessment and Validation. Of all the Competency Mapping tools Assessment Centers
were deployed the most, followed by Job Role Clarification and Industry Benchmark
in some stage of Competency mapping.
4.4.2.6 Approaches to develop CM Framework
Organizational Approaches to Development of Competency Mapping Framework
Organizational Approach to Development of Competency Mapping Figure: 4.15Framework
The above chart clearly depicts that 62.71 % of the HR Managers proclaimed that
37.29%
62.71
Development of Competency Mapping (%)
Is Periodic
Is Continuous
181
Development of Competency Mapping Framework was continuous affair in their
organization and 37.29% stated that development exercise is Periodic. In other words
roughly 40% of the organizations have not reached maturity as far as Competency
Mapping approach is concerned and their frameworks are not in tune with the dynamic
Environments. Periodic Development also indicates a fits and starts policy which does
not augur well for its integration in various HR sub-systems
4.4.2.7 Organizational Approach to Competency Assessment
Organizational Approach to Competency Assessment Figure: 4.16
The above pie-chart clearly depicts that a good 67.52% of the HR respondents stated
that Competency Assessment is continuous in their organization and 32.48% reported
that assessment is a one-time event. In other words in roughly one-third of the
organizations Competency Assessment has not reached a stage of maturation and
completely integrated in Sub-Systems of HR like Performance Management,
Succession Planning, Promotions etc.
32.48%
67.52%
Competency Assesment
One-time
Continuous
182
4.4.2.8 Organisational Approach to Competency Frameworks Alignment to
Business Goals
Organisational Approach to Competency Frameworks alignment to Figure: 4.17Business Goals
The above pie-chart portrays that 68.70% of the organizations align their Competency
Frameworks to Long-term Business Goals, thereby paving the way for
institutionalization of Competency based HRM in their organizations; 28.69% stated
that the frameworks are aligned to Short-term business goals indicating that
Competency Mapping has not been integrated completely with Organisational
processes; 2.61% claimed that the frameworks were aligned to both short term and
long term goals
28.69%
68.70%
2.61%
Competency Frameworks Alignment
Short-term Business Goals
Long-term Business Goals
Both Short and Long Term
183
4.4.2.9 Organisational Allocation of Responsibility for Competency Mapping
Exercise
Allocation of Responsibility for Competency mapping Exercise Figure: 4.18
The above pie-chart depicts the allocation of Responsibility for Competency mapping
Exercise is mostly shouldered by HR Managers (51.63%) followed by others23.77%
(i.e Consultants or Consultancy Firms); only 22.95% organizations had Line Managers
shouldering the responsibility; a miniscule 1.64% of the organizations had a sharing of
responsibility amongst all three parties namely HR managers, Line Managers and
Consulltants
51.63%
22.95%
23.77%
1.64%
Responsibility for CM Exercise
HR Managers
Line Managers
Others
All
184
4.4.2.10 Degree of Involvement of various stakeholders in Development and
Implementation of Competency Mapping
Degree of Involvement of various stakeholders in Figure: 4.19Development and Implementation of Competency Mapping
The respondents were asked to rate the degree of involvement of various stakeholders
viz, Board of Directors, CEOs, TOP management, Middle Management, Operating
Management and Consultants on a four point scale.
-
Nil
LowMedium
High
0
20
40
60
80
100
120
140
160
Coun
t of V
alid
Res
pons
es
Board OfDirectors
ChiefExecutive
TopManagement
MiddleManagement
OperatingManagement Consultant(s)
Nil 62 44 17 8 26 124Low 86 80 49 38 45 64Medium 75 96 106 141 87 47High 87 90 141 125 151 71
"Yes" Responses to Degree of Involvement in Development and Implementation of CM (310
Valid Responses from 351 Implementors)
185
Degree of Involvement in Development and Implementation of competency mapping
are indicated in the above bar chart and frequency distribution table. It is evident that
in Competency Mapping Implementing Organisations, involvement of Middle
Management was the highest followed by top management and operating management
(the two were almost on par).
4.4.2.11 Allocation of responsibility for Competency Mapping
implementation and usage in Organizations
Allocation of Internal Responsibility for Competency Mapping
Competency Mapping is implemented and used by various players in the organization
viz. HR Managers, Line or Non HR Managers, Dedicated task force or a combination
of two or even three of the afore-mentioned. In most organizations Competency
Mapping remains the sole responsibility of HR managers, followed by Line Managers
and dedicated task force.
Internal Allocation of Responsibility amongst various players in Figure: 4.20Development and Implementation of Competency Mapping
Somewhat low involvement of Line managers in the bar chart points to the fact that
Competency mapping has not been fully integrated with all key HR processes, because
Competency Mapping Implementation in certain areas viz. Performance appraisal,
020406080
100120
19
50 51 53 66
112
Who is internally responsible for Competency Mapping
186
Promotions, Succession Planning requires participation of Line Managers. The
responsibility for Competency Mapping is best equally distributed among HR and Line
managers to ensure its success, lest competency mapping becomes just another HR
fad.
External Involvement and Responsibility in Competency mapping Exercise
In some organizations Competency mapping is partly or fully outsourced.
External Allocation of Responsibility amongst various players in Figure: 4.21Development and Implementation of Competency Mapping
The above bar chart depicts Consultancy firms handled the maximum of outsourced
assignments of Competency mapping followed by individual consultants.
4.4.2.12 Overall responsibility of Competency Mapping
The overall responsibility of Competency Mapping is borne most by In-house players
HR managers, Line managers or task force, followed by responsibility borne jointly
by In-house and outsourced resources. Very rarely (<1%) is responsibility of the
competency mapping process outsourced completely.
0102030405060
ExternalInstitution
No outsourcedsupport
IndividualConsultant
Consultancy Firm
9 12
34
60
Who is externally responsible for Competency Mapping
187
Overall responsibility of Competency Mapping Figure: 4.22
4.4.2.13 Basis of Outsourcing
Further probing on the modalities of (joint or exclusive) outsourcing of the CM process
fetches up interesting data fully 46% of such outsourcing happens on a time-bound
basis whereas 38% is outsourced on project-basis.
Basis of Outsourcing Figure: 4.23
About 10% outsourcing is done on retainership whereas combinations of the above
three bring up the rear minisculely (See chart above).
3 (0.99%)
92 (30.36%)
208 (68.65%)
Who is responsible overall for Competency Mapping
Exclusively Outsourced
Joint
Only In-house
46.27%
38.81%
10.45% 2.99% 1.49%
Basis of Outsourcing
Time-bound
Project Bound
Retainer Basis only
Project and Retainer Basis
Time and Project-bound
188
4.4.2.14 Scope of Outsourcing
As far as the span of activities outsourced within the overall outsourcing done for CM
processes is concerned, a large chunk (57.5%) is solely for the operational activity of
individual competency assessment only, one of the objectives being to impart a
modicum of impartiality to the actual evaluation process.
Scope of Outsourcing Figure: 4.24
nd
outsourcing at exactly 10% each, other permutational combinations thus bringing up
the rear. (See figure above)
4.4.2.15 Line Mana
Coming around to the dynamics of in-house activities for CM, Line managers in
majority claimed not to have been part of the CM exercise either as assessor or subject
in 59% of the cases. Informal mapping with HR managers in some of those very
organizations elaborated further that line managers are sometimes part of the exercise
as subjects without their knowledge quite often by design.
57.5%
10.0%
10.0%
7.5%
7.5% 5.0% 2.5%
Scope of Outsourcing
Assessment of IndividualCompetencies only
Framework Development &Assessment of Competencies
Mapping & Assesment ofCompetencies
Mapping of Competencies
Development of Framework
Mapping Competencies &Framework development
189
Figure: 4.25
Line Managers, when being aware of being involved, whether as part of a task-force
or individually / departmentally, were most likely to be both subjects and assessors,
and then subjects and assessors respectively owing to the healthy sample skew of
middle-level managers for our data.
59% 25%
13% 3%
Line Managers' Participatory Role in CM
Neither Subject nor Assesor
Subject & Assesor
Subject only
Assesor only
190
Extent of application of CM in HR Subsystems by Organization's Figure: 4.26Employee Strength
Recruitment and SelectionTraining And Development
Performance ManagementCompensation and Reward
Career PlanningBuilding Appropriate Culture
Succession PlanningChange Enablement
Talent Management0%
10%
20%
30%
40%
50%
60%
Non
e / V
ery
Low
Low
Med
ium
High
Very
Hig
hN
one
/ Ver
y Lo
wLo
wM
ediu
mHi
ghVe
ry H
igh
Non
e / V
ery
Low
Low
Med
ium
High
Very
Hig
hN
one
/ Ver
y Lo
wLo
wM
ediu
mHi
ghVe
ry H
igh
Non
e / V
ery
Low
Low
Med
ium
High
Very
Hig
h
Nor
mal
ized
Ext
ent o
f app
licat
ion,
in %
None /Ver
yLow
LowMedium
HighVer
yHigh
None /Ver
yLow
LowMedium
HighVer
yHigh
None /Ver
yLow
LowMedium
HighVer
yHigh
None /Ver
yLow
LowMedium
HighVer
yHigh
None /Ver
yLow
LowMedium
HighVer
yHigh
Recruitment and Selection 21% 11% 29% 29% 11% 6% 8% 35% 33% 17% 0% 9% 22% 52% 17% 12% 12% 21% 26% 28% 9% 6% 12% 58% 15%
Training And Development 25% 21% 21% 29% 4% 15% 13% 25% 31% 17% 9% 4% 22% 39% 26% 9% 9% 18% 44% 21% 3% 5% 11% 58% 24%
Performance Management 21% 11% 21% 39% 7% 15% 13% 27% 35% 10% 4% 4% 13% 57% 22% 9% 11% 23% 32% 26% 2% 5% 17% 47% 30%
Compensation and Reward 32% 14% 25% 25% 4% 9% 28% 40% 15% 9% 17% 13% 22% 39% 9% 7% 28% 28% 19% 18% 6% 8% 29% 38% 20%
Career Planning 29% 18% 32% 14% 7% 15% 17% 40% 25% 4% 13% 30% 22% 26% 9% 7% 26% 26% 23% 18% 9% 17% 30% 39% 5%
Building Appropriate Culture 25% 18% 32% 18% 7% 8% 27% 25% 31% 8% 17% 13% 26% 35% 9% 9% 26% 26% 32% 7% 8% 20% 21% 42% 9%
Succession Planning 30% 19% 22% 26% 4% 13% 19% 23% 31% 15% 22% 9% 39% 26% 4% 9% 19% 32% 28% 12% 6% 14% 29% 47% 5%
Change Enablement 36% 14% 21% 25% 4% 21% 21% 35% 15% 8% 22% 22% 39% 13% 4% 23% 21% 19% 33% 4% 5% 21% 29% 38% 8%
Talent Management 25% 7% 25% 39% 4% 15% 15% 35% 27% 8% 9% 35% 22% 26% 9% 7% 16% 25% 37% 16% 3% 12% 14% 53% 18%
Extent of application of CM in HR Subsystems by Organization's Employee Strength
<100 | 101-500 | 501-1000 | 1001-5000 | >5000
191
4.4.2.16 Effectiveness of CM in various sub-systems of HR
Respondent HR mangers in organizations where competency mapping was
implemented were asked to rate the effectiveness of Competency mapping process in
various Sub-Systems of HR on a five point Likert-type scale with 1 being totally
ineffective and 5 being totally effective.
Effectiveness of CM usage in Sub-Systems of HR as reported by HR Figure: 4.27Managers
The above stacked bar chart portraying the reported effectiveness of Competency
Mapping in various HR processes clearly points to its high effectiveness in the area of
Recruitment
&Selecti
on
Training &
Development
PerformanceManagementSyste
m
Compensatio
n &Rewar
d
CareerPlanni
ng
Building
AppropriateCultur
e
Succession
Planning
Change
Enablement
TalentManagement
Totally Effective 20.66% 19.01% 19.01% 13.22% 20.00% 14.88% 17.36% 9.92% 13.22%Effective 42.98% 43.80% 47.11% 40.50% 27.50% 37.19% 36.36% 31.40% 42.15%Medium 23.97% 23.97% 22.31% 26.45% 32.50% 26.45% 27.27% 37.19% 30.58%Ineffective 7.44% 10.74% 8.26% 13.22% 15.00% 15.70% 13.22% 14.88% 12.40%Totally Ineffective 4.96% 2.48% 3.31% 6.61% 5.00% 5.79% 5.79% 6.61% 1.65%
0.00%
20.00%
40.00%
60.00%
80.00%
100.00%
120.00%
Stac
ked
Coun
t of
Ratin
gs
Effectiveness of CM Usage according to HR Respondents
192
Performance Management, followed by Recruitment & Selection and Training &
development. Competency Mapping usage was reported to be relatively less effective
in Change Management, followed by Career planning, Building appropriate culture
and Compensation & rewards. It can be interpreted that while Organisations in India
have still some way to go in the full deployment of Competency Driven processes, the
overall enthusiasm for CM as an HR intervention is high for the more obvious and
more easily integratable aspects of HRM. Competency Mapping in most organizations
is associated with performance management while there are on-going attempts to
successfully integrate it in other areas or Sub-systems of HR. Once Competency
mapping is deployed in Recruitment and Selection, Training & Development and
PMS, efforts should be made to use it in other system as well to derive maximum
benefits from the whole exercise.
Weighted Average of Effectiveness ratings of Competency mapping usage Figure: 4.28in HR Sub-systems by HR Managers
The weighted averages for effectiveness of CM usage is above the mean score of 3 for
all 9 HR functions according to HR Managers, indicating an over-all positive opinion
of the usefulness of CM in this very important segment of organizational users and
0.00
1.00
2.00
3.00
4.00
5.00
3.67
3.66
3.70
3.40
3.43
3.40
3.46
3.23
3.53
Effectiveness of CM Usage according to HR Respondents - Weighted Average
193
opinion builders. It is highest for Performance Management Systems, closely followed
by Recruitment and Selection, Training and Development and Talent Management in
quick succession. It is lowest for Change Enablement which is quite understandable
owing to the esoteric and late stage integration nature of this complex and lesser
practised (actively and separately) aspect of HRM.
4.4.2.17 Extent of CM Usage Indicators in Organizations:
Of the 351 respondents formally acknowledging CM presence in their organizations, a
them as indicated in the graph below.
194
Extent of CM Usage Indicators in Organizations Figure: 4.29
The highe
. For 3 of the 9 statements, the disagreeing respondents
outweigh agreeing respondents, and of these, the lowest agreement was for the
below, that response would have had a lower percentage still, were it not for some
0%10%20%30%40%50%60%70% 60% 68%
45% 52%
49%
37% 42%
69% 70%
Nor
mal
ized
"Ye
s" re
spon
ses,
in %
Organization
hasComp
Dictionary
ClarityOf
Purpose
ofComp
ModelInitiati
ve
Employees
Involved in
CompModelDevelopment
Adequate
Reward for
Supporting
CompMappi
ng
Time-frame
forModelImple
mentationToo
Short
Time-frame
forModelImple
mentationTooLong
Historyof
PoorlyImplemente
dChanges toHR
processes
Employees
Informed ofOwnLevel
OfCompetency
Employee
Rewarded ifCompLevel
MeetsRequir
edLevel
"Yes" percentage for CMImplemented Organizations'
Managers, Valid Responses=31360% 68% 45% 52% 49% 37% 42% 69% 70%
"Yes" Responses to Specifics of Competency Mapping Usage Statements
(313 valid responses from 351 Implementors)
195
respondents from smaller, younger organizations.
Analysing for possibilities of inter-sectoral or other differentiating variables to the
Extent of CM Usage Indicators in Organizations Figure: 4.30
Sectorally, no appreciable differences seem to exist when Extent of Usage Data is
viewed after application of the sectoral (Manufacturing v/s Services) cut, indicating
that there is fair inter-sectoral agreement to the extent of CM Usage among
respondents
0%10%20%30%40%50%60%70%80%
Nor
mal
ized
"Yes
" re
spon
ses,
in %
Organization
hasComp
Dictionary
ClarityOf
Purpose
ofComp
ModelInitiati
ve
Employees
Involved inCompModelDevelopment
Adequate
Reward for
Supporting
CompMappi
ng
Time-frame
forModelImplementa
tionToo
Short
Time-frame
forModelImplementa
tionTooLong
History of
PoorlyImplemente
dChanges toHR
processes
Employees
Informed ofOwnLevel
OfCompetency
Employee
Rewarded ifCompLevel
MeetsRequir
edLevel
"Yes" percentage forManufacturing Sector Managers,
Valid Responses=7364% 75% 45% 47% 41% 41% 36% 70% 64%
"Yes" percentage for ServiceSector Managers, Valid
Responses=21660% 65% 46% 53% 50% 34% 43% 69% 71%
"Yes" Responses to Specifics of CM Usage for Manufacturing v/s Service Sector Managers
196
Functional Comparison of Extent of CM Usage Indicators in Figure: 4.31Organizations
Similarly, functionally too, no appreciable differences seem to exist when Extent of
Usage Data is viewed after application of the functional (HR v/s Line / Operations)
cut, indicating that there is fair inter-departmental agreement to the extent of CM
Usage among respondents
0%
10%
20%
30%
40%
50%
60%
70%
80%
Nor
mal
ized
"Ye
s" re
spon
ses,
in %
Organization
hasComp
Dictionary
ClarityOf
Purpose
ofComp
ModelInitiati
ve
Employees
Involved in
CompModelDevelopment
Adequate
Reward for
Supporting
CompMappi
ng
Time-frame
forModelImple
mentationToo
Short
Time-frame
forModelImple
mentationTooLong
Historyof
PoorlyImplemente
dChanges toHR
processes
Employees
Informed ofOwnLevel
OfCompetency
Employee
Rewarded ifCompLevel
MeetsRequir
edLevel
"Yes" percentage for HRManagers, Valid Responses=113 61% 77% 47% 52% 44% 42% 48% 72% 77%
"Yes" percentage for Non-HRManagers, Valid Responses=200 59% 63% 44% 51% 51% 34% 40% 68% 66%
"Yes" Responses to Specifics of CM Usage for HR v/s Non-HR Managers
197
-wise Comparison of Extent of CM UsageFigure: 4.32Indicators
Age category wise, there is broad agreement on extent of usage for for
for supporting
0%20%40%60%80%
100%
Nor
mal
ized
"Ye
s" re
spon
ses,
in %
Organization
hasComp
Dictionary
ClarityOf
Purpose
ofComp
ModelInitiati
ve
Employees
Involved inCompModelDevelopment
Adequate
Reward for
Supporting
CompMappi
ng
Time-frame
forModelImplementa
tionToo
Short
Time-frame
forModelImplementa
tionTooLong
History of
PoorlyImplemente
dChanges toHR
processes
Employees
Informed ofOwnLevel
OfCompetency
Employee
Rewarded ifCompLevel
MeetsRequir
edLevel
"Yes" percentage forOrganization Age upto 10 years,
Valid Responses=5045% 64% 40% 52% 48% 37% 39% 69% 75%
"Yes" percentage forOrganization Age=11-20 years,
Valid Responses=5769% 76% 61% 59% 45% 43% 48% 76% 74%
"Yes" percentage forOrganization Age = 21-30 years,
Valid Responses=2358% 67% 46% 42% 46% 35% 48% 61% 70%
"Yes" percentage forOrganization Age= 31-40 years,
Valid Responses=1457% 57% 29% 53% 50% 14% 50% 71% 86%
"Yes" percentage forOrganization Age > 40 years,
Valid Responses=4577% 75% 44% 48% 48% 35% 29% 75% 67%
"Yes" Responses to Specifics of CM Usage by Organization's Age
198
-
differences exist for one or the other age category for the remaining statements. Across
age categories, Organizations between 11-
responses for all statements combined at 61.24%.
The trend is somewhat different when Extent of Usage is viewed Employee-strength
category-wise.
199
Employee Strength Category-Figure: 4.33
While there is broad agreement on extent of usage for
-frame too short for
-
0%20%40%60%80%
100%
Nor
mal
ized
"Ye
s" re
spon
ses,
in %
Organization
hasComp
Dictionary
ClarityOf
Purpose
ofComp
ModelInitiati
ve
Employees
Involved in
CompModelDevelopment
Adequate
Reward for
Supporting
CompMappi
ng
Time-frame
forModelImplementa
tionToo
Short
Time-frame
forModelImplementa
tionTooLong
Historyof
PoorlyImplemente
dChanges toHR
processes
Employees
Informed ofOwnLevel
OfCompetency
Employee
Rewarded ifCompLevel
MeetsRequir
edLevel
"Yes" percentage for EmployeeStrength upto 100 , Valid
Responses=2141% 41% 23% 32% 50% 41% 73% 55% 57%
"Yes" percentage for EmployeeStrength = 101-500, Valid
Responses=5142% 67% 54% 48% 53% 47% 43% 71% 57%
"Yes" percentage for EmployeeStrength = 501-1000, Valid
Responses=2163% 78% 39% 45% 48% 39% 52% 70% 70%
"Yes" percentage for EmployeeStrength = 1001-5000, Valid
Responses=5163% 61% 31% 47% 45% 39% 35% 57% 66%
"Yes" percentage for EmployeeStrength above 5000, Valid
Responses=6276% 78% 55% 68% 44% 27% 34% 75% 82%
"Yes" Responses to Specifics of CM Usage by Organization's Employee Strength
200
from Organizations with 100 or less staff break away from consensus for
end. Across Strength categories,
4.4.2.18 Ranking of CM Stages for Severity of Challenge:
278 respondents ranked three CM
Ranking of CM Stages for Severity of Challenge Figure: 4.34
The weighted average of the data ranks Development of Framework highest on
severity of challenge, followed by Assessing Individual competencies. Mapping of
Competencies is deemed the easiest of the three.
1.80001.85001.90001.95002.00002.05002.10002.15002.20002.2500
Mapping JobCompetencies
DevelopingCompetencyFramework
AssessingEmployee
Competencies
Ranking of CM Stages for Severity of Challenge (278 valid responses)
Weighted Average Score
201
4.4.2.19 Overall Managerial Responses to Competency Mapping Roadblock
Statements: Roadblocks Yes No
Competency Mapping Roadblocks as reported by HR and Non HR Figure: 4.35Managers
The respondents were asked to identify roadblocks/challenges met in the usage of
Competency Mapping or reasons for Non-implementation. A total of 16 Roadblock
statements were given from which the respondents were expected to identify the ones
that closely described the roadblocks/barriers met by them. The above bar chart clearly
depicts the biggest roadblock in implementation of Competency Mapping as stated by
-
-
Validity of
0%5%
10%15%20%25%30%35%40%45%50% 47%
42%
27% 29%
21%
33%
22%
28%
37%
17%
28%
16%
28%
12%
25%
16%
"Yes" Responses to CM Roadblock Statements
"Yes" percentage, Base=457
202
The responses to Roadblocks were sought by way of two questions dichotomous
with Yes/ No responses for 16 items and five point Likert-type scale to capture
s. The Likert-type scale responses have been
analysed in the Hypothesis testing section.
4.4.2.20 Differences in Roadblocks met by Implementers and those
perceived by Non Implementers
The roadblock / challenges statements have been also analysed in terms of differences
in responses from Managers belonging to organization with Competency Mapping and
those where Competency mapping is not followed. (Figure 4.36 on succeeding page)
Unclear Description of Competencies.
The three biggest challenges or reasons for non-implementation as cited by Managers
from Non-
-availability of Competency Mapping
-rater
203
Comparison of Roadblocks reported by CM Implementers and Non Figure: 4.36Implementers
0% 10% 20% 30% 40% 50% 60%
Lack Of Adequate Time Available
Assessors' Lack Of Skills / Knowledge
Lack Of Budgetary Support
Business Environment Related
Organizational Resources Related
Non-Availability Of Comp. Mapping Tools
Complexity In Use of CM Tools
Complexity Of Implementation
Unclear Description Of Competencies
Non-Availability Of Assessors
Lack Of Assessor Training
Question Mark On Validity Of Exercises
Lack Of Organizational Commitment
Lack Of Inter-Rater Reliability
Non-Involvement Of Line Managers
Lack Of Data Security
40%
34%
26%
25%
18%
33%
16%
23%
31%
13%
17%
9%
25%
8%
19%
9%
54%
49%
28%
33%
22%
34%
29%
33%
43%
21%
38%
22%
30%
16%
29%
23%
"Yes" Responses to Roadblock Statements for Organizations with and without CM
Implementation
"Yes" percentage for Impementers, Base=223
"Yes" percentage for CM Non-Impementers, Base=212
204
Differences in Roadblocks reported by HR Managers and Non HR Figure: 4.37Managers
The above bar- of Adequate
Non Involvement of
Line M locks. Non HR-
0% 10% 20% 30% 40% 50% 60%
Lack Of Adequate Time Available
Assessors' Lack Of Skills / Knowledge
Lack Of Budgetary Support
Business Environment Related
Organizational Resources Related
Non-Availability Of Comp. Mapping Tools
Complexity In Use of CM Tools
Complexity Of Implementation
Unclear Description Of Competencies
Non-Availability Of Assessors
Lack Of Assessor Training
Question Mark On Validity Of Exercises
Lack Of Organizational Commitment
Lack Of Inter-Rater Reliability
Non-Involvement Of Line Managers
Lack Of Data Security
55%
55%
35%
32%
22%
31%
29%
38%
38%
24%
40%
15%
32%
17%
41%
24%
45%
38%
25%
28%
20%
34%
20%
25%
37%
15%
25%
16%
27%
10%
21%
14%
"Yes" Responses to CM Roadblock Statements for HR v/s Non-HR Managers
"Yes" percentage for Non-HR Managers, Base=363
"Yes" percentage for HR Managers, Base=94
205
-involvem
The age of the organizations in sample varies from below five to more than 100 years.
O to 10 years (2) 11 to 20
years (3) 21 to 30 years (4) 31 to 40 years (5) above 40 years. (Figure 4.38 on
succeeding page)
For organization
For organizations in the age-group of 31-
Knowledge were the three prime roadblocks
Organisations in the age- of Skills/
three most prominent roadblocks
Non availability of
Young Organisations with age under 10 pointed
most prominent roadblocks. The following chart depicts the responses on Roadblocks
206
Organisation- age wise Reported Roadblocks Figure: 4.38
0% 10% 20% 30% 40% 50% 60%
Lack Of Adequate Time Available
Assessors' Lack Of Skills / Knowledge
Lack Of Budgetary Support
Business Environment Related
Organizational Resources Related
Non-Availability Of Comp. Mapping Tools
Complexity In Use of CM Tools
Complexity Of Implementation
Unclear Description Of Competencies
Non-Availability Of Assessors
Lack Of Assessor Training
Question Mark On Validity Of Exercises
Lack Of Organizational Commitment
Lack Of Inter-Rater Reliability
Non-Involvement Of Line Managers
Lack Of Data Security
"Yes" Responses to CM Roadblock Statements by Organization's Age
"Yes" percentage for Organization Age > 40 years, Base=63
"Yes" percentage for Organization Age= 31-40 years, Base=26
"Yes" percentage for Organization Age = 21-30 years, Base=43
"Yes" percentage for Organization Age=11-20 years, Base=88
"Yes" percentage for Organization Age upto 10 years, Base=81
207
Figure: 4.39
The Employee strength of respondent organization varied from below 100 to above
100,000, hence the organizations were grouped in five categories of
0% 10% 20% 30% 40% 50% 60%
Lack Of Adequate Time Available
Assessors' Lack Of Skills / Knowledge
Lack Of Budgetary Support
Business Environment Related
Organizational Resources Related
Non-Availability Of Comp. Mapping Tools
Complexity In Use of CM Tools
Complexity Of Implementation
Unclear Description Of Competencies
Non-Availability Of Assessors
Lack Of Assessor Training
Question Mark On Validity Of Exercises
Lack Of Organizational Commitment
Lack Of Inter-Rater Reliability
Non-Involvement Of Line Managers
Lack Of Data Security
"Yes" Responses to CM Roadblock Statements by Organization's Employee strength
"Yes" percentage for Organization Employee Strength > 5000, 63 Valid Responses
"Yes" percentage for Employee Strength between 1001-5000, 73 Valid Responses
"Yes" percentage for Employee Strength between 501-1000, 35 Valid Responses
"Yes" percentage for Employee Strength between 101-500, 92 Valid Responses
"Yes" percentage for Employee Strength upto 100, 70 Valid Responses
208
1) Employee strength below 100
2) Employee strength between 101-500
3) Employee strength between 501-1000
4) Employee strength between 1001-5000
5) Employee strength above 5000
-involvement of
(Figure 4.39 on previous page)
Organisations with employee strength between 1001-5000 the chief roadblocks were
For organizations with Employee strength between 501-1000
/
Organisations with employee strength 101-
/ Knowledge and Non availability of Competency mapping
Organisation having employee strength of up
adequate time available as the biggest roadblocks
209
Reported Roadblocks Sector wise Figure: 4.40
The above bar chart clearly depicts that there are very little or negligible differences in
acknowledgement of individual roadblocks between manufacturing and service
sectors.
4.4.2.21 Distribution of Roadblock Ratings
Managers responses on a five point Likert-type scale on 12 Roadblock statements are
depicted below
0%5%
10%15%20%25%30%35%40%45%50%
49% 47%
26% 29% 25%
38%
25% 28%
35%
14%
34%
15%
33%
12%
25%
46%
40%
28% 28%
20%
31%
21% 27%
38%
18%
25%
15%
26%
11%
24%
"Yes" Responses to CM Roadblock Statements by Sector
"Yes" percentage for Manufacturing Sector, 103 Valid Responses
"Yes" percentage for Service Sector, 339 Valid Responses
210
Distribution of Roadblock Ratings Figure: 4.41
The responses for all 12 Roadblock statements are skewed around the mid-point three
thereby revealing that majority of Managers do not disagree with the 12 Roadblock
statements.
onestwos
threesfours
fives050
100150200250
Coun
t
Lack OfDedica
tedStaff
LineMgrs
Inability to
handleC M-
BasedRecruitment
Lack ofEmploy
ees'Trainin
g onCM
Diffficulty in
Identifying
Competencies
Difficult to
ImplementCM-
basedModels
CompetenciesRequired InFlux
HighAttrition Rate
Paucityof
Time
Frequent
Transfers &
Mobility
Muti-taskingExpectation
Lack ofDedica
tedResour
ces
Lack ofTop
ManagementSuppor
t
ones 94 75 67 75 73 44 70 60 100 74 73 89twos 83 106 90 101 106 91 91 100 94 83 79 57threes 156 160 146 164 190 227 154 179 164 138 145 142fours 73 98 104 95 93 97 111 106 94 120 112 107fives 128 94 123 97 70 71 104 86 77 117 121 134
Distribution of Roadblock Ratings 529 valid responses
211
4.4.2.22 Distribution of Benefit ratings
HR and Non HR Managers responses on a five point Likert-type scale on 10 CM
Benefits statements are depicted below. The distribution of responses on a five point
Likert-type scale for each of the 10 Benefits statement is skewed towards 4 in most
cases and five in few cases, thereby revealing broad and strong agreement on benefits
accruing to organizations when following Competency Mapping.
212
Distribution of Benefits Ratings Figure: 4.42
onestwos
threesfours
fives
020406080
100120
Bett
er P
rodu
ctiv
ityCo
st S
avin
gsTr
ansp
aren
cy in
HR
proc
esse
sBe
nchm
arki
ng o
f Em
ploy
ees'
Perf
orm
ance
Iden
tific
atio
n of
T&
D N
eeds
Desig
ning
Tra
inin
g Ac
tiviti
esM
onito
ring
Indi
vidu
als'
Prog
ress
Clar
ifies
Pay
-Per
form
ance
Lin
kCr
eate
s Mea
ning
ful G
radi
ng S
truc
ture
Coun
t of R
atin
g
BetterProducti
vity
CostSavings
Transparency in
HRprocess
es
Benchmarking ofEmploye
es'Perform
ance
Identification of
T&DNeeds
Designing
TrainingActivitie
s
Monitoring
Individuals'
Progress
ClarifiesPay-
PerformanceLink
CreatesMeanin
gfulGradingStructur
e
Alignment
between
Individual-TeamBehavio
urones 17 10 15 8 12 8 11 11 15 12twos 17 31 24 18 17 18 26 32 24 33threes 52 70 71 60 70 72 66 85 82 85fours 77 84 97 101 79 95 93 89 89 77fives 116 86 73 94 103 88 85 63 71 74
Distribution of Benefit Ratings
213
4.4.2.23 Distribution of CSF Ratings
HR and Non HR Managers responses on a five point Likert-type scale on 6 CSF
statements are depicted below
Distribution of CSF Ratings Figure: 4.43
The distribution of CSF ratings in the above bar-chart and the appended table reveals
that majority of responses are garnered by threes and fours on the rating scale for six
statements. It can be stated that Manager Respondents either agree or strongly agree
with the CSFs, only a miniscule disagree or strongly disagree with the selected CSFs.
ones
twosthrees
foursfives
020406080
100120
Axis
Titl
e
TopManagement
Buy-In
Dedicated HRresource
Availability ofCM Tools
Training HRManagers
AdequateFinancial
Resources
DedicatedTime
Allocationones 6 5 3 2 6 5twos 29 21 22 16 21 15threes 81 75 87 67 86 85fours 81 98 104 106 103 101fives 89 90 72 98 71 82
Distribution of CSF Ratings
214
4.4.2.24 Measure of CM Implementation on Performance Indicators
Likert-type scale on 6
Measurable Indicators are depicted below
Impact Measurement of Competency mapping implementation on Figure: 4.44Performance Indicators
The above bar chart depicts the impact of competency mapping on seven performance
0
20
40
60
<10%
11-20%
21-30%
>30%
14 38
35
28
18 46
26
27
9 38
37
33
41
35
26
17
34
31
29
21
19 49
27
23
20 39
21 42
Axis
Titl
e
<10% 11-20% 21-30% >30%Sales Revenue Increased 14 38 35 28Profit Increased 18 46 26 27Productivity Increased 9 38 37 33Attrition Reduced 41 35 26 17Cost Per Recruit Reduced 34 31 29 21Ratio of High Performing Hires To
Total Hires 19 49 27 23
Top Talent Retention 20 39 21 42
Measure of CM Implementation on Performance Indicators
215
indicators like Sales Revenue, Profit, Productivity, attrition, Cost per recruit, ratio of
high performing hires to Total hires and top talent retention. For all measurable
indicators except one (Cost Per Recruit Reduced) the category with highest frequency
is 11-20% meaning that in organizations where competency mapping was
implemented the positive impact was in the range of 11-20% . As regards Cost per
Recruit reduced, the category with highest frequency was less than 10%.
Hypothesis Testing 4.5.0.0
Analysis of the Survey Study- Competency Mapping Usage 4.5.1.0
Objective:
To determine Competency mapping usage or otherwise in Organisations Operating in India
To determine the number of years for which Competency Mapping has been used in Organisations
Hypothesis:
H10 Competency Mapping is not used in Organizations in India.
H1a Competency Mapping is used in Organisations in India
4.5.1.1 Runs Test on CM Usage (Y/N)
NPar Tests Runs Test
Usage_CM_YN Remarks
Test Valuea
2
z value calculated > z value tabulated (1.96)
(p < 0.05)
Null Hypothesis rejected
Cases < Test Value 267
Cases >= Test Value 351
Total Cases 618
Number of Runs 175
Z 10.606
Asymp. Sig. (2-tailed) .000
a. Median
Table: 4.1 Runs Test on Competency Mapping Usage in Organisations (Test
Value: Median)
216
Runs Test 2
Usage_CM_YN Remarks
Test Valuea
2.00
z value calculated > z
value tabulated (1.96) (p
< 0.05)
Total Cases 618
Null Hypothesis
rejected
Number of Runs 175
Z 10.606
Asymp. Sig. (2-tailed) .000
a. User-specified.
Table: 4.2 Runs Test on Competency Mapping Usage in Organisations (Test
Value: User Specified)
The runs test for responses sought on Competency mapping usage in organization on
dichotomous scale
distributed.
The above two tables depict z value of 10.606 which is higher than the tabulated value
of 1.96. Hence the difference is significant and Null Hypothesis is rejected. It can be
deduced that Competency Mapping is used in Organisations.
4.5.1.2 Binomial Test on CM Usage (Y/N)
NPar Tests
The non-parametric test of binomial was run on responses to Competency mapping
ion of
values is binomially distributed. The p value associated with the this comparison is
.001 indicating that the number of organizations with competency mapping and those
without do differ significantly from the binomial assumption of equal probability of
either.
217
Binomial Test
Usage_CM_YN
Categ
ory N
Obser
ved
Prop.
Test
Prop.
Exact Sig. (2-
tailed)
Remarks
Group 1(Organisations
with No Competency
Mapping Usage)
Group 2 (Organisations
witht Competency
Mapping Usage)
Total
1 267 .43 .50 .001 P<0.05. Null Hypothesis is
rejected
2 351 .57
618 1.00
Table: 4.3 Binomial Test on Competency mapping Usage
4.5.1.3 One-Sample Chi-Square on CM Usage (Y/N)
NPar Tests
Chi-Square Test
Frequencies
Usage_CM_YN
Competency Mapping Usage in No. of Years Observed N Expected N Residual
1(Organisations with No Competency Mapping Usage) 267 309.0 -42.0
2 (Organisations with Competency Mapping Usage)
351 309.0 42.0
Total 618
Table: 4.4 Observed and Expected Frequencies for One Sample Chi-Square
on Competency Mapping Usage
218
Test Statistics
Usage_CM_YN Remarks
Chi-Square 11.417a
Chi-Square Calculated >Chi-Square Tabulated (3.841). Difference
Significant. Null Hypothesis rejected (p<0.05)
Df 1
Asymp. Sig. .001
a. 0 cells (0.0%) have expected
frequency is 309.0.
frequencies less than 5. The minimum expected cell
Table: 4.5 Chi-Square Table for Competency Mapping Usage Yes /No
It is clear from the above two tables that Chi- square calculated is more than Chi-
square tabulated. Thus the difference is significant at .05 level of significance. From
Frequencies table it is evident that Observed frequencies for organizations using
Competency Mapping are more than Expected Frequencies. Hence null hypothesis
stating that Competency Mapping is not used in organizations is rejected. It can be
inferred that Competency Mapping is used in Organisations and more organizations
using it outnumber those not using it by almost 31%.
4.5.1.4 One-Sample Chi-Square on CM Usage (Number of Years)
Usage_CompetencyMapping
Competency Mapping Usage in No. of Years Observed N Expected NResidual
1(Organisations not using Competency mapping) 267 123.6 143.4
2 (Organisations using less than a year) 61 123.6 -62.6
3 (Organisations using for 1-2 years) 82 123.6 -41.6
4 (Organisations using for 3-5 years) 58 123.6 -65.6
5 (Organisations using for more than 5 years) 150 123.6 26.4
Total 618
Table: 4.6 Observed and Expected frequencies for Competency Mapping
Usage (No of Years).
219
Test Statistics
Usage_Competency
Mapping Remarks
Chi-Square 252.534a Chi-Square Calculated >Chi-Square Tabulated (9.488) at .05 level of Significance Hence Null Hypothesis is rejected. (p<0.05)
Df 4
Asymp. Sig. .000
a. 0 cells (0.0%) have expected frequencies less than 5. The minimum expected cell frequency is 123.6.
Table: 4.7 One Sample Chi-Square on CM Usage (No of years)
The one sample Chi-Square value for CM Usage categories (1 to 5) has an asymptotic
significance below 3 decimal places and is hence indicating the sample responses
deviate significantly from expected frequency value (Meaning equal frequency for
each of the five groups (618/5 = 123.6)).The five groups being i) Organisations not
using Competency mapping; ii) Organisations using for less than a year; iii)
organizations using for 1 -2 years; iv) Organisations using for 3-5 years; and v)
Organisations using for more than five years. The difference between Observed
Frequency (267) and expected Frequency(123.6) is most glaring in case of
Organisations not using Competency. The sample is thus significantly deviating from
goodness of fit, indicating that number of years of CM implementation varies
significantly from equal distribution
Analysis of the Survey Study- Awareness of Competency mapping Tools 4.5.2.0
Objective:
To determine whether the HR and Line / Non HR managers are aware of Various Competency Mapping Tools
Hypothesis
H20 There are no significant differences in awareness levels of Competency mapping
tools/ practices between functions (department type)
H2a There are significant differences in awareness levels of Competency mapping
tools/practices between functions (department type).
220
4.5.2.1 Chi-Square test of independence between Department type and CM tool
awareness
Aware_IndustryBenchmar
k
Total
Pearson Chi-
Square Value df
Asymp.
Sig. (2-
sided)
Exact
Sig. (2-
sided)
Exact
Sig. (1-
sided)
Remarks
1 2
Department_type * Aware_IndustryBenc
hmark
HR 47 86 133 6.276a 1 .012 .014 .008 Chi-Square Calculated>Chi Square tabulated (3.841)at .05. Null Hypothesis rejected (p<0.05)
Non-HR 169 183 352
Total 216 269 485
Department_type * Aware_MockCenters
HR 98 34 132 .218a 1 .641 .636 .361 Chi-Square Cal<Chi-Squaretab at .05. Null Hypothesis accepted. (p>0.05)
Non-HR 267 83 350
Total 365 117 482
Department_type * Aware_Assessment
Centers
HR 30 104 134 26.844a 1 .000 .000 .000 Chi-Square Calculated>Chi- Squaretabula
ted (3.841)at .05. Null Hypothesis rejected. (p<0.05)
Non-HR 169 181 350
Total 199 285 484
Department_type * Aware_Development
Centers
HR 49 84 133 5.350a 1 .021 .024 .013 Chi-Square Calculated>Chi-Square tabulated (3.841)at .05. Null Hypothesis rejected. (p<0.05)
Non-HR 170 180 350
Total 219 264 483
Department_type * Aware_ExpertPanels
HR 62 69 131 6.695a 1 .010 .013 .007 Chi-Square Calculated>Chi Square tabulated (3.841)at .05. Null Hypothesis rejected(p<0.05)
Non-HR 211 138 349
Total 273 207 480
221
Department_type * Aware_BARS
HR 106 25 131 .795a 1 .373 .457 .223 Chi-Square Cal<Chi-Squaretab at .05. Null Hypothesis accepted. (p>0.05)
Non-HR 270 80 350
Total 376 105 481
Department_type * Aware_ThresholdSc
ales
HR 108 23 131 .418a 1 .518 .574 .303 Chi-Square Cal<Chi-Squaretab at .05. Null Hypothesis accepted (p>0.05)
Non-HR 297 53 350
Total 405 76 481
Department_type * Aware_ReportoryGri
ds
HR 112 18 130 1.948a 1 .163 .183 .111 Chi-Square Cal<Chi-Squaretab at .05. Null Hypothesis accepted (p>0.05)
Non-HR 317 33 350
Total 429 51 480
Department_type * Aware_ForcedRank
Order
HR 93 39 132 7.149a 1 .008 .009 .006 Chi-Square Calculated>Chi-Square tabulated (3.841)at .05. Null Hypothesis rejected(p<0.05)
Non-HR 285 64 349
Total 378 103 481
Department_type * Aware_JobRoleClarif
ication
HR 27 107 134 6.075a 1 .014 .013 .008 Chi-Square Calculated>Chi - Squaretabula
ted (3.841)at .05. Null Hypothesis rejected(p<0.05)
Non-HR 110 240 350
Total 137 347 484
Department_type * Aware_ChecklistsFo
rObservations
HR 49 85 134 10.658a 1 .001 .001 .001 Chi-Square Calculated>Chi-Square tabulated (3.841)at .05. Null Hypothesis rejected(p<0.05)
Non-HR 186 164 350
Total 235 249 484
Table: 4.8 Chi-Square test for independence between functions (HR and Non
HR) and CM tools Awareness
222
The preceding table clearly shows that there is a significant difference between
awareness levels of HR and Non HR Managers regarding seven Competency Mapping
tools viz. Industry Benchmark, Assessment Centres, Development Centres, expert
panels, Forced Rank order, Job Role Clarification, Checklists for Observations.
(N>=480). Null hypothesis is thus rejected for the seven afore-mentioned Competency
Mapping tools and accepted for 4 Tools.
Hence it can be concluded that there are differences in awareness levels of HR and
Non HR Managers wing to lack of usage and exposure to these tools. In other words
Awareness levels are decidedly lower among Non HR Managers owing to lack of
usage and exposure to these Competency mapping tools
Analysis of the Survey Study-Competency Mapping applications and 4.5.3.0
Effectiveness in Various Sub-systems of HR
Objectives:
To find out the extent of applicability of Competency Mapping to various Sub-
systems of HR
To determine if CM Applications in HR Sub-systems are dependent on
Sector or industry
Department or Managerial function of the respondent
Employee/ Staff Strength (Size) of the Organization
Age (Years of establishment) of the Organization
Hypothesis:
H30 Indian Organizations do not use Competency Mapping for the purpose of
Recruitment and Selection Training & Development Performance Management Compensation & Reward Career Planning Building appropriate Culture Succession Planning Change Enablement Talent Management
H3a Indian Organizations use Competency Mapping for the purpose of
223
Recruitment and Selection Training & Development Performance Management Compensation & Reward Career Planning Building appropriate Culture Succession Planning Change Enablement Talent Management
4.5.3.1 One-Sample t-test for CM Applications in sub-systems of HR.
One-Sample Test
Test Value = 3
Remarks
t cal Df t tab
Sig.
(2-
tailed
)
Mean
Differen
ce
95% Confidence
Interval of the
Difference
Lower Upper
ApplicationsComp
Mapping_Recruitm
entandSelection
8.169 334 1.960 .000 .522 .40 .65
t cal > t tab at .05 level of significance. Null Hypothesis is rejected
ApplicationsComp
Mapping_TrainingA
ndDevelopment
8.187 334 1.960 .000 .522 .40 .65
t cal > t tab at .05 level of significance. Null Hypothesis is rejected
ApplicationsComp
Mapping_Performa
nceManagement
10.834 334 1.960 .000 .669 .55 .79
t cal > t tab at .05 level of significance. Null Hypothesis is rejected
ApplicationsComp
Mapping_Compens
ationAndReward
2.774 332 1.960 .006 .174 .05 .30
t cal > t tab at .05 level of significance. Null Hypothesis is rejected
ApplicationsComp
Mapping_CareerPl
anning
.807 333 1.960 .420 .051 -.07 .17
t cal < t tab at .05 level of significance. Null Hypothesis is accepted
224
ApplicationsComp
Mapping_BuildingA
ppropriateCulture
.612 333 1.960 .541 .039 -.09 .16
t cal < t tab at .05 level of significance. Null Hypothesis is accepted
ApplicationsComp
Mapping_Successi
onPlanning
1.316 332 1.960 .189 .084 -.04 .21
t cal < t tab at .05 level of significance. Null Hypothesis is accepted
ApplicationsComp
Mapping_ChangeE
nablement
-2.488 333 1.960 .013 -.159 -.28 -.03
t cal > t tab at .05 level of significance. Null Hypothesis is rejected
ApplicationsComp
Mapping_TalentMa
nagement
4.427 333 1.960 .000 .281 .16 .41
t cal > t tab at .05 level of significance. Null Hypothesis is rejected
Table: 4.9 One sample t-test for CM Applications in Sub-Systems of HR
As seen from the preceding table the observed mean scores of the survey sample for
the CM Applications in various Sub-systems of HR are above the expected mean
opinion (µ = 3) except for CM Applications in the area of Change Enablement where
mean=2.83).
The differences in observed and expected mean scores for these reasons are significant
at the .05 level according to the table except for Career Planning, Building Appropriate
Culture and Succession Planning
Hence, null hypothesis is rejected for all but four Applications Of Competency
Mapping and it can be concluded that organizations use Competency mapping in all
areas except Career Planning, Building Appropriate Culture, Succession Planning and
Change Enablement.
4.5.3.2 Competency Mapping Applications in HR Subsystems by Sector
225
H40 Competency Mapping Applications in HR Sub-systems are not dependent on
Sector or industry Department or Managerial function of the respondent Employee/ Staff Strength (Size) of the Organisation Age (Years of establishment) of the Organisation
H4a Competency Mapping Applications in HR Sub-systems are dependent on
Sector or industry Department or Managerial function of the respondent Employee/ Staff Strength (Size) of the Organisation Age (Years of establishment) of the Organisation
Chi-Square for Sector Type
Chi-Square Tests
Value df
Asymp. Sig. (2-sided)
Remarks
ApplicationsCompMapping_RecruitmentandSelection
* Industry_type
Pearson Chi-Square 2.094a 4 .719
Chi-Square calculated< Chi-Square tabulated (9.488). Null Hypothesis accepted. (p>.05)
Likelihood Ratio 2.097 4 .718
Linear-by-Linear Association
1.394 1 .238
N of Valid Cases 310
a. 0 cells (0.0%) have expected count less than 5. The minimum expected count is 6.46.
ApplicationsCompMapping_TrainingAndDevelopment
* Industry_type
Pearson Chi-Square 3.391a 4 .495
Chi-Square calculated< Chi-Square tabulated
(9.488). Null Hypothesis accepted. (p>.05)
Likelihood Ratio 3.356 4 .500
Linear-by-Linear Association
.314 1 .576
N of Valid Cases 310
a. 0 cells (0.0%) have expected count less than 5. The minimum expected count is 6.95.
ApplicationsCompMapping_PerformanceManagement
* Industry_type
Pearson Chi-Square 7.000a 4 .136 Chi-Square
calculated< Chi-Square tabulated Likelihood
Ratio 6.812 4 .146
226
Linear-by-Linear Association
.001 1 .971 (9.488). Null Hypothesis accepted. (p>.05)
N of Valid Cases 310
a. 0 cells (0.0%) have expected count less than 5. The minimum expected count is 5.71.
ApplicationsCompMapping_CompensationAndRewar
d * Industry_type
Pearson Chi-Square 5.010a 4 .286
Chi-Square calculated< Chi-Square tabulated
(9.488). Null Hypothesis accepted. (p>.05)
Likelihood Ratio 5.101 4 .277
Linear-by-Linear Association
1.354 1 .245
N of Valid Cases 308
a. 0 cells (0.0%) have expected count less than 5. The minimum expected count is 8.14.
ApplicationsCompMapping_CareerPlanning *
Industry_type
Pearson Chi-Square 2.900a 4 .575
Chi-Square calculated< Chi-Square tabulated
(9.488). Null Hypothesis accepted. (p>.05)
Likelihood Ratio 2.782 4 .595
Linear-by-Linear Association
2.228 1 .136
N of Valid Cases 309
a. 0 cells (0.0%) have expected count less than 5. The minimum expected count is 6.89.
ApplicationsCompMapping_BuildingAppropriateCultu
re * Industry_type
Pearson Chi-Square 1.682a 4 .794
Chi-Square calculated< Chi-Square tabulated
(9.488). Null Hypothesis accepted. (p>.05)
Likelihood Ratio 1.687 4 .793
Linear-by-Linear Association
.027 1 .868
N of Valid Cases 309
a. 0 cells (0.0%) have expected count less than 5. The minimum expected count is 6.64.
ApplicationsCompMapping_SuccessionPlanning *
Industry_type
Pearson Chi-Square 10.669a 4 .031 Chi-Square calculated
> Chi-Square tabulated (9.488). Null Hypothesis rejected. (p<0.05)
Likelihood Ratio 11.321 4 .023
Linear-by-Linear 6.070 1 .014
227
Association
N of Valid Cases 308
a. 0 cells (0.0%) have expected count less than 5. The minimum expected count is 6.66.
ApplicationsCompMapping_ChangeEnablement *
Industry_type
Pearson Chi-Square 6.237a 4 .182
Chi-Square calculated< Chi-Square tabulated (9.488). Null Hypothesis accepted. (p>.05)
Likelihood Ratio 6.477 4 .166
Linear-by-Linear Association
1.111 1 .292
N of Valid Cases 309
a. 1 cells (10.0%) have expected count less than 5. The minimum expected count is 4.92.
ApplicationsCompMapping_TalentManagement *
Industry_type
Pearson Chi-Square 3.964a 4 .411
Chi-Square calculated< Chi-Square tabulated
(9.488). Null Hypothesis accepted. (p>.05)
Likelihood Ratio 4.240 4 .375
Linear-by-Linear Association
1.288 1 .256
N of Valid Cases 309
a. 0 cells (0.0%) have expected count less than 5. The minimum expected count is 7.13.
Table: 4.10 Chi-Square test of Independence for CM Applications in Sub-
Systems of HR by Sector
The Chi-Square test of Independence for CM Applications in Sub-systems of HR
shows that in all cases but one namely, succession planning, the application does not
vary with sector or is independent of sector. In other words, CM Applications are
independent of the sector to which the organization belongs.
228
Independent Samples Test
Levene's
Test for
Equality of
Variances t-test for Equality of Means
Remarks
F Sig. t cal df t tab
Sig.
(2-
taile
d)
Mean
Differ
ence
Std.
Error
Differ
ence
95%
Confidence
Interval of the
Difference
Lower Upper
Applications
CompMappi
ng_Recruit
mentandSel
ection
Equal
variances
assumed
.151 .698 1.181 308 1.968 .238 -.182 .154 -.484 .121
t cal < t tab at .05 level of significance. Null Hypothesis is accepted
Equal
variances
not
assumed
1.184 130.42
6 .238 -.182 .153 -.485 .122
Applications
CompMappi
ng_Training
AndDevelop
ment
Equal
variances
assumed
.742 .390 .559 308 1.968 .576 -.087 .155 -.391 .218
t cal < t tab at .05 level of significance. Null Hypothesis is accepted
Equal
variances
not
assumed
.534 120.50
7 .594 -.087 .162 -.408 .234
Applications
CompMappi
ng_Perform
anceManag
ement
Equal
variances
assumed
3.41
1 .066 .036 308 1.968 .971 -.005 .151 -.302 .292
t cal < t tab at .05 level of significance. Null Hypothesis is accepted
Equal
variances
not
assumed
.034 116.80
6 .973 -.005 .161 -.325 .314
229
Applications
CompMappi
ng_Compen
sationAndR
eward
Equal
variances
assumed
1.02
1 .313 1.164 306 1.968 .245 -.177 .152 -.477 .122
t cal < t tab at .05 level of significance. Null Hypothesis is accepted
Equal
variances
not
assumed
1.149 124.99
0 .253 -.177 .154 -.483 .128
Applications
CompMappi
ng_CareerP
lanning
Equal
variances
assumed
.449 .503 1.495 307 1.968 .136 -.227 .152 -.527 .072
t cal < t tab at .05 level of significance. Null Hypothesis is accepted
Equal
variances
not
assumed
1.472 124.31
1 .143 -.227 .154 -.533 .078
Applications
CompMappi
ng_Building
Appropriate
Culture
Equal
variances
assumed
1.36
0 .244 .165 307 1.968 .869 .025 .154 -.278 .329
t cal < t tab at .05 level of significance. Null Hypothesis is accepted
Equal
variances
not
assumed
.170 134.49
5 .865 .025 .149 -.270 .321
Applications
CompMappi
ng_Success
ionPlanning
Equal
variances
assumed
.037 .848 2.484 306 1.968 .014 -.381 .153 -.683 -.079
t cal > t tab at .05 level of significance. Null Hypothesis is rejected
Equal
variances
not
assumed
2.500 129.05
7 .014 -.381 .152 -.682 -.079
Applications
CompMappi
ng_Change
Equal
variances
assumed
.895 .345 1.054 307 1.96
8 .293 -.162 .154 -.464 .140
t cal < t tab at .05 level of significanc
230
Enablement Equal
variances
not
assumed
.995 116.51
0 .322 -.162 .163 -.484 .160
e. Null Hypothesis is accepted
Applications
CompMappi
ng_TalentM
anagement
Equal
variances
assumed
.043 .836 1.135 307 1.96
8 .257 -.172 .152 -.471 .126
t cal < t tab at .05 level of significance. Null Hypothesis is accepted
Equal
variances
not
assumed
1.114 123.70
8 .267 -.172 .155 -.479 .134
Table: 4.11 Independent Samples t-test for CM Applications by Sector type
The preceding tables show that there is no significant difference in means applications
of two groups of sector Manufacturing and Service-for all Application except one i.e.
Succession planning. The mean for Service Sector is significantly higher than
Manufacturing Sector in this case. Thus it can be inferred that CM Applications in all
Sub-systems of HR except one do not differ or vary with sector.
4.5.3.3 Chi-Square test of Independence for CM Applications in HR Subsystems
and Department
Chi-Square Tests
Value df
Asymp. Sig. (2-sided) Remarks
Department_type * ApplicationsCompMapping_
RecruitmentandSelection
Pearson Chi-Square 8.247a 4 .083
Chi-Square calculated<Chi-Square tabulated (9.488). Null Hypothesis is accepted (p>0.05)
Likelihood Ratio 8.911 4 .063
Linear-by-Linear Association
6.641 1 .010
N of Valid Cases 335
a. 0 cells (0.0%) have expected count less than 5. The minimum expected count is 10.82.
231
Department_type * ApplicationsCompMapping_
TrainingAndDevelopment
Pearson Chi-Square 1.512a 4 .824
Chi-Square calculated<Chi-Square tabulated (9.488).Null Hypothesis is accepted (p>0.05)
Likelihood Ratio 1.519 4 .823
Linear-by-Linear Association
.128 1 .720
N of Valid Cases 335
a. 0 cells (0.0%) have expected count less than 5. The minimum expected count is 10.82.
Department_type * ApplicationsCompMapping_
PerformanceManagement
Pearson Chi-Square 10.855a 4 .028
Chi-Square calculated >Chi-Square tabulated (9.488).Null Hypothesis is rejected (p<0.05)
Likelihood Ratio 11.232 4 .024
Linear-by-Linear Association
6.461 1 .011
N of Valid Cases 335
a. 0 cells (0.0%) have expected count less than 5. The minimum expected count is 8.96.
Department_type * ApplicationsCompMapping_CompensationAndReward
Pearson Chi-Square 5.430a 4 .246
Chi-Square calculated<Chi-Square tabulated. Null Hypothesis is accepted (9.488). (p>0.05)
Likelihood Ratio 5.382 4 .250
Linear-by-Linear Association
4.483 1 .034
N of Valid Cases 333
a. 0 cells (0.0%) have expected count less than 5. The minimum expected count is 12.66.
Department_type * ApplicationsCompMapping_
CareerPlanning
Pearson Chi-Square 14.918a 4 .005
Chi-Square calculated >Chi-Square tabulated (9.488). Null Hypothesis is rejected (p<0.05
Likelihood Ratio 14.989 4 .005
Linear-by-Linear Association
9.638 1 .002
N of Valid Cases 334
a. 0 cells (0.0%) have expected count less than 5. The minimum expected count is 10.85.
Department_type * Pearson Chi-Square 5.973a 4 .201 Chi-Square
232
ApplicationsCompMapping_BuildingAppropriateCulture
Likelihood Ratio 5.976 4 .201
calculated<Chi-Square tabulated (9.488). Null Hypothesis is accepted (p>0.05)
Linear-by-Linear Association
2.775 1 .096
N of Valid Cases 334
a. 0 cells (0.0%) have expected count less than 5. The minimum expected count is 10.85.
Department_type * ApplicationsCompMapping_
SuccessionPlanning
Pearson Chi-Square 5.782a 4 .216
Chi-Square calculated<Chi-Square tabulated (9.488). Null Hypothesis is accepted (p>0.05)
Likelihood Ratio 5.724 4 .221
Linear-by-Linear Association
2.291 1 .130
N of Valid Cases 333
a. 0 cells (0.0%) have expected count less than 5. The minimum expected count is 11.54.
Department_type * ApplicationsCompMapping_
ChangeEnablement
Pearson Chi-Square 2.966a 4 .564
Chi-Square calculated<Chi-Square tabulated (9.488). Null Hypothesis is accepted (p>0.05)
Likelihood Ratio 3.000 4 .558
Linear-by-Linear Association
2.070 1 .150
N of Valid Cases 334
a. 0 cells (0.0%) have expected count less than 5. The minimum expected count is 8.61.
Department_type * ApplicationsCompMapping_
TalentManagement
Pearson Chi-Square 6.004a 4 .199
Chi-Square calculated<Chi-Square tabulated (9.488). Null Hypothesis is accepted (p>0.05)
Likelihood Ratio 6.119 4 .190
Linear-by-Linear Association
2.370 1 .124
N of Valid Cases 334
a. 0 cells (0.0%) have expected count less than 5. The minimum expected count is 11.98.
Table: 4.12 Chi-Square Test of Independence for CM Application and
Department
233
The preceding table clearly reveals that Competency Mapping Applications are not
dependent on the department to which the Manager respondent belonged for all
applications except two namely Performance Manageme and Career Planning .
This can probably be explained by non-involvement of Line managers in the afore-
mentioned areas.
4.5.3.4 Independent Samples t-test for CM Applications by Department
(functions)
Independent Samples Test
Levene's Test
for Equality of
Variances t-test for Equality of Means
Remarks
F Sig. t df
Sig.
(2-
tailed
) t tab
Mea
n
Differ
ence
Std.
Error
Differ
ence
95%
Confidence
Interval of
the
Difference
Lowe
r
Upp
er
Applicatio
nsCompM
apping_R
ecruitment
andSelecti
on
Equal
variances
assumed
4.961 .027 2.599 333 .010 1.968 -.341 .131 -.599 -.083
t cal > t tab
at .05 level of significance. Null Hypothesis is rejected
Equal
variances
not
assumed
2.695 290.21
9 .007 -.341 .126 -.590 -.092
Applicatio
nsCompM
apping_Tr
ainingAnd
Developm
ent
Equal
variances
assumed
.150 .699 .358 333 .721 1.968 -.047 .132 -.307 .213
t cal < t tab
at .05 level of significance. Null Hypothesis is accepted
Equal
variances
not
assumed
.360 267.33
3 .719 -.047 .131 -.305 .211
234
Applicatio
nsCompM
apping_Pe
rformance
Managem
ent
Equal
variances
assumed
2.327 .128 2.563 333 .011 1.968 -.324 .127 -.573 -.075
t cal > t tab
at .05 level of significance. Null Hypothesis is rejected
Equal
variances
not
assumed
2.589 269.04
5 .010 -.324 .125 -.571 -.078
Applicatio
nsCompM
apping_C
ompensati
onAndRe
ward
Equal
variances
assumed
.780 .378 2.129 331 .034 1.968 -.275 .129 -.529 -.021
t cal > t tab
at .05 level of significance. Null Hypothesis is rejected
Equal
variances
not
assumed
2.122 256.09
7 .035 -.275 .130 -.530 -.020
Applicatio
nsCompM
apping_C
areerPlan
ning
Equal
variances
assumed
1.261 .262 3.146 332 .002 1.968 -.404 .129 -.657 -.152
t cal > t tab
at .05 level of significance. Null Hypothesis is rejected
Equal
variances
not
assumed
3.091 246.90
5 .002 -.404 .131 -.662 -.147
Applicatio
nsCompM
apping_Bu
ildingAppr
opriateCul
ture
Equal
variances
assumed
1.645 .200 1.670 332 .096 1.968 -.219 .131 -.477 .039
t cal < t tab
at .05 level of significance. Null Hypothesis is accepted
Equal
variances
not
assumed
1.640 246.33
8 .102 -.219 .134 -.482 .044
Applicatio
nsCompM
apping_Su
Equal
variances
assumed
.041 .840 1.517 331 .130 1.968 -.200 .132 -.460 .059
t cal < t tab
at .05 level of
235
ccessionPl
anning Equal
variances
not
assumed
-1.524 262.55
5 .129 -.200 .131 -.459 .058
significance. Null Hypothesis is accepted
Applicatio
nsCompM
apping_C
hangeEna
blement
Equal
variances
assumed
1.016 .314 1.441 332 .150 1.968 -.190 .132 -.449 .069
t cal < t tab
at .05 level of significance. Null Hypothesis is accepted
Equal
variances
not
assumed
1.443 262.19
2 .150 -.190 .131 -.448 .069
Applicatio
nsCompM
apping_Ta
lentManag
ement
Equal
variances
assumed
.159 .690 1.543 332 .124 1.968 -.202 .131 -.460 .056
t cal < t tab
at .05 level of significance. Null Hypothesis is accepted
Equal
variances
not
assumed
1.547 263.52
5 .123 -.202 .131 -.460 .055
Table: 4.13 Independent Samples t-test For CM Applications by Department
(functions)
The preceding table reveals that the means of the two groups of department (HR and
Non HR) differ significantly in case of Recruitment and Selection, Performance
management, Compensation & benefits and Career planning. Hence null hypothesis is
rejected in these cases (p<0.05). This can probably be explained by the non-
involvement of Line/ Non HR Managers in the areas of Recruitment and Selection,
PMS, Compensation and benefits and Career planning and hence the low application
ratings given by them. Null Hypothesis is accepted in all other cases owing to no or
negligible difference in means of two groups and significance value being p>0.05.
236
4.5.3.5 Chi-Square tests for CM Applications in HR Subsystems by
Organisational Age Category
Chi-Square Tests
Value df
Asymp. Sig. (2-sided) Remarks
Org_Age_Cat * ApplicationsCompMapping_RecruitmentandSelecti
on
Pearson Chi-Square 16.529a 16 .417
Chi-Square tabulated (26.296) >Chi-Square calculated. Null Hypothesis is accepted (p>0.05)
Likelihood Ratio 19.156 16 .261
Linear-by-Linear Association
7.055 1 .008
N of Valid Cases 203
a. 13 cells (52.0%) have expected count less than 5. The minimum expected count is .96.
Org_Age_Cat * ApplicationsCompMapping_TrainingAndDevelopme
nt
Pearson Chi-Square 20.772a 16 .187
Chi-Square tabulated (26.296) > Chi-Square calculated. Null Hypothesis is accepted (p>0.05)
Likelihood Ratio 22.759 16 .120
Linear-by-Linear Association
4.011 1 .045
N of Valid Cases 203
a. 10 cells (40.0%) have expected count less than 5. The minimum expected count is 1.40.
Org_Age_Cat * ApplicationsCompMapping_PerformanceManageme
nt
Pearson Chi-Square 20.151a 16 .214
Chi-Square tabulated (26.296) > Chi-Square calculated.Null Hypothesis is accepted (p>0.05)
Likelihood Ratio 20.900 16 .182
Linear-by-Linear Association
2.522 1 .112
N of Valid Cases 203
237
a. 13 cells (52.0%) have expected count less than 5. The minimum expected count is 1.18.
Org_Age_Cat * ApplicationsCompMapping_CompensationAndRew
ard
Pearson Chi-Square 21.867a 16 .148
Chi-Square tabulated (26.296) > Chi-Square calculated.Null Hypothesis is accepted (p>0.05)
Likelihood Ratio 24.858 16 .072
Linear-by-Linear Association
8.552 1 .003
N of Valid Cases 202
a. 8 cells (32.0%) have expected count less than 5. The minimum expected count is 1.63.
Org_Age_Cat * ApplicationsCompMappin
g_CareerPlanning
Pearson Chi-Square 18.036a 16 .322
Chi-Square tabulated (26.296) > Chi-Square calculated. Null Hypothesis is accepted (p>0.05)
Likelihood Ratio 20.288 16 .208
Linear-by-Linear Association
3.594 1 .058
N of Valid Cases 203
a. 11 cells (44.0%) have expected count less than 5. The minimum expected count is 1.26.
Org_Age_Cat * ApplicationsCompMapping_BuildingAppropriateCul
ture
Pearson Chi-Square 16.474a 16 .420
Chi-Square tabulated (26.296) > Chi-Square calculated.Null Hypothesis is accepted (p>0.05)
Likelihood Ratio 14.748 16 .543
Linear-by-Linear Association
.051 1 .821
N of Valid Cases 203
a. 10 cells (40.0%) have expected count less than 5. The minimum expected count is 1.33.
Org_Age_Cat * Pearson Chi-Square 17.794a 16 .336 Chi-Square tabulated
238
ApplicationsCompMapping_SuccessionPlanning
Likelihood Ratio 16.399 16 .425
(26.296) > Chi-Square calculated. Null Hypothesis is accepted (p>0.05) Linear-by-
Linear Association
5.035 1 .025
N of Valid Cases 202
a. 8 cells (32.0%) have expected count less than 5. The minimum expected count is 1.56.
Org_Age_Cat * ApplicationsCompMappin
g_ChangeEnablement
Pearson Chi-Square 28.379a 16 .028
Chi-Square tabulated (26.296) < Chi-Square calculated .Null Hypothesis is rejected (p<0.05)
Likelihood Ratio 27.306 16 .038
Linear-by-Linear Association
.904 1 .342
N of Valid Cases 203
a. 10 cells (40.0%) have expected count less than 5. The minimum expected count is 1.03.
Org_Age_Cat * ApplicationsCompMappin
g_TalentManagement
Pearson Chi-Square 14.773a 16 .541
Chi-Square tabulated (26.296) > Chi-Square calculated. Null Hypothesis is accepted (p>0.05)
Likelihood Ratio 16.194 16 .440
Linear-by-Linear Association
1.537 1 .215
N of Valid Cases 203
a. 9 cells (36.0%) have expected count less than 5. The minimum expected count is 1.33.
Table: 4.14 Chi-Square test of Independence between Organisational Age
Category and CM Applications in HR Sub-systems
The preceding table clearly reveals that there is no association between Organisational
Age Category and CM applications pertaining to all HR Sub-systems except one which
is Change Enablement
239
4.5.3.6 Chi-Square tests for CM Applications in HR Subsystems by
Organisational Staff Strength Category
Chi-Square of independence was run to find association between Organisational Staff
-systems
Chi-Square Tests
Value df
Asymp. Sig. (2-sided) Remarks
Org_Staff_Strength * ApplicationsCompMapping_RecruitmentandSelecti
on
Pearson Chi-Square 29.997a 16 .018
Chi-Square tabulated (26.296) < Chi-Square calculated Null Hypothesis is rejected (p<0.05)
Likelihood Ratio 31.133 16 .013
Linear-by-Linear Association
3.829 1 .050
N of Valid Cases 222
a. 7 cells (28.0%) have expected count less than 5. The minimum expected count is 2.07.
Org_Staff_Strength * ApplicationsCompMapping_TrainingAndDevelopme
nt
Pearson Chi-Square 32.468a 16 .009
Chi-Square tabulated (26.296) < Chi-Square calculated Null Hypothesis is rejected (p<0.05)
Likelihood Ratio 33.399 16 .007
Linear-by-Linear Association
24.088 1 .000
N of Valid Cases 222
a. 8 cells (32.0%) have expected count less than 5. The minimum expected count is 2.18.
Org_Staff_Strength * ApplicationsCompMapping_PerformanceManageme
nt
Pearson Chi-Square 28.477a 16 .028
Chi-Square tabulated (26.296) < Chi-Square calculated Null Hypothesis is rejected (p<0.05)
Likelihood Ratio 30.554 16 .015
Linear-by-Linear Association
19.144 1 .000
240
N of Valid Cases 222
a. 9 cells (36.0%) have expected count less than 5. The minimum expected count is 1.97.
Org_Staff_Strength * ApplicationsCompMapping_CompensationAndRew
ard
Pearson Chi-Square 40.665a 16 .001
Chi-Square tabulated (26.296) < Chi-Square calculated Null Hypothesis is rejected (p<0.05)
Likelihood Ratio 38.856 16 .001
Linear-by-Linear Association
16.873 1 .000
N of Valid Cases 221
a. 5 cells (20.0%) have expected count less than 5. The minimum expected count is 2.60.
Org_Staff_Strength * ApplicationsCompMappin
g_CareerPlanning
Pearson Chi-Square 26.539a 16 .047
Chi-Square tabulated (26.296) < Chi-Square calculated Null Hypothesis is rejected (p<0.05)
Likelihood Ratio 24.473 16 .080
Linear-by-Linear Association
6.247 1 .012
N of Valid Cases 222
a. 7 cells (28.0%) have expected count less than 5. The minimum expected count is 1.97.
Org_Staff_Strength * ApplicationsCompMapping_BuildingAppropriateCul
ture
Pearson Chi-Square 14.163a 16 .587
Chi-Square tabulated (26.296) > Chi-Square calculated Null Hypothesis is accepted (p>0.05)
Likelihood Ratio 13.370 16 .646
Linear-by-Linear Association
3.984 1 .046
N of Valid Cases 222
a. 6 cells (24.0%) have expected count less than 5. The minimum expected count is 1.86.
241
Org_Staff_Strength * ApplicationsCompMappin
g_SuccessionPlanning
Pearson Chi-Square 24.569a 16 .078
Chi-Square tabulated (26.296)> Chi-Square calculated Null Hypothesis is accepted (p>0.05)
Likelihood Ratio 23.250 16 .107
Linear-by-Linear Association
5.385 1 .020
N of Valid Cases 221
a. 8 cells (32.0%) have expected count less than 5. The minimum expected count is 1.98.
Org_Staff_Strength * ApplicationsCompMappin
g_ChangeEnablement
Pearson Chi-Square 26.560a 16 .047
Chi-Square tabulated (26.296) < Chi-Square calculated Null Hypothesis is rejected (p<0.05)
Likelihood Ratio 29.418 16 .021
Linear-by-Linear Association
8.880 1 .003
N of Valid Cases 222
a. 7 cells (28.0%) have expected count less than 5. The minimum expected count is 1.35.
Org_Staff_Strength * ApplicationsCompMappin
g_TalentManagement
Pearson Chi-Square 35.311a 16 .004
Chi-Square tabulated (26.296) < Chi-Square calculated Null Hypothesis is rejected (p<0.05)
Likelihood Ratio 33.973 16 .005
Linear-by-Linear Association
15.534 1 .000
N of Valid Cases 222
a. 7 cells (28.0%) have expected count less than 5. The minimum expected count is 2.28.
Table: 4.15 Chi-Square test of Independence between Organisational Staff
Strength and CM Applications in HR Sub-systems
The preceding tables clearly reveal that CM Applications in HR sub-systems vary with
Organisational Staff strength for Recruitment & Selection, Training & Development
Performance Management, Compensation & reviews, Career Planning, Change
242
Enablement and Talent Management. Hence Null Hypothesis is rejected for the afore-
mentioned HR Sub-systems.
Analysis of the Survey Study - Competency Mapping Application 4.5.4.0
Effectiveness in various Sub-systems of HR.
Objective :
To determine the effectiveness of CM Applications in Sub-systems of HR like
Recruitment & Selection, Training and Development, Performance Management,
Compensation & Reward, Career Planning, Building Appropriate Culture, Succession
Planning, Change Enablement and Talent Management
Hypothesis:
H50 Competency based HRM is not effective across HR subsystems such as
Recruitment and Selection Training and Development Performance Management Compensation & Reward Career Planning Building Appropriate Culture Succession Planning Change Enablement Talent Management
H5a Competency based HRM is effective across HR subsystems such as
Recruitment and Selection Training and Development Performance Management Compensation & Reward Career Planning Building Appropriate Culture Succession Planning Change Enablement Talent Management
243
4.5.4.1 One Sample t-test CM Application Effectiveness
One-Sample Test
Remarks
Test Value = 3
t cal df t tab
Sig. (2-
tailed)
Mean
Difference
95% Confidence
Interval of the
Difference
Lower Upper
UsageEffectiveness_Re
cruitmentSelection
7.054 120 1.980 .000 .669 .48 .86
t cal > t tab at .05 level of significance. Null Hypothesis is rejected
UsageEfffectiveness_Tr
ainingAndDevelopment
7.362 120 1.980 .000 .661 .48 .84
t cal > t tab at .05 level of significance. Null Hypothesis is rejected
UsageEffectiveness_Per
formanceMgmtSystem
7.884 120 1.980 .000 .702 .53 .88
t cal > t tab at .05 level of significance. Null Hypothesis is rejected
UsageEffectiveness_Co
mpensationAndReward
4.107 120 1.980 .000 .405 .21 .60
t cal > t tab at .05 level of significance. Null Hypothesis is rejected
244
UsageEffectiveness_Car
eerPlanning
4.156 119 1.980 .000 .425 .22 .63
t cal > t tab at .05 level of significance. Null Hypothesis is rejected
UsageEffectiveness_Bui
ldingAppropriateCulture
3.970 120 1.980 .000 .397 .20 .59
t cal > t tab at .05 level of significance. Null Hypothesis is rejected
UsageEffectiveness_Su
ccessionPlanning
4.614 120 1.980 .000 .463 .26 .66
t cal > t tab at .05 level of significance. Null Hypothesis is rejected
UsageEffectiveness_Ch
angeEnablement
2.450 120 1.980 .016 .231 .04 .42
t cal > t tab at .05 level of significance. Null Hypothesis is rejected
UsageEffectiveness_Tal
entManagement
6.245 120 1.980 .000 .529 .36 .70
t cal > t tab at .05 level of significance. Null Hypothesis is rejected
Table: 4.16 One sample t-test for Competency Mapping usage/ application
Effectiveness in HR Sub-systems
The observed mean scores for CM usage effectiveness is above the expected mean
score of 3(µ=3) and the differences in observed and excepted mean scores for these
reasons are significant at the .05 level according to the above table.
Hence, null hypothesis is rejected and we conclude that HR managers (in
245
organizations where Competency Mapping is implemented) are of the opinion that the
Competency Mapping Usage is effective across HR Sub-segments viz. Recruitment &
Selection, Training and Development, Performance management System,
Compensation & Reward, Career planning, Building Appropriate culture, Succession
Planning, Change Enablement and Talent management.
4.5.4.2 One Sample Chi-Square test for CM usage effectiveness
Test Statistics
Chi-Square
df Asymp. Sig. Remarks
UsageEffectiveness_RecruitmentSelection 56.149a 4 .000
(p< 0.05) Null hypothesis rejected
UsageEfffectiveness_TrainingAndDevelopment 59.041a 4 .000
(p< 0.05) Null hypothesis rejected
UsageEffectiveness_PerformanceMgmtSystem 70.033a 4 .000
(p< 0.05) Null hypothesis rejected
UsageEffectiveness_CompensationAndReward 44.331a 4 .000
(p< 0.05) Null hypothesis rejected
UsageEffectiveness_CareerPlanning 27.750b 4 .000
(p< 0.05) Null hypothesis rejected
UsageEffectiveness_BuildingAppropriateCulture 35.322a 4 .000
(p< 0.05) Null hypothesis rejected
UsageEffectiveness_SuccessionPlanning 34.826a 4 .000
(p< 0.05) Null hypothesis rejected
UsageEffectiveness_ChangeEnablement 44.331a 4 .000
(p< 0.05) Null hypothesis rejected
UsageEffectiveness_TalentManagement 63.091a 4 .000
(p< 0.05) Null hypothesis rejected
a. 0 cells (0.0%) have expected frequencies less than 5. The minimum expected cell frequency is 24.2.
b. 0 cells (0.0%) have expected frequencies less than 5. The minimum expected cell frequency is 24.0.
Table: 4.17 One Sample Chi-Square for Competency Mapping Usage
effectiveness.
The One Sample Chi-Square for Competency Mapping Usage / Application
effectiveness clearly reveals that in Organisations where CM finds application , it is
highly effective in all the chosen 9 sub-systems of HR namely, Recruitment and
Selection, Training & Development, Performance Management Systems,
Compensation & Reward, Career planning, Building Appropriate Culture, Succession
Planning, Change Enablement and Talent Management. ( Chi-Square calculated is
above Chi-Square tabulated (9.488) for all the chosen 9 sub-systems of HR)
246
Analysis of the Survey Study Perceived Roadblocks and their 4.5.5.0
Association with independent variables like Sector/Industry, Employee/Staff
Strength, Age, Department/ Function of the Manager Respondent and Whether
CM Implemented
One of the key objectives of the study is to critically examine conditions prevailing in
the Indian organizational context for the implementation and continued use of
Competency Mapping. To this end, the survey incorporates questions on challenges
and roadblocks to effective implementation and meaningful usage of Competency
Mapping.
Objective:
To identify roadblocks for usage of Competency mapping in Organisations
To reveal the perceptions of Managers on various roadblocks faced or
apprehended during Competency mapping Implementation
To find if Roadblock perceptions are dependent on
o Industry or sector.
o Department / Managerial functions
o Employee / Staff Strength (size) of the organization
o Age of the organization
Hypothesis:
H60
from assumed/expected mean (µ=3, Neutral)
H6a ions about CM Roadblocks vary significantly from assumed
/expec ted mean (µ>3)
247
4.5.5.1 t-test for Roadblocks statements
One-Sample Test
Test Value = 3
t Df T tab
Sig.
(2-
tailed
)
Mean
Differe
nce
95%
Confidence
Interval of the
Difference
Remarks Lower Upper
Perception_Lac
kOfDedicatedSt
aff 1.799 533 1.96 .073 .109 -.01 .23
t cal < t tab at .05 level of significance. Null hypothesis is accepted ( p>0.05)
Perception_Lin
eMgrsInabilityT
oHandleCompe
tencyBasedRec
ruitment
1.011 532 1.96 .312 .056 -.05 .17
t cal < t tab at .05 level of significance Null hypothesis is accepted (p>0.05)
Perception_Lac
kOfEmployeesT
rainingOnCM 4.141 529 1.96 .000 .238 .12 .35
t cal > t tab at .05 level of significance. Null hypothesis is rejected (p<0.05)
Perception_Difff
icultyToIdentify
CompetenciesI
nDetail
1.279 531 1.96 .202 .071 -.04 .18
t cal < t tab at .05 level of significance Null hypothesis is accepted (p>0.05)
Perception_Diffi
cultToImplemen
tCompetencyBa
sedModels
.684 531 1.96 .494 -.036 -.14 .07
t cal < t tab at .05 level of significance Null hypothesis is accepted (p>0.05)
Perception_Co
mpetenciesReq
dInFlux 2.367 529 1.96 .018 .113 .02 .21
t cal > t tab at .05 level of significance. Null Hypothesis is rejected (p<0.05)
248
Perception_Hig
hAttritionRate 2.958 529 1.96 .003 .166 .06 .28
t cal > t tab at .05 level of significance. Null hypothesis is rejected (p<0.05)
Perception_Pau
cityOfTime 2.070 530 1.96 .039 .109 .01 .21
t cal > t tab at .05 level of significance. Null hypothesis is rejected (p<0.05)
Perception_Fre
quentTransfers
AndMobility 1.539 528 1.96 .124 -.087 -.20 .02
t cal < t tab at .05 level of significance. Null Hypothesis is accepted (p>0.05)
Perception_Mut
itasking 4.011 531 1.96 .000 .231 .12 .34
t cal > t tab at .05 level of significance. Null Hypothesis is rejected. (p<0.05)
Perception_Lac
kOfDedicatedR
esources 4.213 529 1.96 .000 .243 .13 .36
t cal > t tab at .05 level of significance. Null Hypothesis is rejected. (p<0.05)
Perception_Lac
kOfTopMgmtSu
pport 4.382 528 1.96 .000 .265 .15 .38
t cal > t tab at .05 level of significance. Null Hypothesis is rejected. (p<0.05)
Table: 4.18 One Sample t-test on Roadblock perception (Test Value = 3)
As can be seen from the two preceding tables, the observed mean Roadblock
perception of HR and Non HR Managers as regards various Roadblocks statement is
The differences in observed mean scores and expected mean scores are not significant
in case of on
249
only for the above five roadblocks statements.
Out of 12, 2 Roadblocks means are < 3 but insignificantly. Of the remaining 10, three
have means >3 but insignificantly, however for the remaining seven means are above
three and significantly so. Therefore these seven Roadblocks are actually faced by the
respondent sets (N>= 528)
Hypothesis:
H70: Mean Roadblock opinions of managers in organizations without Competency
Mapping implementation does not differ significantly from that of managers in
organizations with Competency Mapping implementation.
H7a: Mean Roadblock opinions of managers in organizations without Competency
Mapping implementation does not differ significantly from that of managers in
organizations with Competency Mapping implementati
4.5.5.2 Independent Samples t-test for Roadblock statements
Independent Samples Test
Levene's Test
for Equality of
Variances t-test for Equality of Means
Remarks
F Sig. t df t tab
Sig.
(2-
tailed
)
Mea
n
Differ
ence
Std.
Error
Differ
ence
95%
Confidence
Interval of
the
Difference
Lowe
r
Upp
er
Percept
ion_La
ckOfDe
Equal
variances
assumed
3.512 .061 2.336 499 1.96
5 .020 -.290 .124 -.534 -.046
t calculated >t tabulated
at 0.05 level of
significance. Null
250
dicated
Staff Equal
variances
not assumed
2.326 474.
113 .020 -.290 .125 -.536 -.045
hypothesis
rejected
Percept
ion_Lin
eMgrsI
nability
ToHan
dleCom
petenc
yBased
Recruit
ment
Equal
variances
assumed
.104 .747 3.546 499 1.96
5 .000 -.402 .113 -.624 -.179
t calculated>t tabulated
at 0.05 level of
significance. Null
hypothesis
rejected
Equal
variances
not assumed 3.551 485.
688 .000 -.402 .113 -.624 -.179
Percept
ion_La
ckOfE
mploye
esTrain
ingOnC
M
Equal
variances
assumed
5.064 .025 4.432 499 1.96
5 .000 -.518 .117 -.748 -.288 t calculated >t tabulated
at 0.05 level of
significance. Null
hypothesis
rejected
Equal
variances
not assumed
4.417 476.
667 .000 -.518 .117 -.749 -.288
Percept
ion_Diff
ficultyT
oIdentif
yComp
etencie
sInDeta
il
Equal
variances
assumed
7.695 .006 2.448 499 1.96
5 .015 -.280 .114 -.505 -.055
t calculated >t tabulated
at 0.05 level of
significance. Null
hypothesis
rejected
Equal
variances
not assumed 2.426
462.
805 .016 -.280 .115 -.507 -.053
Percept
ion_Diff
icultToI
mplem
entCo
mpeten
cyBase
dModel
s
Equal
variances
assumed
.048 .826 1.129 499 1.96
5 .260 -.122 .108 -.335 .091
t calculated< t tabulated
at 0.05 level of
significance. Null
hypothesis
accepted
Equal
variances
not assumed 1.123 472.
891 .262 -.122 .109 -.336 .092
251
Percept
ion_Co
mpeten
ciesRe
qdInFlu
x
Equal
variances
assumed
.013 .908 .180 499 1.96
5 .857 .018 .099 -.176 .212 t calculated< t tabulated
at 0.05 level of
significance. Null
hypothesis
accepted
Equal
variances
not assumed
.180 483.
645 .857 .018 .099 -.176 .212
Percept
ion_Hig
hAttritio
nRate
Equal
variances
assumed
1.798 .181 .029 499 1.96
5 .977 -.003 .116 -.231 .224 t calculated< t tabulated
at 0.05 level of
significance. Null
hypothesis
accepted
Equal
variances
not assumed
.029 491.
126 .977 -.003 .115 -.230 .223
Percept
ion_Pa
ucityOf
Time
Equal
variances
assumed
1.368 .243 3.316 499 1.96
5 .001 -.355 .107 -.565 -.145 t calculated >t tabulated
at 0.05 level of
significance. Null
hypothesis
rejected
Equal
variances
not assumed
3.316 483.
202 .001 -.355 .107 -.565 -.145
Percept
ion_Fre
quentTr
ansfers
AndMo
bility
Equal
variances
assumed
.122 .727 .718 499 1.96
5 .473 -.084 .117 -.313 .145 t calculated< t tabulated
at 0.05 level of
significance. Null
hypothesis
accepted
Equal
variances
not assumed
.717 482.
580 .473 -.084 .117 -.313 .145
Percept
ion_Mu
titaskin
g
Equal
variances
assumed
4.878 .028 2.628 499 1.96
5 .009 -.310 .118 -.543 -.078 t calculated >t tabulated
at 0.05 level of
significance. Null
hypothesis
rejected
Equal
variances
not assumed
2.612 470.
866 .009 -.310 .119 -.544 -.077
Percept
ion_La
ckOfDe
Equal
variances
assumed
3.893 .049 3.989 499 1.96
5 .000 -.472 .118 -.705 -.240
t calculated >t tabulated
at 0.05 level of
significance. Null
252
dicated
Resour
ces
Equal
variances
not assumed
3.980 478.
443 .000 -.472 .119 -.705 -.239
hypothesis
rejected
Percept
ion_La
ckOfTo
pMgmt
Suppor
t
Equal
variances
assumed
2.466 .117 4.518 499 1.96
5 .000 -.551 .122 -.791 -.312 t calculated >t tabulated
at 0.05 level of
significance. Null
hypothesis
rejected
Equal
variances
not assumed
4.507 478.
183 .000 -.551 .122 -.791 -.311
Table: 4.19 Independent Samples t-test for Roadblock Perception differences
between Implementers and Non Implementers
The analysis of above table clearly reveals that there are significant differences
between the perceptions/opinions of the managers in organizations where competency
mapping is adopted and in those where it has not been implemented except for four
statements namely, Difficulty to adopt Competency based models, Higher attrition
rate, competencies required in a flux, frequent transfers and mobility. The null
hypothesis is thus rejected for the remaining eight Roadblock statements.
One sample t-test for the two populations / samples should therefore independently be
re-conducted to test the validity of the original null hypothesis regarding CM
Roadblocks afresh, as mean scores for non-implementers are higher for these 8 cases.
Hypothesis:
H80 Roadblock perception for Competency Mapping implementation is not
dependent on
Industry or sector Managerial functions Size of the organization Age of the organization
H8a Roadblock perceptions for Competency Mapping implementation is dependent
on
Industry or sector
253
Managerial functions Size of the organization Age of the organization
4.5.5.3 Independent Sample t-test for Roadblock Perceptions by Sector Type
Independent Samples Test
Independent Sample t-test for Roadblocks by Industry Type:
Levene's Test for Equality of
Variances t-test for Equality of Means
F Sig. t cal df t
tab
Sig. (2-
tailed)
Remarks
Perception_LackOfDedicatedStaff
Equal variances assumed
0.476 0.49 1.226 512 1.965 0.22
1 t cal < t tab at .05 level of significance Null hypothesis is accepted for this roadblock (p>0.05)
Equal variances not assumed
1.24 200.623
0.216
Perception_LineMgrsInabilityToHandleCompetencyBasedRecruitment
Equal variances assumed
0.6 0.439 0.363 511
1.965 0.71
7 t cal < t tab at .05 level of significance Null hypothesis is accepted for this roadblock
(p>0.05)
Equal variances not assumed
0.356 193.934
0.722
Perception_LackOfEmployeesTrainingOnCM
Equal variances assumed
1.895 0.169 0.523 509
1.965 0.60
1 t cal < t tab at .05 level of significance. Null hypothesis is accepted for this roadblock (p>0.05)
Equal variances not assumed
0.54 205.518
0.59
Perception_DiffficultyToIdentifyCompetenciesInDetail
Equal variances assumed
0.219 0.64 0.125 510 1.965 0.9 t cal < t tab at .05 level of
significance. Null hypothesis is accepted for this roadblock (p>0.05)
Equal variances not assumed
0.123 187.978
0.902
254
Perception_DifficultToImplementCompetencyBasedModels
Equal variances assumed
0.085 0.771 2.117 510
1.965 0.03
5 t cal > t tab at .05 level of significance. Null hypothesis is rejected for this roadblock (p<.05)
Equal variances not assumed
2.153 197.545
0.033
Perception_CompetenciesReqdInFlux
Equal variances assumed
0.039 0.843 2.168 508
1.965 0.03
1 t cal > t tab at .05 level of significance Null hypothesis is rejected for this roadblock (p<.05)
Equal variances not assumed
2.129 187.707
0.035
Perception_HighAttritionRate
Equal variances assumed
0.123 0.726 0.704 508
1.965 0.48
2 t cal < t tab at .05 level of significance Null hypothesis is accepted for this roadblock (p>0.05)
Equal variances not assumed
0.701 191.669
0.484
Perception_PaucityOfTime
Equal variances assumed
0.465 0.495 0.166 509
1.965 0.86
8 t cal < t tab at .05 level of significance Null hypothesis is accepted for this roadblock (p>.05)
Equal variances not assumed
0.159 180.595
0.874
Perception_FrequentTransfersAndMobility
Equal variances assumed
0.246 0.62 0.072 507 1.965 0.94
3 t cal < t tab at .05 level of significance .Null hypothesis is accepted for this roadblock (p>.05)
Equal variances not assumed
0.07 185.757
0.944
Perception_Mutitasking
Equal variances assumed
0.051 0.822 0.056 510
1.965 0.95
5 t cal < t tab at .05 level of significance Null hypothesis is accepted for this roadblock (p>.05)
Equal variances not assumed
0.056 193.859
0.956
255
Perception_LackOfDedicatedResources
Equal variances assumed
0.728 0.394 1.065 508
1.965 0.28
7 t cal < t tab at .05 level of significance Null hypothesis is accepted for this roadblock (p>.05)
Equal variances not assumed
1.098 202.207
0.274
Perception_LackOfTopMgmtSupport
Equal variances assumed
0.041 0.84 0.666 507 1.965 0.50
6 t cal < t tab at .05 level of significance .Null hypothesis is accepted for this roadblock (p>.05)
Equal variances not assumed
0.662 191.376
0.508
Table: 4.20 Independent Samples t-test for Roadblock perceptions by
Industry/Sector type
The independent samples t-tests roadblocks industry type (i.e manufacturing v/s
service) clearly indicates that the two groups of service and manufacturing industry
come from the same population since no significant difference exists between the two
on ten of the twelve roadblock perceptions statement. The two roadblock perception
4.5.5.4 Chi-Square test of Independence for Roadblocks by Sector Type
(Manufacturing (1) or Service (2))
Chi-Square Tests
Industry_type * Perception_LackOfDedicatedSt
aff
Value df Asymp. Sig. (2-sided)
Remarks
Pearson Chi-Square 3.629a 4 0.459
Chi-Square calculated < Chi-Square tabulated (9.488). Null hypothesis is accepted for this roadblock (p>0.05)
Likelihood Ratio 3.662 4 0.454
Linear-by-Linear Association
1.501 1 0.221
256
N of Valid Cases 514
a. 0 cells (0.0%) have expected count less than 5. The minimum expected count is 17.04.
Industry_type * Perception_LineMgrsInabilityToHandleCompetencyBasedRecru
itment
Pearson Chi-Square .594a 4 0.964
Chi-Square calculated < Chi-Square tabulated(9.488).Null hypothesis is accepted for this roadblock (p>0.05)
Likelihood Ratio 0.589 4 0.964
Linear-by-Linear Association
0.132 1 0.716
N of Valid Cases 513
a. 0 cells (0.0%) have expected count less than 5. The minimum expected count is 17.22.
Industry_type * Perception_LackOfEmployeesT
rainingOnCM
Pearson Chi-Square 2.398a 4 0.663
Chi-Square calculated < Chi-Square tabulated(9.488).Null hypothesis is accepted for this roadblock (p>0.05)
Likelihood Ratio 2.408 4 0.661
Linear-by-Linear Association
0.274 1 0.601
N of Valid Cases 511
a. 0 cells (0.0%) have expected count less than 5. The minimum expected count is 15.37.
Industry_type * Perception_DiffficultyToIdentify
CompetenciesInDetail
Pearson Chi-Square .949a 4 0.917
Chi-Square calculated < Chi-Square tabulated(9.488).Null hypothesis is accepted for this roadblock (p>0.05)
Likelihood Ratio 0.958 4 0.916
Linear-by-Linear Association
0.016 1 0.9
N of Valid 512
257
Cases
a. 0 cells (0.0%) have expected count less than 5. The minimum expected count is 17.05.
Industry_type * Perception_DifficultToImpleme
ntCompetencyBasedModels
Pearson Chi-Square 4.742a 4 0.315
Chi-Square calculated < Chi-Square tabulated(9.488).Null hypothesis is accepted for this roadblock (p>0.05)
Likelihood Ratio 4.887 4 0.299
Linear-by-Linear Association
4.45 1 0.035
N of Valid Cases 512
a. 0 cells (0.0%) have expected count less than 5. The minimum expected count is 15.21.
Industry_type * Perception_CompetenciesReqd
InFlux
Pearson Chi-Square 6.676a 4 0.154
Chi-Square calculated < Chi-Square tabulated(9.488).Null hypothesis is accepted for this roadblock (p>0.05)
Likelihood Ratio 6.848 4 0.144
Linear-by-Linear Association
4.667 1 0.031
N of Valid Cases 510
a. 0 cells (0.0%) have expected count less than 5. The minimum expected count is 10.18.
Industry_type * Perception_HighAttritionRate
Pearson Chi-Square 1.027a 4 0.906
Chi-Square calculated < Chi-Square tabulated (9.488). Null hypothesis is accepted for this roadblock (p>0.05)
Likelihood Ratio 1.042 4 0.903
Linear-by-Linear Association
0.495 1 0.482
N of Valid Cases 510
258
a. 0 cells (0.0%) have expected count less than 5. The minimum expected count is 15.73.
Industry_type * Perception_PaucityOfTime
Pearson Chi-Square 10.358a 4 0.035
Chi-Square calculated > Chi-Square tabulated (9.488). Null hypothesis is rejected for this roadblock (p<0.05)
Likelihood Ratio 10.671 4 0.031
Linear-by-Linear Association
0.028 1 0.868
N of Valid Cases 511
a. 0 cells (0.0%) have expected count less than 5. The minimum expected count is 13.39.
Industry_type * Perception_FrequentTransfers
AndMobility
Pearson Chi-Square 2.795a 4 0.593
Chi-Square calculated < Chi-Square tabulated (9.488). Null hypothesis is accepted for this roadblock (p>0.05)
Likelihood Ratio 2.845 4 0.584
Linear-by-Linear Association
0.005 1 0.943
N of Valid Cases 509
a. 0 cells (0.0%) have expected count less than 5. The minimum expected count is 17.39.
Industry_type * Perception_Mutitasking
Pearson Chi-Square .457a 4 0.978
Chi-Square calculated < Chi-Square tabulated (9.488). Null hypothesis is accepted for this roadblock (p>0.05)
Likelihood Ratio 0.457 4 0.978
Linear-by-Linear Association
0.003 1 0.955
N of Valid Cases 512
259
a. 0 cells (0.0%) have expected count less than 5. The minimum expected count is 16.50.
Industry_type * Perception_LackOfDedicatedRe
sources
Pearson Chi-Square 3.866a 4 0.424
Chi-Square calculated < Chi-Square tabulated (9.488). Null hypothesis is accepted for this roadblock (p>0.05)
Likelihood Ratio 3.953 4 0.412
Linear-by-Linear Association
1.134 1 0.287
N of Valid Cases 510
a. 0 cells (0.0%) have expected count less than 5. The minimum expected count is 16.66.
Industry_type * Perception_LackOfTopMgmtSu
pport
Pearson Chi-Square 1.259a 4 0.868
Chi-Square calculated < Chi-Square tabulated(9.488).Null hypothesis is accepted for this roadblock (p>0.05)
Likelihood Ratio 1.306 4 0.86
Linear-by-Linear Association
0.444 1 0.505
N of Valid Cases 509
a. 0 cells (0.0%) have expected count less than 5. The minimum expected count is 12.98.
Table: 4.21 Chi-Square test of Independence for Roadblocks by Sector type
The preceding tables clearly reveal that for Sector Type, Null Hypothesis is accepted
for 11 out of 12 cases.The Chi-Square Significance value is above 0.05 for 11 of 12
roadblocks, ex
differences between the two sectors of manufacturing and service as regards
Roadblocks Perceptions. It can be stated with 95% confidence that the 11 roadblocks
are Universal across the two sectors. In other words organizations in both sectors face
or apprehend the same roadblocks.
260
4.5.5.5 Independent Sample t-test for Roadblock Perceptions by Managerial
Function Type
Independent Samples Test
Independent Sample t-test: Roadblocks by Department Type
Levene's Test for Equality of
Variances
t-test for Equality of Means
Remark
F Sig. t df t tab Sig. (2-
tailed)
Perception_LackOfDedicatedStaff
Equal variances assumed
0.001 0.971 1.513 532 1.965 0.131 t cal < t tab at .05 level of significance Null hypothesis is accepted for this roadblock (p>.05)
Equal variances not assumed
1.54 241.227 0.125
Perception_LineMgrsInabilityToHandleCompetencyBasedRecruitment
Equal variances assumed
0.188 0.665 0.716 531 1.965 0.474 t cal < t tab at .05 level of significance Null hypothesis is accepted for this roadblock (p>0.05)
Equal variances not assumed
0.714 235.314 0.476
Perception_LackOfEmployeesTrainingOnCM
Equal variances assumed
0.021 0.884 0.05 528 1.965 0.96 t cal < t tab at .05 level of significance Null hypothesis is accepted for this roadblock (p>0.05)
Equal variances not assumed
0.05 234.255 0.96
Perception_DiffficultyToIdentifyCompetenciesInDetail
Equal variances assumed
0.989 0.321 0.022 530 1.965 0.982 t cal < t tab at .05 level of significance Null hypothesis is accepted for this roadblock (p>0.05)
Equal variances not assumed
0.023 244.1 0.982
Perception_DifficultToImplementCompetencyBase
Equal variances assumed
0.423 0.516 0.18 530 1.965 0.857 t cal < t tab at .05 level of significance .Null
261
dModels Equal variances not assumed
0.182 235.905 0.856
hypothesis is accepted for this roadblock (p>0.05)
Perception_CompetenciesReqdInFlux
Equal variances assumed
0.242 0.623 0.801 528 1.965 0.423 t cal < t tab at .05 level of significance Null hypothesis is accepted for this roadblock (p>0.05)
Equal variances not assumed
0.825 241.567 0.41
Perception_HighAttritionRate
Equal variances assumed
1.178 0.278 0.483 528 1.965 0.629 t cal < t tab at .05 level of significance .Null hypothesis is accepted for this roadblock (p>0.05)
Equal variances not assumed
0.472 220.683 0.637
Perception_PaucityOfTime
Equal variances assumed
0.006 0.939 0.874 529 1.965 0.383 t cal < t tab at .05 level of significance .Null hypothesis is accepted for this roadblock (p>0.05)
Equal variances not assumed
0.866 225.808 0.387
Perception_FrequentTransfersAndMobility
Equal variances assumed
0.023 0.881 0.95 527 1.965 0.343 t cal < t tab at .05 level of significance Null hypothesis is accepted for this roadblock (p>0.05)
Equal variances not assumed
0.963 235.171 0.337
Perception_Mutitasking
Equal variances assumed
0.72 0.396 1.05 530 1.965 0.294 t cal < t tab at .05 level of significance Null hypothesis is accepted for this roadblock (p>0.05)
Equal variances not assumed
1.066 234.902 0.288
Perception_LackOfDedicatedResources
Equal variances assumed
0.376 0.54 0.422 528 1.965 0.673 t cal < t tab at .05 level of significance Null
262
Equal variances not assumed
0.424 231.698 0.672
hypothesis is accepted for this roadblock (p>0.05)
Perception_LackOfTopMgmtSupport
Equal variances assumed
0.002 0.969 0.969 527 1.965 0.333 t cal < t tab at .05 level of significance Null hypothesis is accepted for this roadblock (p>0.05)
Equal variances not assumed
0.959 225.764
0.338
Table: 4.22 Independent Samples t-test on Roadblock perceptions of
respondents across two departments (HR/Line)
The independent samples t-test analysis indicates that the means of two groups of
respondent managers from HR and Non HR on Roadblock perceptions did not differ
significantly. Thus it can be concluded that the roadblock perceptions do not vary with
department. Managers belonging to the both HR and Line departments face or
apprehend same roadblocks as regards Competency mapping.
4.5.5.6 Chi-Square test of Independence for Roadblocks on Function Type (HR
(1) or Non-HR (2))
Chi-Square Tests
Value df
Asymp. Sig. (2-sided)
Remarks
Department_type * Perception_LackOfDedic
atedStaff
Pearson Chi-Square 8.141a 4 .087
Chi-Squarecalculated< Chi-Squaretabulated (9.488).Null hypothesis accepted. (p>0.05)
Likelihood Ratio 7.659 4 .105
Linear-by-Linear Association
2.284 1 .131
N of Valid Cases 534
a. 0 cells (0.0%) have expected count less than 5. The minimum expected count is 18.59.
Department_type * Pearson Chi-Square 1.382a 4 .847 Chi-Squarecalculated<
263
Perception_LineMgrsInabilityToHandleCompetenc
yBasedRecruitment
Likelihood Ratio 1.373 4 .849
Chi-Squaretabulated (9.488)Null hypothesis accepted. (p>0.05)
Linear-by-Linear Association
.513 1 .474
N of Valid Cases 533
a. 0 cells (0.0%) have expected count less than 5. The minimum expected count is 19.28.
Department_type * Perception_LackOfEmplo
yeesTrainingOnCM
Pearson Chi-Square 1.900a 4 .754
Chi-Squarecalculated< Chi-Squaretabulated (9.488)Null hypothesis accepted. (p>0.05)
Likelihood Ratio 1.924 4 .750
Linear-by-Linear Association
.003 1 .960
N of Valid Cases 530
a. 0 cells (0.0%) have expected count less than 5. The minimum expected count is 17.19.
Department_type * Perception_DiffficultyToIdentifyCompetenciesInD
etail
Pearson Chi-Square 1.044a 4 .903
Chi-Squarecalculated< Chi-Squaretabulated (9.488)Null hypothesis accepted. (p>0.05)
Likelihood Ratio 1.045 4 .903
Linear-by-Linear Association
.000 1 .982
N of Valid Cases 532
a. 0 cells (0.0%) have expected count less than 5. The minimum expected count is 19.17.
Department_type * Perception_DifficultToImplementCompetencyBase
dModels
Pearson Chi-Square 2.538a 4 .638
Chi-Squarecalculated< Chi-Squaretabulated (9.488)Null hypothesis accepted. (p>0.05)
Likelihood Ratio 2.572 4 .632
Linear-by-Linear Association
.032 1 .857
N of Valid Cases 532
a. 0 cells (0.0%) have expected count less than 5. The minimum expected count is 17.76.
Department_type * Perception_Competencie
sReqdInFlux
Pearson Chi-Square 3.689a 4 .450 Chi-Squarecalculated<
Chi-Squaretabulated (9.488)Null hypothesis accepted. (p>0.05)
Likelihood Ratio 3.708 4 .447
264
Linear-by-Linear Association
.642 1 .423
N of Valid Cases 530
a. 0 cells (0.0%) have expected count less than 5. The minimum expected count is 11.12.
Department_type * Perception_HighAttrition
Rate
Pearson Chi-Square 4.856a 4 .302
Chi-Squarecalculated< Chi-Squaretabulated (9.488) Null hypothesis accepted. (p>0.05)
Likelihood Ratio 4.768 4 .312
Linear-by-Linear Association
.234 1 .629
N of Valid Cases 530
a. 0 cells (0.0%) have expected count less than 5. The minimum expected count is 17.70.
Department_type * Perception_PaucityOfTim
e
Pearson Chi-Square 2.909a 4 .573
Chi-Squarecalculated< Chi-Squaretabulated (9.488). Null hypothesis accepted. (p>0.05)
Likelihood Ratio 2.869 4 .580
Linear-by-Linear Association
.764 1 .382
N of Valid Cases 531
a. 0 cells (0.0%) have expected count less than 5. The minimum expected count is 15.14.
Department_type * Perception_FrequentTran
sfersAndMobility
Pearson Chi-Square 3.523a 4 .474
Chi-Squarecalculated< Chi-Squaretabulated (9.488).Null hypothesis accepted. (p>0.05)
Likelihood Ratio 3.636 4 .458
Linear-by-Linear Association
.902 1 .342
N of Valid Cases 529
a. 0 cells (0.0%) have expected count less than 5. The minimum expected count is 19.50.
Department_type * Perception_Multitasking
Pearson Chi-Square 2.720a 4 .606
Chi-Squarecalculated< Chi-Squaretabulated (9.488).Null hypothesis accepted. (p>0.05)
Likelihood Ratio 2.676 4 .613
Linear-by-Linear 1.103 1 .294
265
Association
N of Valid Cases 532
a. 0 cells (0.0%) have expected count less than 5. The minimum expected count is 18.64.
Department_type * Perception_LackOfDedic
atedResources
Pearson Chi-Square 1.137a 4 .888
Chi-Square calculated< Chi-Square tabulated (9.488)Null hypothesis accepted. (p>0.05)
Likelihood Ratio 1.127 4 .890
Linear-by-Linear Association
.178 1 .673
N of Valid Cases 530
a. 0 cells (0.0%) have expected count less than 5. The minimum expected count is 18.46.
Department_type * Perception_LackOfTopM
gmtSupport
Pearson Chi-Square 1.249a 4 .870
Chi-Square calculated< Chi-Square tabulated (9.488)Null hypothesis accepted. (p>0.05)
Likelihood Ratio 1.250 4 .870
Linear-by-Linear Association
.939 1 .333
N of Valid Cases 529
a. 0 cells (0.0%) have expected count less than 5. The minimum expected count is 14.44.
Table: 4.23 Chi-Square test of Independence between Roadblock Perception
and Department (Function type)
The Chi-Square Significance value is above 0.05 for all 12 roadblocks. Thus for
Function Type, Null Hypothesis is accepted for all 12 Roadblocks. The preceding table
clearly indicates that Null Hypothesis is accepted for all the roadblocks and thus it can
be stated that Roadblock perception of respondent managers are not dependent on
department or function to which they belong. In other words both HR and Non HR
Managers share similar perceptions on Roadblocks faced or apprehended.
266
4.5.5.7 Chi-Square Test for Roadblock Perceptions by Employee/Staff Strength
Value df
Asymp. Sig. (2-sided)
Remarks
Org_Staff_Strength * Perception_LackOfDe
dicatedStaff
Pearson Chi-Square 20.857a 16 0.184
Chi-Square calculated <Chi-Square tabulated (26.296). Null hypothesis is accepted for this roadblock (p>0.05)
Likelihood Ratio 20.533 16 0.197
Linear-by-Linear Association 4.735 1 0.03
N of Valid Cases 393
a. 0 cells (0.0%) have expected count less than 5. The minimum expected count is 5.84.
Org_Staff_Strength * Perception_LineMgrsInabilityToHandleCompetencyBasedRecruit
ment
Pearson Chi-Square 25.136a 16 0.067
Likelihood Ratio 25.018 16 0.07
Chi-Square calculated <Chi-Square tabulated (26.296)Null hypothesis is accepted for this roadblock (p>0.05)
Linear-by-Linear Association 1.469 1 0.226
N of Valid Cases 392
a. 0 cells (0.0%) have expected count less than 5. The minimum expected count is 5.65.
Org_Staff_Strength * Perception_LackOfEmployeesTrainingOn
CM
Pearson Chi-Square 26.571a 16 0.047
Chi-Square calculated >Chi-Square tabulated (26.296)Null hypothesis is rejected for this roadblock (p<0.05)
Likelihood Ratio 26.164 16 0.052
Linear-by-Linear Association 6.745 1 0.009
N of Valid Cases 390
a. 1 cells (4.0%) have expected count less than 5. The minimum expected count is 4.94.
Org_Staff_Strength * Perception_Diffficulty
Pearson Chi-Square 13.224a 16 0.656 Chi-Square calculated
<Chi-Square tabulated (26.296)Null
267
ToIdentifyCompetenciesInDetail
Likelihood Ratio 13.833 16 0.611 hypothesis is accepted for this roadblock (p>0.05)
Linear-by-Linear Association 3.347 1 0.067
N of Valid Cases 392
a. 0 cells (0.0%) have expected count less than 5. The minimum expected count is 6.38.
Org_Staff_Strength * Perception_DifficultToImplementCompete
ncyBasedModels
Pearson Chi-Square 15.918a 16 0.459
Chi-Square calculated <Chi-Square tabulated (26.296)Null hypothesis is accepted for this roadblock (p>0.05)
Likelihood Ratio 16.561 16 0.415
Linear-by-Linear Association 5.548 1 0.018
N of Valid Cases 392
a. 0 cells (0.0%) have expected count less than 5. The minimum expected count is 5.75.
Org_Staff_Strength * Perception_Compete
nciesReqdInFlux
Pearson Chi-Square 16.126a 16 0.444
Chi-Square calculated <Chi-Square tabulated (26.296)Null hypothesis is accepted for this roadblock (p>0.05)
Likelihood Ratio 15.875 16 0.462
Linear-by-Linear Association 1.114 1 0.291
N of Valid Cases 392
a. 1 cells (4.0%) have expected count less than 5. The minimum expected count is 3.97.
Org_Staff_Strength * Perception_HighAttrit
ionRate
Pearson Chi-Square 14.916a 16 0.531
Chi-Square calculated <Chi-Square tabulated (26.296)Null hypothesis is accepted for this roadblock (p>0.05)
Likelihood Ratio 15.433 16 0.493
Linear-by-Linear Association 0 1 0.991
N of Valid Cases 392
a. 0 cells (0.0%) have expected count less than 5. The minimum expected count is 5.54.
268
Org_Staff_Strength * Perception_PaucityOf
Time
Pearson Chi-Square 16.887a 16 0.393
Chi-Square calculated <Chi-Square tabulated (26.296)Null hypothesis is accepted for this roadblock (p>0.05)
Likelihood Ratio 16.842 16 0.396
Linear-by-Linear Association 2.694 1 0.101
N of Valid Cases 392
a. 1 cells (4.0%) have expected count less than 5. The minimum expected count is 4.39.
Org_Staff_Strength * Perception_FrequentTransfersAndMobility
Pearson Chi-Square 15.604a 16 0.481
Chi-Square calculated <Chi-Square tabulated (26.296)Null hypothesis is accepted for this roadblock (p>0.05)
Likelihood Ratio 15.914 16 0.459
Linear-by-Linear Association
2.371 1 0.124
N of Valid Cases 391
a. 0 cells (0.0%) have expected count less than 5. The minimum expected count is 6.08.
Org_Staff_Strength * Perception_Mutitaski
ng
Pearson Chi-Square 15.330a 16 0.501
Chi-Square calculated <Chi-Square tabulated (26.296)Null hypothesis is accepted for this roadblock (p>0.05)
Likelihood Ratio 15.38 16 0.497
Linear-by-Linear Association 0.141 1 0.707
N of Valid Cases 393
a. 0 cells (0.0%) have expected count less than 5. The minimum expected count is 5.74.
Org_Staff_Strength * Perception_LackOfDe
Pearson Chi-Square 17.695a 16 0.342 Chi-Square calculated
<Chi-Square tabulated (26.296)Null
269
dicatedResources Likelihood Ratio 18.588 16 0.291 hypothesis is accepted for this roadblock (p>0.05)
Linear-by-Linear Association 0.66 1 0.416
N of Valid Cases 391
a. 0 cells (0.0%) have expected count less than 5. The minimum expected count is 5.24.
Org_Staff_Strength * Perception_LackOfTo
pMgmtSupport
Pearson Chi-Square 20.238a 16 0.21
Chi-Square calculated <Chi-Square tabulated (26.296)Null hypothesis is accepted for this roadblock (p>0.05)
Likelihood Ratio 21.258 16 0.169
Linear-by-Linear Association 5.521 1 0.019
N of Valid Cases 389
a. 1 cells (4.0%) have expected count less than 5. The minimum expected count is 4.43.
Table: 4.24 Chi-Square test of Independence between Roadblock Perception
and Employee / Staff Strength
The Chi-Square Significance value is above 0.05 for 11 of 12 roadblocks, except
out of 12 cases. This can be interpreted as all except one (Lack of Employee Training
on Competency Mapping) Roadblock perceptions being universal across organizations
irrespective of Employee Strength. The strength of organizations in the sample varies
from below 100 to above 100,000.
270
4.5.5.8 Chi-Square on Age of the Organization (<10 years (1), 11-20 years (2), 21-
30 years(3), 31-40 years (4) or >40 years (5))
Chi-Square Tests
Org_Age_Cat * Perception_LackOfDedicatedStaff
Value df Asymp. Sig. (2-sided) Remarks
Pearson Chi-Square 27.841a 16 0.033
Chi-Square calculated >Chi-Square tabulated (26.296)Null hypothesis is rejected for this roadblock (p<0.05)
Likelihood Ratio 30.056 16 0.018
Linear-by-Linear Association
2.045 1 0.153
N of Valid Cases 345
a. 2 cells (8.0%) have expected count less than 5. The minimum expected count is 4.12.
Org_Age_Cat * Perception_LineMgrsInabilityToHandleCompetencyBasedRecruitm
ent
Pearson Chi-Square 14.608a 16 0.554
Chi-Square calculated <Chi-Square tabulated (26.296)Null hypothesis is accepted for this roadblock (p>0.05)
Likelihood Ratio 17.141 16 0.377
Linear-by-Linear Association
1.242 1 0.265
N of Valid Cases 343
a. 2 cells (8.0%) have expected count less than 5. The minimum expected count is 4.14.
Org_Age_Cat * Perception_LackOfEmployeesTrai
ningOnCM
Pearson Chi-Square 26.924a 16 0.042
Chi-Square calculated > Chi-Square tabulated (26.296)Null hypothesis is rejected for this roadblock (p<0.05)
Likelihood Ratio 28.975 16 0.024
Linear-by-Linear Association
0.912 1 0.339
N of Valid Cases 343
a. 1 cells (4.0%) have expected count less than 5. The minimum expected count is 3.64.
271
Org_Age_Cat * Perception_DiffficultyToIdentifyC
ompetenciesInDetail
Pearson Chi-Square 19.423a 16 0.247
Chi-Square calculated <Chi-Square tabulated (26.296)Null hypothesis is accepted for this roadblock (p>0.05)
Likelihood Ratio 20.344 16 0.205
Linear-by-Linear Association
0.259 1 0.611
N of Valid Cases 345
a. 1 cells (4.0%) have expected count less than 5. The minimum expected count is 4.12.
Org_Age_Cat * Perception_DifficultToImplementC
ompetencyBasedModels
Pearson Chi-Square 12.631a 16 0.7
Chi-Square calculated <Chi-Square tabulated (26.296)Null hypothesis is accepted for this roadblock (p>0.05)
Likelihood Ratio 12.531 16 0.707
Linear-by-Linear Association
0.223 1 0.637
N of Valid Cases 345
a. 2 cells (8.0%) have expected count less than 5. The minimum expected count is 3.70.
Org_Age_Cat * Perception_CompetenciesReqdIn
Flux
Pearson Chi-Square 21.180a 16 0.172
Chi-Square calculated <Chi-Square tabulated (26.296)Null hypothesis is accepted for this roadblock (p>0.05)
Likelihood Ratio 19.506 16 0.243
Linear-by-Linear Association
0.01 1 0.922
N of Valid Cases 343
a. 3 cells (12.0%) have expected count less than 5. The minimum expected count is 3.04.
Org_Age_Cat * Perception_HighAttritionRate
Pearson Chi-Square 16.756a 16 0.402
Chi-Square calculated <Chi-Square tabulated (26.296)Null hypothesis is accepted for this roadblock (p>0.05)
Likelihood Ratio 16.551 16 0.415
Linear-by-Linear Association
0.01 1 0.92
N of Valid 343
272
Cases
a. 1 cells (4.0%) have expected count less than 5. The minimum expected count is 3.64.
Org_Age_Cat * Perception_PaucityOfTime
Pearson Chi-Square 22.291a 16 0.134
Chi-Square calculated <Chi-Square tabulated (26.296)Null hypothesis is accepted for this roadblock (p>0.05)
Likelihood Ratio 22.492 16 0.128
Linear-by-Linear Association
0.907 1 0.341
N of Valid Cases 344
a. 2 cells (8.0%) have expected count less than 5. The minimum expected count is 3.63.
Org_Age_Cat * Perception_FrequentTransfersAn
dMobility
Pearson Chi-Square 23.292a 16 0.106
Chi-Square calculated <Chi-Square tabulated (26.296)Null hypothesis is accepted for this roadblock (p>0.05)
Likelihood Ratio 22.67 16 0.123
Linear-by-Linear Association
1.658 1 0.198
N of Valid Cases 342
a. 1 cells (4.0%) have expected count less than 5. The minimum expected count is 4.07.
Org_Age_Cat * Perception_Mutitasking
Pearson Chi-Square 16.395a 16 0.426
Chi-Square calculated <Chi-Square tabulated (26.296)Null hypothesis is accepted for this roadblock (p>0.05)
Likelihood Ratio 16.652 16 0.408
Linear-by-Linear Association
0.838 1 0.36
N of Valid Cases 344
a. 2 cells (8.0%) have expected count less than 5. The minimum expected count is 3.96.
Org_Age_Cat * Perception_LackOfDedicatedReso
urces
Pearson Chi-Square 10.824a 16 0.82 Chi-Square calculated
<Chi-Square tabulated (26.296).Null hypothesis is accepted for this
Likelihood Ratio 12.201 16 0.73
273
Linear-by-Linear Association
0.025 1 0.873
roadblock (p>0.05)
N of Valid Cases 343
a. 2 cells (8.0%) have expected count less than 5. The minimum expected count is 4.06.
Org_Age_Cat * Perception_LackOfTopMgmtSupp
ort
Pearson Chi-Square 18.147a 16 0.315
Chi-Square calculated <Chi-Square tabulated (26.296)Null hypothesis is accepted for this roadblock (p>0.05)
Likelihood Ratio 18.054 16 0.321
Linear-by-Linear Association
0.578 1 0.447
N of Valid Cases 342
a. 3 cells (12.0%) have expected count less than 5. The minimum expected count is 2.97.
Table: 4.25 Chi-Square test of Independence between Roadblock Perception
and Organisation Age Category
The Chi-Square Significance value is above 0.05 for 10 of 12 roadblocks, except
preceding table clearly indicates that all but two afore-mentioned Roadblock
perceptions are independent of Organisational age category. The age of organizations
in the sample varies from below 10 years to above 40 years (with organization above
100 years also included in the sample)
Analysis of the Survey Study Perceived Benefits and their Association 4.5.6.0
with independent variables like Sector/Industry, Employee/Staff Strength, Age,
Department/ Function of the Manager Respondent
Objective:
To ascertain the perceptions of Managers on various Benefits that accrue to
Organisations owing to Competency mapping Usage
To find if Benefits perceptions are dependent on
o Industry or sector.
274
o Department / Managerial function of the respondent
o Employee / Staff Strength (Size) of the organization
o Age of the organization
Hypothesis
H90
assumed mean (µ=3, Neutral)
H9a
mean (µ>3, Neutral)
H100 Benefit Perceptions for Competency based HRM implementation are not
dependent on
Industry or sector Managerial functions Size of the organization Age of the organization
H10a Benefit Perceptions for Competency based HRM implementation are dependent
on
Industry or sector Managerial functions Size of the organization Age of the organization
4.5.6.1 One-Sample t-test (Test Value = 3) on Benefit Perceptions
One-Sample Test
Test Value = 3
Remarks
t df
Sig. (2-
tailed) Mean
Difference
95% Confidence Interval of the
Difference
Lower Upper
PerceptionBenefits_BetterProductivity 13.084 278 .000 .925 .79 1.06
t calculated >t tabulated at .05 level of significance. (p<0.05)
PerceptionBenefits_CostsSavings 10.947 280 .000 .730 .60 .86
t calculated >t tabulated at .05 level of significance. (p<0.05)
PerceptionBenefits_TransparencyHRprocesses
10.151 279 .000 .675 .54 .81 t calculated >t tabulated at .05 level of significance. (p<0.05)
PerceptionBenefits_BenchmarkEmpPerformance
14.805 280 .000 .907 .79 1.03 t calculated >t tabulated at .05 level of significance. (p<0.05)
275
t calculated >t tabulated at .05 level of significance. (p<0.05)
PerceptionBenefits_TrgAndDevelopmentNeeds
13.130 280 .000 .868 .74 1.00 t calculated >t tabulated at .05 level of significance. (p<0.05)
PerceptionBenefits_DesigningTrgActivities
13.725 280 .000 .843 .72 .96 t calculated >t tabulated at .05 level of significance. (p<0.05)
PerceptionBenefits_MonitoringIndividualProgress
11.665 280 .000 .765 .64 .89 t calculated >t tabulated at .05 level of significance. (p<0.05)
PerceptionBenefits_ClarifiesPayPerformanceLink
8.923 279 .000 .575 .45 .70 t calculated >t tabulated at .05 level of significance. (p<0.05)
PerceptionBenefits_CreatesMeaningfulGradingStr
9.505 280 .000 .630 .50 .76 t calculated >t tabulated at .05 level of significance. (p<0.05)
PerceptionBenefits_AlignmentIndTeamBehaviour
8.919 280 .000 .598 .47 .73 t calculated >t tabulated at .05 level of significance. (p<0.05)
Table: 4.26 One-Sample t-test for Benefit Perceptions
The above table depicts that means of all perceptions are way above 3. In fact they are
in the range of 3.60 to 3.90. The differences between observed mean and assumed
means are significant for all benefit perceptions. In other words all Managerial
respondents strongly agree with all benefits perceptions.
276
4.5.6.2 Independent Sample t-test for Benefit Perceptions by Industry Type:
Independent Samples Test
Independent Sample t-test for Benefit Perceptions by Industry Type:
Levene's Test for Equality of
Variances
t-test for Equality of Means
F Sig. t cal* df t tab Sig. (2-tailed) Remarks
PerceptionBenefits_BetterProductivity
Equal variances assumed
0.52 0.47 2.41 259 1.970 0.017 t cal > t tab at .05 level of significance Null hypothesis is rejected for this benefit (p<0.05)
Equal variances not assumed
2.56 115.86 0.012
PerceptionBenefits_CostsSavings
Equal variances assumed
4.63 0.03 0.659 261 1.970 0.51 t cal < t tab at .05 level of significance Null hypothesis is accepted for this benefit (p>0.05)
Equal variances not assumed
0.612 95.173 0.542
PerceptionBenefits_TransparencyHRprocesses
Equal variances assumed
1.93 0.17 0.92 260 1.970 0.359 t cal < t tab at .05 level of significance Null hypothesis is accepted for this benefit (p>0.05)
Equal variances not assumed
0.96 112.25 0.339
PerceptionBenefits_BenchmarkEmpPerformance
Equal variances assumed
3.89 0.05 1.38 261 1.970 0.169 t cal < t tab at .05 level of significance Null hypothesis is accepted for this benefit(p>0.05)
Equal variances not assumed
1.49 122.42 0.139
PerceptionBenefits_TrgAndDevelopmentNeeds
Equal variances assumed
1.06 0.3 1.53 261 1.970 0.128 t cal < t tab at .05 level of significance Null hypothesis is accepted for this benefit
Equal variances not assumed
1.57 111.92 0.119
277
(p>0.05)
PerceptionBenefits_DesigningTrgActivities
Equal variances assumed
0.18 0.67 1.67 261 1.970 0.097 t cal < t tab at .05 level of significance Null hypothesis is accepted for this benefit
(p>0.05)
Equal variances not assumed
1.72 111.74 0.089
PerceptionBenefits_MonitoringIndividualProgress
Equal variances assumed
9.68 0 1.65 261 1.970 0.101 t cal < t tab at .05 level of significance Null hypothesis is accepted for this benefit
(p>0.05)
Equal variances not assumed
1.87 135.85 0.063
PerceptionBenefits_ClarifiesPayPerformanceLink
Equal variances assumed
0.65 0.42 1.335 260 1.970 0.183 t cal < t tab at .05 level of significance Null hypothesis is accepted for this benefit
(p>0.05)
Equal variances not assumed
1.283 100.25 0.202
PerceptionBenefits_CreatesMeaningfulGradingStr
Equal variances assumed
0.31 0.58 0.62 261 1.970 0.534 t cal < t tab at .05 level of significance Null hypothesis is accepted for this benefit
(p>0.05)
Equal variances not assumed
0.64 111.98 0.522
PerceptionBenefits_AlignmentIndTeamBehaviour
Equal variances assumed
0.06 0.81 1.51 261 1.970 0.132 t cal < t tab at .05 level of significance Null hypothesis is accepted for this benefit
(p>0.05)
Equal variances not assumed
1.49 104.51 0.138
*Ignoring signs
Table: 4.27 Independent Samples t-test for Benefits Perception by
Industry/Sector type
The Independent Sample t-test on Benefit Perceptions for two groups of Managers
from Manufacturing and Service shows that for all except one Benefit Perception there
278
is no difference in the mean perception. It can be stated that with 95% Confidence that
benefits perception of Respondent managers from the two groups of manufacturing
stated that Perceived Benefits are alike across the two Sectors of manufacturing and
service.
4.5.6.3 Chi-Square test of Independence for Benefit Perceptions on Sector Type
(Manufacturing (1) or Service (2))
Chi-Square Tests
Chi-Square for Benefits perception on Sector type
Value df Asymp. Sig. (2-sided)
Remarks
Industry_type * PerceptionBenefits_BetterPr
oductivity
Pearson Chi-Square 12.261a 4 0.016
Chi-Square calculated > Chi-Square tabulated (9.488). Null hypothesis is rejected for this benefit
(p<0.05)
Likelihood Ratio 13.02 4 0.011
Linear-by-Linear Association
5.708 1 0.017
N of Valid Cases 261
a. 2 cells (20.0%) have expected count less than 5. The minimum expected count is 3.86.
Industry_type * PerceptionBenefits_CostsSa
vings
Pearson Chi-Square 4.869a 4 0.301
Chi-Square Calculated < Chi-Square Tabulated (9.488).Null hypothesis is accepted for this benefit
(p>0.05)
Likelihood Ratio 4.984 4 0.289
Linear-by-Linear Association
0.436 1 0.509
N of Valid Cases 263
a. 1 cells (10.0%) have expected count less than 5. The minimum expected count is 2.43.
279
Industry_type * PerceptionBenefits_Transpar
encyHRprocesses
Pearson Chi-Square 1.965a 4 0.742
Chi-Square Calculated < Chi-Square Tabulated (9.488). Null hypothesis is accepted for this benefit
(p>0.05)
Likelihood Ratio 2.128 4 0.712
Linear-by-Linear Association
0.846 1 0.358
N of Valid Cases 262
a. 1 cells (10.0%) have expected count less than 5. The minimum expected count is 3.61.
Industry_type * PerceptionBenefits_Benchm
arkEmpPerformance
Pearson Chi-Square 6.213a 4 0.184
Chi-Square Calculated < Chi-Square Tabulated (9.488).Null hypothesis is accepted for this benefit
(p>0.05)
Likelihood Ratio 9.962 4 0.041
Linear-by-Linear Association
1.891 1 0.169
N of Valid Cases 263
a. 2 cells (20.0%) have expected count less than 5. The minimum expected count is 1.95.
Industry_type * PerceptionBenefits_TrgAndD
evelopmentNeeds
Pearson Chi-Square 2.520a 4 0.641
Chi-Square Calculated < Chi-Square Tabulated (9.488).Null hypothesis is accepted for this benefit
(p>0.05)
Likelihood Ratio 2.546 4 0.636
Linear-by-Linear Association
2.316 1 0.128
N of Valid Cases 263
a. 2 cells (20.0%) have expected count less than 5. The minimum expected count is 2.68.
Industry_type * Pearson 4.425a 4 0.351 Chi-Square Calculated <
Chi-Square Tabulated
280
PerceptionBenefits_DesigningTrgActivities
Chi-Square (9.488) Null hypothesis is accepted for this benefit
(p>0.05) Likelihood Ratio 4.507 4 0.342
Linear-by-Linear Association
2.762 1 0.096
N of Valid Cases 263
a. 2 cells (20.0%) have expected count less than 5. The minimum expected count is 1.70.
Industry_type * PerceptionBenefits_Monitori
ngIndividualProgress
Pearson Chi-Square 7.506a 4 0.111
Chi-Square Calculated < Chi-Square Tabulated (9.488Null hypothesis is accepted for this benefit
(p>0.05)
Likelihood Ratio 9.663 4 0.047
Linear-by-Linear Association
2.695 1 0.101
N of Valid Cases 263
a. 1 cells (10.0%) have expected count less than 5. The minimum expected count is 2.68.
Industry_type * PerceptionBenefits_Clarifies
PayPerformanceLink
Pearson Chi-Square 2.128a 4 0.712
Chi-Square Calculated < Chi-Square Tabulated (9.488). Null hypothesis is accepted for this benefit
(p>0.05)
Likelihood Ratio 2.027 4 0.731
Linear-by-Linear Association
1.778 1 0.182
N of Valid Cases 262
a. 1 cells (10.0%) have expected count less than 5. The minimum expected count is 2.69.
Industry_type * PerceptionBenefits_Creates
Pearson Chi-Square 1.323a 4 0.857 Chi-Square Calculated <
Chi-Square Tabulated (9.488).Null hypothesis
281
MeaningfulGradingStr Likelihood Ratio 1.451 4 0.835
is accepted for this benefit
(p>0.05) Linear-by-Linear Association
0.389 1 0.533
N of Valid Cases 263
a. 1 cells (10.0%) have expected count less than 5. The minimum expected count is 3.65.
Industry_type * PerceptionBenefits_Alignme
nt IndTeamBehaviour
Pearson Chi-Square 3.943a 4 0.414
Chi-Square Calculated < Chi-Square Tabulated
(9.488). Null hypothesis is accepted for this benefit
(p>0.05)
Likelihood Ratio 3.865 4 0.425
Linear-by-Linear Association
2.274 1 0.132
N of Valid Cases 263
a. 1 cells (10.0%) have expected count less than 5. The minimum expected count is 2.92.
Table: 4.28 Chi-Square Test of independence between Benefit Perceptions and
Industry type
The Chi-Square Significance value is above 0.05 for nine out of ten Benefit
that for respondents from the Manufacturing Sector, the overwhelming response is for
ndents, it is less skewedly
282
Industry_type * PerceptionBenefits_BetterProductivity
Crosstab
Count
PerceptionBenefits_BetterProductivity
Total 1 2 3 4 5
Industry_type 1 1 5 9 11 37 63
2 15 11 40 59 73 198
Total 16 16 49 70 110 261
Table: 4.29 Crosstab Table for Sector \ Industry type and Perception Benefits
_Better Productivity
Thus for Sector Type, Null Hypothesis is accepted in all but one case. Hence it can be
stated that for 9 out of 10 Perception Benefits that they do not vary across sectors i.e
perception benefits are not dependent on Sector type.
4.5.6.4 Independent Sample t-test for Perceived Benefits by Department Type
Independent Samples Test
Independent Sample t-test for Percieved Benefits by Department Type
Levene's Test for Equality of Variances
t-test for Equality of Means
F Sig. t df t tab Sig. (2-
tailed) Remarks
PerceptionBenefits_BetterProductivity
Equal variances assumed
0.22 0.64 0.15 277 1.969 0.883 t calculated < t tabulated (1.645). Null hypothesis is accepted for this benefit
(p>0.05)
Equal variances not assumed
0.15 238.76 0.883
PerceptionBenefits_CostsSa
Equal variances assumed
0.01 0.94 0.28 279 1.969 0.781 t calculated < t tabulated (1.645). Null hypothesis is accepted for this
283
vings Equal variances not assumed
0.28 239.6 0.781
benefit
(p>0.05)
PerceptionBenefits_TransparencyHRprocesses
Equal variances assumed
1.37 0.24 0.81 278 1.969 0.418 t calculated < t tabulated (1.645). Null hypothesis is accepted for this benefit
(p>0.05)
Equal variances not assumed
0.83 251.7 0.41
PerceptionBenefits_BenchmarkEmpPerformance
Equal variances assumed
0.91 0.34 0.4 279 1.969 0.691 t calculated < t tabulated (1.645). Null hypothesis is accepted for this benefit
(p>0.05)
Equal variances not assumed
0.4 243.63 0.689
PerceptionBenefits_TrgAndDevelopmentNeeds
Equal variances assumed
3.95 0.05 2.41 279 1.969 0.017 t calculated > t tabulated (1.645). Null hypothesis is rejected for this benefit
(p<0.05)
Equal variances not assumed
2.46 253.42 0.015
PerceptionBenefits_DesigningTrgActivities
Equal variances assumed
0.8 0.37 1.01 279 1.969 0.313 t calculated < t tabulated (1.645). Null hypothesis is accepted for this benefit
(p>0.05)
Equal variances not assumed
1.02 241.92 0.311
PerceptionBenefits_MonitoringIndividualProgress
Equal variances assumed
0.53 0.47 1.06 279 1.969 0.292 t calculated < t tabulated (1.645). Null hypothesis is accepted for this benefit
(p>0.05)
Equal variances not assumed
1.06 239.29 0.293
PerceptionBenefits_ClarifiesPayPerfor
Equal variances assumed
0.94 0.33 0.63 278 1.969 0.527 t calculated < t tabulated (1.645). Null hypothesis is accepted for this
284
manceLink Equal
variances not assumed
0.62 222.34 0.535
benefit
(p>0.05)
PerceptionBenefits_CreatesMeaningfulGradingStr
Equal variances assumed
1.97 0.16 0.348 279 1.969 0.728 t calculated < t tabulated (1.645). Null hypothesis is accepted for this benefit
(p>0.05)
Equal variances not assumed
0.34 222.28 0.734
PerceptionBenefits_AlignmentIndTeamBehaviour
Equal variances assumed
0.82 0.37 0.26 279 1.969 0.792 t calculated < t tabulated (1.645). Null hypothesis is accepted for this benefit
(p>0.05)
Equal variances not assumed
0.27 251 0.789
Table: 4.30 Independent Samples t-test for Perceived Benefits by
Department/Function Type
The preceding table depicts that mean opinion of two groups of HR and Non HR
Managers does not differ as regards 9 out of 10 perceived benefits. The mean opinion
of HR and Non HR differs on only one item i.e. Training and development needs
4.5.6.5 Chi-Square for Benefit Perception on Department/Function Type (HR (1)
or Non-HR (2))
Chi-Square Tests
Department_type * PerceptionBenefits_BetterProduct
ivity
Value df Asymp. Sig. (2-sided)
Remarks
Pearson Chi-Square 1.204a 4 0.877 Chi-Square
calculated<Chi-Square tabulated (9.488). Null hypothesis is accepted for this benefit
(p>0.05)
Likelihood Ratio 1.211 4 0.876
Linear-by-Linear Association
0.022 1 0.882
285
N of Valid Cases 279
a. 0 cells (0.0%) have expected count less than 5. The minimum expected count is 6.82.
Department_type * PerceptionBenefits_CostsSavings
Pearson Chi-Square 4.878a 4 0.3
Chi-Square calculated < Chi-Square tabulated
(9.488). Null hypothesis is accepted for this benefit
(p>0.05)
Likelihood Ratio 4.923 4 0.295
Linear-by-Linear Association
0.078 1 0.78
N of Valid Cases 281
a. 1 cells (10.0%) have expected count less than 5. The minimum expected count is 4.02.
Department_type * PerceptionBenefits_Transparency
HRprocesses
Pearson Chi-Square 7.029a 4 0.134
Chi-Square calculated < Chi-Square tabulated (9.488). Null hypothesis is accepted for this benefit
(p>0.05)
Likelihood Ratio 7.325 4 0.12
Linear-by-Linear Association
0.658 1 0.417
N of Valid Cases 280
a. 0 cells (0.0%) have expected count less than 5. The minimum expected count is 6.00.
Department_type * PerceptionBenefits_BenchmarkE
mpPerformance
Pearson Chi-Square 1.205a 4 0.877
Chi-Square calculated < Chi-Square tabulated (9.488). Null hypothesis is accepted for this benefit
(p>0.05)
Likelihood Ratio 1.209 4 0.877
Linear-by-Linear Association
0.159 1 0.69
N of Valid 281
286
Cases
a. 2 cells (20.0%) have expected count less than 5. The minimum expected count is 3.19.
Department_type * PerceptionBenefits_TrgAndDevel
opmentNeeds
Pearson Chi-Square 7.578a 4 0.108
Chi-Square calculated < Chi-Square tabulated (9.488). Null hypothesis is accepted for this benefit
(p>0.05)
Likelihood Ratio 7.776 4 0.1
Linear-by-Linear Association
5.713 1 0.017
N of Valid Cases 281
a. 1 cells (10.0%) have expected count less than 5. The minimum expected count is 4.78.
Department_type * PerceptionBenefits_DesigningTrg
Activities
Pearson Chi-Square 4.794a 4 0.309
Chi-Square calculated < Chi-Square tabulated (9.488). Null hypothesis is accepted for this benefit
(p>0.05)
Likelihood Ratio 5.297 4 0.258
Linear-by-Linear Association
1.02 1 0.313
N of Valid Cases 281
a. 2 cells (20.0%) have expected count less than 5. The minimum expected count is 3.19.
Department_type * PerceptionBenefits_MonitoringInd
ividualProgress
Pearson Chi-Square 3.368a 4 0.498
Chi-Square calculated < Chi-Square tabulated (9.488). Null hypothesis is accepted for this benefit
(p>0.05)
Likelihood Ratio 3.42 4 0.49
Linear-by-Linear Association
1.115 1 0.291
N of Valid Cases 281
287
a. 1 cells (10.0%) have expected count less than 5. The minimum expected count is 4.42.
Department_type * PerceptionBenefits_ClarifiesPayP
erformanceLink
Pearson Chi-Square 5.172a 4 0.27
Chi-Square calculated < Chi-Square tabulated
(9.488). Null hypothesis is accepted for this benefit
(p>0.05)
Likelihood Ratio 5.244 4 0.263
Linear-by-Linear Association
0.401 1 0.526
N of Valid Cases 280
a. 1 cells (10.0%) have expected count less than 5. The minimum expected count is 4.40.
Department_type * PerceptionBenefits_CreatesMeani
ngfulGradingStr
Pearson Chi-Square 2.343a 4 0.673
Chi-Square calculated < Chi-Square tabulated (9.488). Null hypothesis is accepted for this benefit
(p>0.05)
Likelihood Ratio 2.326 4 0.676
Linear-by-Linear Association
0.121 1 0.728
N of Valid Cases 281
a. 0 cells (0.0%) have expected count less than 5. The minimum expected count is 6.03.
Department_type * PerceptionBenefits_AlignmentInd
TeamBehaviour
Pearson Chi-Square 2.819a 4 0.589
Chi-Square calculated < Chi-Square tabulated (9.488). Null hypothesis is accepted for this benefit
(p>0.05)
Likelihood Ratio 2.88 4 0.578
Linear-by-Linear Association
0.07 1 0.792
N of Valid Cases 281
288
a. 1 cells (10.0%) have expected count less than 5. The minimum expected count is 4.83.
Table: 4.31 Chi-Square test of Independence between Department type and
Perceived Benefits
The preceding table indicates that the Chi-Square Significance value is above 0.05 for
all ten Benefit Perceptions. Thus for Function Type, Null Hypothesis is accepted for all
10 cases. Hence, it can be stated that Perceived Benefits are independent of
Department or Function
4.5.6.6 Chi-Square test on Size of the Organization (<=100 (1), 101-500 (2), 501-
1000 (3), 1001-5000 (4) or >5000 (5)) and Perceived Benefits
Chi-Square Tests
Value df
Asymp. Sig. (2-sided)
Remarks
Org_Staff_Strength * PerceptionBenefits_BetterPr
oductivity
Pearson Chi-Square 25.048a 16 0.069
Chi-Square calculated < Chi-Square Tabulated (26.296). Null hypothesis is accepted for this benefit
(p>0.05)
Likelihood Ratio 23.503 16 0.101
Linear-by-Linear Association
4.761 1 0.029
N of Valid Cases 187
a. 13 cells (52.0%) have expected count less than 5. The minimum expected count is 1.28.
Org_Staff_Strength * PerceptionBenefits_CostsSa
vings
Pearson Chi-Square 18.815a 16 0.278 Chi-Square
calculated < Chi-Square Tabulated (26.296).Null hypothesis is accepted for
Likelihood Ratio 18.432 16 0.299
289
Linear-by-Linear Association
3.683 1 0.055
this benefit
(p>0.05)
N of Valid Cases 188
a. 8 cells (32.0%) have expected count less than 5. The minimum expected count is .96.
Org_Staff_Strength * PerceptionBenefits_Transpar
encyHRprocesses
Pearson Chi-Square 16.272a 16 0.434
Chi-Square calculated < Chi-Square Tabulated (26.296).Null hypothesis is accepted for this benefit
(p>0.05)
Likelihood Ratio 18.149 16 0.315
Linear-by-Linear Association
0.338 1 0.561
N of Valid Cases 187
a. 8 cells (32.0%) have expected count less than 5. The minimum expected count is .86.
Org_Staff_Strength * PerceptionBenefits_Benchm
arkEmpPerformance
Pearson Chi-Square 23.645a 16 0.098
Chi-Square calculated < Chi-Square Tabulated
(26.296).Null hypothesis is accepted for this benefit
(p>0.05)
Likelihood Ratio 24.99 16 0.07
Linear-by-Linear Association
0.161 1 0.688
N of Valid Cases 189
a. 12 cells (48.0%) have expected count less than 5. The minimum expected count is .74.
Org_Staff_Strength * PerceptionBenefits_TrgAndD
evelopmentNeeds
Pearson Chi-Square 28.173a 16 0.03 Chi-Square
calculated > Chi-Square Tabulated (26.296).Null hypothesis is rejected for this benefit
Likelihood Ratio 28.364 16 0.029
Linear-by-Linear
8.73 1 0.003
290
Association (p<0.05)
N of Valid Cases 189
a. 10 cells (40.0%) have expected count less than 5. The minimum expected count is .85.
Org_Staff_Strength * PerceptionBenefits_Designin
gTrgActivities
Pearson Chi-Square 23.468a 16 0.102
Chi-Square calculated < Chi-Square Tabulated (26.296Null hypothesis is accepted for this benefit
(p>0.05)
Likelihood Ratio 24.291 16 0.083
Linear-by-Linear Association
4.53 1 0.033
N of Valid Cases 189
a. 11 cells (44.0%) have expected count less than 5. The minimum expected count is .42.
Org_Staff_Strength * PerceptionBenefits_Monitori
ngIndividualProgress
Pearson Chi-Square 18.375a 16 0.302
Chi-Square calculated < Chi-Square Tabulated (26.296).Null hypothesis is accepted for this benefit
(p>0.05)
Likelihood Ratio 18.358 16 0.303
Linear-by-Linear Association
4.262 1 0.039
N of Valid Cases 188
a. 11 cells (44.0%) have expected count less than 5. The minimum expected count is 1.17.
Org_Staff_Strength * PerceptionBenefits_Clarifies
PayPerformanceLink
Pearson Chi-Square 9.218a 16 0.904 Chi-Square
calculated < Chi-Square Tabulated (26.296)Null hypothesis is accepted for this benefit
(p>0.05)
Likelihood Ratio 9.155 16 0.907
Linear-by-Linear Association
0.614 1 0.433
291
N of Valid Cases 188
a. 10 cells (40.0%) have expected count less than 5. The minimum expected count is 1.17.
Org_Staff_Strength * PerceptionBenefits_Creates
MeaningfulGradingStr
Pearson Chi-Square 25.832a 16 0.056
Chi-Square calculated < Chi-Square Tabulated (26.296Null hypothesis is accepted for this benefit
(p>0.05)
Likelihood Ratio 24.178 16 0.086
Linear-by-Linear Association
2.839 1 0.092
N of Valid Cases 188
a. 11 cells (44.0%) have expected count less than 5. The minimum expected count is .85.
Org_Staff_Strength * PerceptionBenefits_Alignme
ntIndTeamBehaviour
Pearson Chi-Square 19.119a 16 0.263
Chi-Square calculated < Chi-Square Tabulated (26.296).Null hypothesis is accepted for this benefit
(p>0.05)
Likelihood Ratio 19.341 16 0.251
Linear-by-Linear Association
1.806 1 0.179
N of Valid Cases 188
a. 8 cells (32.0%) have expected count less than 5. The minimum expected count is 1.17.
Table: 4.32 Chi-Square test of independence between Perceived Benefits and
Employee Strength
The Chi-Square Significance value is above 0.05 for nine out of ten Benefit
significantly different owing to the fact that for respondents from organizations with
<=100 employees, the response is evenly distributed on the five points of the scale,
-
292
s
table below. This is most probably due to the training process not being fully fledged
in smaller organizations.
Org_Staff_Strength * PerceptionBenefits_TrgAndDevelopmentNeeds
Crosstab
Count
PerceptionBenefits_TrgAndDevelopmentNeeds
Total 1 2 3 4 5
Org_Staff_Strength <101 4 3 4 4 5 20
101-500 4 5 9 10 13 41
501-1000 0 0 6 6 9 21
1001-5000 0 2 14 12 19 47
>5000 0 4 16 18 22 60
Total 8 14 49 50 68 189
Table: 4.33 Crosstab between Employee Strength and Perceived benefit
Thus for Size i.e Staff/Employee Strength of the Organization, Null Hypothesis is
accepted in all but one case.
4.5.6.7 Chi-Square test on Age of the Organization (<10 years (1), 11-20 years (2),
21-30 years(3), 31-40 years (4) or >40 years (5))
Chi-Square Tests
Value df
Asymp. Sig. (2-sided)
Remarks
Org_Age_Cat * PerceptionBenefits_BetterP
roductivity
Pearson Chi-Square 23.690a 16 0.097 Chi-Square
calculated < Chi-Square Tabulated (26.296) Null hypothesis is accepted for this benefit
(p>0.05)
Likelihood Ratio 24.677 16 0.076
Linear-by-Linear Association
2.753 1 0.097
293
N of Valid Cases 180
a. 13 cells (52.0%) have expected count less than 5. The minimum expected count is .86.
Org_Age_Cat * PerceptionBenefits_CostsS
avings
Pearson Chi-Square 20.953a 16 0.18
Chi-Square calculated < Chi-Square Tabulated
(26.296) Null hypothesis is accepted for this benefit
(p>0.05)
Likelihood Ratio 23.54 16 0.1
Linear-by-Linear Association
0.739 1 0.39
N of Valid Cases 181
a. 12 cells (48.0%) have expected count less than 5. The minimum expected count is .50.
Org_Age_Cat * PerceptionBenefits_Transp
arencyHRprocesses
Pearson Chi-Square 14.405a 16 0.569
Chi-Square calculated < Chi-Square Tabulated (26.296).Null hypothesis is accepted for this benefit
(p>0.05)
Likelihood Ratio 13.556 16 0.632
Linear-by-Linear Association
0.041 1 0.839
N of Valid Cases 180
a. 11 cells (44.0%) have expected count less than 5. The minimum expected count is .58.
Org_Age_Cat * PerceptionBenefits_Bench
markEmpPerformance
Pearson Chi-Square 13.446a 16 0.64
Chi-Square calculated < Chi-Square Tabulated (26.296).Null hypothesis is accepted for this benefit
(p>0.05)
Likelihood Ratio 14.593 16 0.555
Linear-by-Linear Association
0.501 1 0.479
N of Valid Cases 181
a. 12 cells (48.0%) have expected count less than 5. The minimum expected count is .41.
Org_Age_Cat * Pearson Chi-Square 12.116a 16 0.736 Chi-Square
calculated < Chi-
294
PerceptionBenefits_TrgAndDevelopmentNeeds
Likelihood Ratio 12.223 16 0.728
Square Tabulated (26.296).Null hypothesis is accepted for this benefit
(p>0.05)
Linear-by-Linear Association
1.869 1 0.172
N of Valid Cases 181
a. 12 cells (48.0%) have expected count less than 5. The minimum expected count is .83.
Org_Age_Cat * PerceptionBenefits_Designi
ngTrgActivities
Pearson Chi-Square 16.622a 16 0.41
Chi-Square calculated < Chi-Square Tabulated (26.296).Null hypothesis is accepted for this benefit
(p>0.05)
Likelihood Ratio 18.411 16 0.3
Linear-by-Linear Association
1.363 1 0.243
N of Valid Cases 181
a. 13 cells (52.0%) have expected count less than 5. The minimum expected count is .41.
Org_Age_Cat * PerceptionBenefits_Monitor
ingIndividualProgress
Pearson Chi-Square 16.424a 16 0.424
Chi-Square calculated < Chi-Square Tabulated
(26.296). Null hypothesis is accepted for this benefit
(p>0.05)
Likelihood Ratio 16.467 16 0.421
Linear-by-Linear Association
2.317 1 0.128
N of Valid Cases 181
a. 13 cells (52.0%) have expected count less than 5. The minimum expected count is .66.
Org_Age_Cat * PerceptionBenefits_Clarifie
sPayPerformanceLink
Pearson Chi-Square 15.549a 16 0.485
Chi-Square calculated < Chi-Square Tabulated (26.296).Null hypothesis is accepted for this benefit
(p>0.05)
Likelihood Ratio 18.304 16 0.306
Linear-by-Linear Association
0.51 1 0.475
N of Valid Cases 180
295
a. 11 cells (44.0%) have expected count less than 5. The minimum expected count is .50.
Org_Age_Cat * PerceptionBenefits_Creates
MeaningfulGradingStr
Pearson Chi-Square 17.914a 16 0.329
Chi-Square calculated < Chi-Square Tabulated (26.296Null hypothesis is accepted for this benefit
(p>0.05)
Likelihood Ratio 19.783 16 0.23
Linear-by-Linear Association
0.172 1 0.678
N of Valid Cases 181
a. 13 cells (52.0%) have expected count less than 5. The minimum expected count is .75.
Org_Age_Cat * PerceptionBenefits_Alignm
entIndTeamBehaviour
Pearson Chi-Square 28.900a 16 0.025
Chi-Square calculated > Chi-Square Tabulated (26.296).Null hypothesis is rejected for this benefit
(p<0.05)
Likelihood Ratio 33.528 16 0.006
Linear-by-Linear Association
1.772 1 0.183
N of Valid Cases 181
a. 12 cells (48.0%) have expected count less than 5. The minimum expected count is .91.
Table: 4.34 Chi-Square test of Independence between Perceived Benefits and
Organisational Age
The above table clearly shows that the Chi-Square Significance value is above 0.05 for
nine out of ten Benefit Pe
categories.
Thus for Age of the Organization, Null Hypothesis is accepted in all but one case. In
other words it can be stat
296
Analysis of the Survey Study CSFs and their Association with 4.5.7.0
independent variables like Sector/Industry, Employee/Staff Strength, Age,
Department/ Function of the Manager Respondent
Objective:
To ascertain the perceptions of Managers on various Critical Success Factors
for successful implementation of Competency mapping.
To find if CSFs perceptions are dependent on
o Industry or sector.
o Department / Managerial function of the respondent
o Employee / Staff Strength (Size) of the organization
o Age of the organization
Hypothesis :
H110
assumed mean (µ=3, Neutral)
H11a
mean (µ>3, Neutral)
H120 CSFs Perceptions for Competency Mapping Implementation are not dependent
on
Industry or sector Department/ Managerial functions Employee Strength (Size) of the organization Age of the organization
H12a CSFs Perceptions for Competency Mapping implementation are dependent on
Industry or sector Department/ Managerial functions Employee Strength (Size) of the organization Age of the organization
297
4.5.7.1 One-Sample t-test (Test Value = 3) for CSFs
One-Sample Test
Test Value = 3
Remarks
t df
Sig. (2-
tailed) Mean
Difference
95% Confidence
Interval of the Difference
Lower Upper
CSF_TopManagementBuyIN
12.093 285 .000 .762 .64 .89
t calculated >t tabulated at .05 level of significance. (p<0.05)
CSF_DedicatedHRresource
14.532 288 .000 .855 .74 .97
t calculated >t tabulated at .05 level of significance. (p<0.05)
CSF_AvailabilityCompMappingTools
13.674 287 .000 .764 .65 .87
t calculated >t tabulated at .05 level of significance. (p<0.05)
CSF_TrgHRManagers
17.918 288 .000 .976 .87 1.08
t calculated >t tabulated at .05 level of significance. (p<0.05)
CSF_AdequateFinancialResources
12.753 286 .000 .739 .62 .85
t calculated >t tabulated at .05 level of significance. (p<0.05)
CSF_DedicatedTimeAllocation
14.745 287 .000 .833 .72 .94
t calculated >t tabulated at .05 level of significance. (p<0.05)
CSF_OtherFactors
6.530 58 .000 .847 .59 1.11
t calculated >t tabulated at .05 level of significance. (p<0.05)
Table: 4.35 One Sample t-test for Managerial Perceptions on CSFs
As seen from the preceding table the observed mean scores of the survey sample for
all the six CSFs are above the expected mean opinion (µ = 3).
The differences in observed and excepted mean scores are all significant at the .05
level according to above table.
298
Hence, null hypothesis is rejected and we state that managers are of the opinion that
the following CSFs are relevant for successful implementation of Competency
mapping in an Organisation:
Top management Buy-in Dedicated HR Resource Availability of Competency Mapping Tools Training of HR Managers Adequate Financial Resources Dedicated Time allocation
4.5.7.2 Independent Sample t-test for CSFs by Industry Type:
Independent Samples Test
Independent Sample t-test for CSFs by Industry Type:
Levene's Test for Equality of Variances t-test for Equality of Means
F Sig. t tab df Sig. (2-
tailed) Remarks
CSF_TopManagementBuyIN
Equal variances assumed
1.643 0.201 0.437 1.970 266 0.662 t calculated < t tabulated at .05 level of significance.. Null hypothesis is accepted for this CSF
(p>0.05)
Equal variances not assumed
0.413 100.912 0.681
CSF_DedicatedHRresource
Equal variances assumed
0.55 0.459 0.341 1.970 269 0.733 t calculated < t tabulated at .05 level of significance. Null hypothesis is accepted for this CSF
(p>0.05)
Equal variances not assumed
0.351 118.627 0.726
CSF_AvailabilityCompMappingTools
Equal variances assumed
0.298 0.585 0.59 1.970 268 0.556 t calculated < t tabulated at .05 level of significance. Null hypothesis is accepted for this CSF
(p>0.05)
Equal variances not assumed
0.599 115.848 0.55
299
CSF_TrgHRManagers
Equal variances assumed
1.935 0.165 0.53 1.970 269 0.596 t calculated < t tabulated at .05 level of significance. Null hypothesis is accepted for this CSF
(p>0.05)
Equal variances not assumed
0.512 106.447 0.61
CSF_AdequateFinancialResources
Equal variances assumed
1.126 0.29 0.894 1.970 267 0.372 t calculated < t tabulated at .05 level of significance. Null hypothesis is accepted for this CSF
(p>0.05)
Equal variances not assumed
0.936 119.573 0.351
CSF_DedicatedTimeAllocation
Equal variances assumed
0.062 0.803 0.388 1.970 268 0.698 t calculated < t tabulated at .05 level of significance. Null hypothesis is accepted for this CSF (p>0.05)
Equal variances not assumed
0.394 116.01 0.694
Table: 4.36 Independent Samples t-test for CSFs by Sector type
(Manufacturing v/s Service)
The preceding table indicates that mean perception of managers from the two groups
of Manufacturing and Service do not differ significantly. Independent Samples t-test
for CSFs by Sector type is not significant for all CSFs. Hence it can be stated with
95% confidence that CSFs are universally applicable across sectors.
300
4.5.7.3 Chi-Square test of Independence on Sector Type (Manufacturing (1) or
Service (2))
Chi-Square Tests
Value df
Asymp. Sig. (2-sided)
Remarks
Industry_type * CSF_TopManagementBuyIN
Pearson Chi-Square 3.500a 4 0.478
Chi-Square calculated < Chi-Square tabulated (9.488) at0.05 level of significance. Null hypothesis is accepted for this CSF
(p>0.05)
Likelihood Ratio 3.481 4 0.481
Linear-by-Linear Association
0.192 1 0.661
N of Valid Cases 268
a. 2 cells (20.0%) have expected count less than 5. The minimum expected count is 1.48.
Industry_type * CSF_DedicatedHRresource
Pearson Chi-Square .814a 4 0.937
Chi-Square calculated < Chi-Square tabulated (9.488) at0.05 level of significance Null hypothesis is accepted for this CSF
(p>0.05)
Likelihood Ratio 0.872 4 0.929
Linear-by-Linear Association
0.117 1 0.733
N of Valid Cases 271
a. 3 cells (30.0%) have expected count less than 5. The minimum expected count is 1.24.
Industry_type * CSF_AvailabilityCompMappi
ngTools
Pearson Chi-Square .912a 4 0.923
Chi-Square calculated < Chi-Square tabulated (9.488) at 0.05 level of significance .Null hypothesis is accepted for this CSF
(p>0.05)
Likelihood Ratio 1.393 4 0.845
Linear-by-Linear Association
0.349 1 0.555
N of Valid Cases 270
301
a. 3 cells (30.0%) have expected count less than 5. The minimum expected count is .50.
Industry_type * CSF_TrgHRManagers
Pearson Chi-Square 6.354a 4 0.174
Chi-Square calculated < Chi-Square tabulated (9.488) at 0.05 level of significance Null hypothesis is accepted for this CSF
(p>0.05)
Likelihood Ratio 6.49 4 0.165
Linear-by-Linear Association
0.282 1 0.596
N of Valid Cases 271
a. 3 cells (30.0%) have expected count less than 5. The minimum expected count is .49.
Industry_type * CSF_AdequateFinancialReso
urces
Pearson Chi-Square 2.738a 4 0.603
Chi-Square calculated < Chi-Square tabulated (9.488) at 0.05 level of significance Null hypothesis is accepted for this CSF
(p>0.05)
Likelihood Ratio 3.135 4 0.535
Linear-by-Linear Association
0.801 1 0.371
N of Valid Cases 269
a. 3 cells (30.0%) have expected count less than 5. The minimum expected count is 1.47.
Industry_type * CSF_DedicatedTimeAllocatio
n
Pearson Chi-Square 7.743a 4 0.101
Chi-Square calculated < Chi-Square tabulated (9.488) at 0.05 level of significance Null hypothesis is accepted for this CSF
(p>0.05)
Likelihood Ratio 8.468 4 0.076
Linear-by-Linear Association
0.151 1 0.698
N of Valid Cases 270
a. 3 cells (30.0%) have expected count less than 5. The minimum expected count is 1.24.
Table: 4.37 Chi-Square test of Independence between CSFs and
Industry/Sector type
302
The preceding table clearly reveals that the Chi-Square Significance value is above
0.05 for all six CSFs, thus for Sector Type, Null Hypothesis is accepted. It can be
inferred that the CSFs for successful implementation of Competency Mapping do not
depend on Sector. In other words CSFs are universal.
4.5.7.4 Independent Sample t-test for CSFs by Department\Function Type
Independent Samples Test
Independent Sample t-test for CSFs by Department Type
Levene's Test for Equality of
Variances
t-test for Equality of Means
F Sig. t df t tab Sig. (2-
tailed) Remarks
CSF_TopManagementBuyIN
Equal variances assumed
0.011 0.915 0.098 284 1.969 0.922 t calculated < t tabulated at .05 level of significance. Null hypothesis is accepted for this CSF
(p>0.05)
Equal variances not assumed
0.098 237.001 0.922
CSF_DedicatedHRresource
Equal variances assumed
1.593 0.208 1.882 287 1.969 0.061 t calculated < t tabulated at .05 level of significance Null hypothesis is accepted for this CSF
(p>0.05)
Equal variances not assumed
1.903 250.43 0.058
CSF_AvailabilityCompMappingTools
Equal variances assumed
0.145 0.704 1.134 286 1.969 0.258 t calculated < t tabulated at .05 level of significance Null hypothesis is accepted for this CSF
(p>0.05)
Equal variances not assumed
1.127 236.632 0.261
CSF_TrgHRManagers
Equal variances assumed
3.556 0.06 1.928 287 1.969 0.055 t calculated < t tabulated at .05 level of
303
Equal variances not assumed
1.992 266.238 0.047
significance Null hypothesis is accepted for this CSF
(p>0.05)
CSF_AdequateFinancialResources
Equal variances assumed
0.792 0.374 0.465 285 1.969 0.642 t calculated < t tabulated at .05 level of significance Null hypothesis is accepted for this CSF
(p>0.05)
Equal variances not assumed
0.472 253.49 0.637
CSF_DedicatedTimeAllocation
Equal variances assumed
1.613 0.205 1.747 286 1.969 0.082 t calculated < t tabulated at .05 level of significance Null hypothesis is accepted for this CSF
(p>0.05)
Equal variances not assumed
1.751 241.259 0.081
Table: 4.38 Independent Samples t-test for CSFs by Department/Function
Type
The preceding table indicates that the mean perception of two groups namely HR and
Non HR managers do not differ significantly. Thus it can be stated that CSFs do not
depend on department. In other words all CSFs hold true for both department/function
types and do not significantly vary by department.
4.5.7.5 Chi-Square test on Function Type (HR (1) or Non-HR (2))
Chi-Square Tests
Chi-Square on Department/Function Type (HR (1) or Non-HR (2))
Value df
Asymp. Sig. (2-sided)
Remarks
Department_type * CSF_TopManagementBuyIN
Pearson Chi-Square .721a 4 0.949 Chi-Square
calculated < Chi-Square tabulated (9.488). Null hypothesis is accepted for this CSF
Likelihood Ratio 0.715 4 0.949
Linear-by-Linear
0.01 1 0.922
304
Association (p>0.05)
N of Valid Cases 286
a. 2 cells (20.0%) have expected count less than 5. The minimum expected count is 2.37.
Department_type * CSF_DedicatedHRresource
Pearson Chi-Square 3.820a 4 0.431
Chi-Square calculated < Chi-Square tabulated (9.488). Null hypothesis is accepted for this CSF
(p>0.05)
Likelihood Ratio 3.883 4 0.422
Linear-by-Linear Association
3.512 1 0.061
N of Valid Cases 289
a. 2 cells (20.0%) have expected count less than 5. The minimum expected count is 1.97.
Department_type * CSF_AvailabilityCompMappingT
ools
Pearson Chi-Square 3.268a 4 0.514
Chi-Square calculated < Chi-Square tabulated (9.488). Null hypothesis is accepted for this CSF
(p>0.05)
Likelihood Ratio 3.266 4 0.514
Linear-by-Linear Association
1.284 1 0.257
N of Valid Cases 288
a. 2 cells (20.0%) have expected count less than 5. The minimum expected count is 1.19.
Department_type * CSF_TrgHRManagers
Pearson Chi-Square 5.096a 4 0.278
Chi-Square calculated < Chi-Square tabulated (9.488). Null hypothesis is accepted for this CSF
(p>0.05)
Likelihood Ratio 5.906 4 0.206
Linear-by-Linear Association
3.683 1 0.055
N of Valid Cases 289
a. 2 cells (20.0%) have expected count less than 5. The minimum expected count is .79.
Department_type * Pearson 1.663a 4 0.798 Chi-Square
305
CSF_AdequateFinancialResources
Chi-Square calculated < Chi-Square tabulated (9.488). Null hypothesis is accepted for this CSF
(p>0.05)
Likelihood Ratio 1.831 4 0.767
Linear-by-Linear Association
0.217 1 0.641
N of Valid Cases 287
a. 2 cells (20.0%) have expected count less than 5. The minimum expected count is 2.38.
Department_type * CSF_DedicatedTimeAllocation
Pearson Chi-Square 4.550a 4 0.337
Chi-Square calculated < Chi-Square tabulated (9.488). Null hypothesis is accepted for this CSF
(p>0.05)
Likelihood Ratio 4.621 4 0.328
Linear-by-Linear Association
3.03 1 0.082
N of Valid Cases 288
a. 2 cells (20.0%) have expected count less than 5. The minimum expected count is 1.96.
Table: 4.39 Chi-Square test of independence between CSFs and
department/function
The preceding table indicates that the Chi-Square Significance value is above 0.05 for
all six CSFs, thus for Function Type, Null Hypothesis is accepted. Thus it can be
concluded with 95% confidence that CSFs are independent of department/ function.
Opinion of Managers across departments does not vary i.e. CSFs are universal.
306
4.5.7.6 Chi-Square test on Size of the Organization (<=100 (1), 101-500 (2), 501-
1000 (3), 1001-5000 (4) or >5000 (5)) and CSFs
Value df
Asymp. Sig. (2-sided)
Remarks
Org_Staff_Strength * CSF_TopManagementBu
yIN
Pearson Chi-Square 13.111a 16 0.665
Chi-Square Calculated < Chi-Square tabulated (26.296).Null hypothesis is accepted for this CSF
(p>0.05)
Likelihood Ratio 14.896 16 0.532
Linear-by-Linear Association
2.322 1 0.128
N of Valid Cases 192
a. 9 cells (36.0%) have expected count less than 5. The minimum expected count is .52.
Org_Staff_Strength * CSF_DedicatedHRresour
ce
Pearson Chi-Square 22.669a 16 0.123
Chi-Square Calculated < Chi-Square tabulated (26.296).Null hypothesis is accepted for this CSF
(p>0.05)
Likelihood Ratio 23.33 16 0.105
Linear-by-Linear Association
9.322 1 0.002
N of Valid Cases 195
a. 10 cells (40.0%) have expected count less than 5. The minimum expected count is .21.
Org_Staff_Strength * CSF_AvailabilityCompMa
ppingTools
Pearson Chi-Square 11.937a 16 0.748
Chi-Square Calculated < Chi-Square tabulated (26.296).Null hypothesis is accepted for this CSF
(p>0.05)
Likelihood Ratio 11.514 16 0.777
Linear-by-Linear Association
0.52 1 0.471
N of Valid Cases 194
a. 11 cells (44.0%) have expected count less than 5. The minimum expected count is .21.
307
Org_Staff_Strength * CSF_TrgHRManagers
Pearson Chi-Square 14.612a 16 0.553
Chi-Square Calculated < Chi-Square tabulated (26.296).Null hypothesis is accepted for this CSF
(p>0.05)
Likelihood Ratio 15.813 16 0.466
Linear-by-Linear Association
0.101 1 0.75
N of Valid Cases 195
a. 11 cells (44.0%) have expected count less than 5. The minimum expected count is .21.
Org_Staff_Strength * CSF_AdequateFinancialR
esources
Pearson Chi-Square 10.395a 16 0.845
Chi-Square Calculated < Chi-Square tabulated (26.296).Null hypothesis is accepted for this CSF
(p>0.05)
Likelihood Ratio 12.26 16 0.726
Linear-by-Linear Association
0.061 1 0.805
N of Valid Cases 193
a. 11 cells (44.0%) have expected count less than 5. The minimum expected count is .31.
Org_Staff_Strength * CSF_DedicatedTimeAlloc
ation
Pearson Chi-Square 16.645a 16 0.409
Chi-Square Calculated < Chi-Square tabulated (26.296).Null hypothesis is accepted for this CSF
(p>0.05)
Likelihood Ratio 17.958 16 0.326
Linear-by-Linear Association
0.292 1 0.589
N of Valid Cases 194
a. 10 cells (40.0%) have expected count less than 5. The minimum expected count is .41.
Table: 4.40 Chi-Square test of Independence between CSFs and Employee/
Staff strength
The preceding table on Chi-Square clearly indicates that the Chi-Square Significance
value is above 0.05 for all six CSFs, thus for Employee Strength, Null Hypothesis is
308
accepted. Thus it can be concluded with 95% confidence that CSFs are independent of
Staff/Employee strength or do not vary with changes in Organisational Staff strength.
Sampled Organisations with staff strength varying from below 100 to above a lakh
concur on six CSFs.
4.5.7.7 Chi-Square test on Age of the Organization (<10 years (1), 11-20 years (2),
21-30 years(3), 31-40 years (4) or >40 years (5)) and CSFs
Value df
Asymp. Sig. (2-sided)
Remarks
Org_Age_Cat * CSF_TopManagementBuyIN
Pearson Chi-Square 21.688a 16 0.154
Chi-Square Calculated < Chi-Square tabulated (26.296).Null hypothesis is accepted for this CSF
(p>0.05)
Likelihood Ratio 23.823 16 0.093
Linear-by-Linear Association
3.074 1 0.08
N of Valid Cases 184
a. 12 cells (48.0%) have expected count less than 5. The minimum expected count is .24.
Org_Age_Cat * CSF_DedicatedHRresource
Pearson Chi-Square 11.551a 16 0.774
Chi-Square Calculated < Chi-Square tabulated (26.296). Null hypothesis is accepted for this CSF
(p>0.05)
Likelihood Ratio 12.46 16 0.712
Linear-by-Linear Association
2.725 1 0.099
N of Valid Cases 186
a. 12 cells (48.0%) have expected count less than 5. The minimum expected count is .24.
Org_Age_Cat * CSF_AvailabilityCompMappin
gTools
Pearson Chi-Square 12.256a 16 0.726
Chi-Square Calculated < Chi-Square tabulated (26.296). Null hypothesis is accepted for this CSF
(p>0.05)
Likelihood Ratio 11.821 16 0.756
Linear-by-Linear Association
0.031 1 0.861
N of Valid Cases 185
309
a. 13 cells (52.0%) have expected count less than 5. The minimum expected count is .08.
Org_Age_Cat * CSF_TrgHRManagers
Pearson Chi-Square 23.615a 16 0.098
Chi-Square Calculated < Chi-Square tabulated (26.296).Null hypothesis is accepted for this CSF
(p>0.05)
Likelihood Ratio 25.221 16 0.066
Linear-by-Linear Association
0.553 1 0.457
N of Valid Cases 186
a. 11 cells (44.0%) have expected count less than 5. The minimum expected count is .08.
Org_Age_Cat * CSF_AdequateFinancialResou
rces
Pearson Chi-Square 14.428a 16 0.567
Chi-Square Calculated < Chi-Square tabulated (26.296). Null hypothesis is accepted for this CSF
(p>0.05)
Likelihood Ratio 16.456 16 0.422
Linear-by-Linear Association
0.52 1 0.471
N of Valid Cases 184
a. 13 cells (52.0%) have expected count less than 5. The minimum expected count is .24.
Org_Age_Cat * CSF_DedicatedTimeAllocation
Pearson Chi-Square 20.206a 16 0.211
Chi-Square Calculated < Chi-Square tabulated (26.296). Null hypothesis is accepted for this CSF
(p>0.05)
Likelihood Ratio 21.998 16 0.143
Linear-by-Linear Association
1.8 1 0.18
N of Valid Cases 185
a. 12 cells (48.0%) have expected count less than 5. The minimum expected count is .16.
Table: 4.41 Chi-Square test of Independence between Organisational Age and
CSFs
The above two tables on crosstab and Chi-Square indicate that the Chi-Square
Significance value is above 0.05 for all six CSFs, thus for Age of the organization,
Null Hypothesis is accepted. Thus it can be stated with 95% confidence that for
310
Organisations with age ranging from below 10 years to above 40 years perceived CSFs
do not vary
In summary CSFs are not dependent on any criteria be it Sector, Function, Age or
Employee Strength of the organization, and therefore may be deemed to be universal.
Analysis of the Survey Study Measurable Performance Indicators and 4.5.8.0
their associations
Objective:
To determine whether Impact of Competency on selected Performance
indicators is measured by Organisations
To ascertain if competency mapping has positive impact on chosen Measurable
performance indicators
Hypothesis:
H130 The observed mean value of responses of Managers regarding the impact of
Competency Mapping on the following chosen Measurable Indicators is not
significantly higher as compared to the expected mean value (H0: µ = 2.5).
Sales Revenue increase
Profit increase
Productivity increase
Attrition reduction
Cost reduction per recruitment
Improvement in ratio of high performing hires to total hires
Top talent retention
H13a The observed mean value of responses of Managers regarding the impact of
Competency Mapping on the following chosen Measurable Indicators is significantly
higher as compared to the expected mean value (Ha: µ > 2.5).
Sales Revenue increase
Profit increase
Productivity increase
Attrition reduction
Cost reduction per recruitment
311
Improvement in ratio of high performing hires to total hires
Top talent retention
H140 The opinion of Managers on the desired outcomes pertaining to the seven
performance parameters does not vary with
Department/ Managerial functions
Industry or sector
Age of the organization
Employee Strength (Size) of the organization
H14a The opinion of Managers on the desired outcomes pertaining to the seven
performance parameters does vary with
Department/Managerial functions
Industry or sector
Age of the organization
Employee Strength (Size) of the organization
4.5.8.1 One-Sample t-test (Assumed Mean = 2.5) on Measurable Indicators
Responses were sought from Managers of organizations where Competency Mapping
was followed regarding the desired impact of Competency mapping on performance
indicators viz. Sales Revenue Increased, Profit increased, Productivity Increased,
attrition reduced, cost per recruit reduced, Increase in ratio of High performing Hires to
Total hires, and Top Talent reduction.
The response distribution for each Measurable Indicator was analysed using a One
sample t-test
312
Test Value = 2.5
t df t-tab
Sig.
(2-
tailed
)
Mea
n
Differ
ence
95%
Confidence
Interval of the
Difference Remarks
Lower Upper
MeasurableIndicat
ors_SalesRevenu
eIncreased 1.856 114 1.984 .066 .170 -.01 .35
t calculated< t tabulated. Null hypothesis is accepted for this Measurable
Indicator
(p>0.05)
MeasurableIndicat
ors_ProfitIncrease
d .319 116 1.984 .750 .030 -.16 .22
t calculated< t tabulated Null hypothesis is accepted for this Measurable
Indicator
(p>0.05)
MeasurableIndicat
ors_ProductivityIn
creased 3.492 116 1.984 .001 .303 .13 .48
t calculated >t tabulated. Null hypothesis is rejected for this Measurable
Indicator
(p<0.05)
MeasurableIndicat
ors_AttritionRedu
ced 3.511 118 1.984 .001 -.340 -.53 -.15
t calculated >t tabulated Null hypothesis is rejected for this Measurable
Indicator
(p<0.05)
MeasurableIndicat
ors_CostPerRecr
uitReduced 1.756 114 1.984 .082 -.178 -.38 .02
t calculated < t tabulated Null hypothesis is accepted for this Measurable
Indicator
(p>0.05)
MeasurableIndicat
ors_RatioHighPerf
ormingHiresToTot
alHires
.468 117 1.984 .641 -.042 -.22 .14
t calculated < t tabulated Null hypothesis is accepted for this Measurable
Indicator
(p>0.05)
MeasurableIndicat
ors_TopTalentRet
ention 1.953 121 1.984 .053 .197 .00 .40
t calculated < t tabulated Null hypothesis is accepted for this Measurable
Indicator
(p>0.05)
Table: 4.42 Table One Sample t-test for Measurable performance indicators
As seen from the preceding table, the observed mean scores of the survey sample for
313
four parameters sales revenue Increased, Profit Increased, Productivity increased, Top
talent retention are above the expected mean opinion (µ = 2.5). For two viz. Cost per
Recruit reduced and Ratio of High performing hires to total Hires improved it is
slightly lower, and noticeably lower for Attrition reduced.
The differences in observed and excepted mean scores are not significant at the .05
level according to table for five measurable indicators and are highly significant for
two namely Productivity increased and attrition reduced
Hence, null hypothesis is accepted for five indicators and we state that managers are
of the opinion that the CM usage has had / is expected to have a positive impact on the
five measurable indicators in the range 11 to 20% or less than 10%
4.5.8.2 Independent Sample t-test on Measurable Indicators for department type
Independent Sample
t-test for department
type
Levene's
Test for
Equality of
Variances t-test for Equality of Means
F Sig. t df t tab
Sig.
(2-
taile
d)
Mea
n
Differ
ence
Std.
Error
Differ
ence
95%
Confidence
Interval of
the
Difference
Remarks
Lower
Upp
er
Measur
ableIndi
cators_
SalesRe
venueIn
creased
Equal
variances
assumed
.057 .812 .744 113 1.98
2 .458 .141 .189 -.234 .516
t calculated < t tabulated at .05 level of significance. Null hypothesis is accepted for this Measurable Indicator
(p>0.05)
Equal
variances
not
assumed
.744 88.
499 .459 .141 .189 -.235 .517
Measur
ableIndi
cators_
Equal
variances
assumed
.059 .809 .947 115 1.98
2 .345 -.181 .191 -.560 .198
t calculated < t tabulated .05 level of significance Null
314
ProfitInc
reased Equal
variances
not
assumed
.942 96.
951 .348 -.181 .192 -.563 .200
hypothesis is accepted for this Measurable Indicator
(p>0.05)
Measur
ableIndi
cators_
Producti
vityIncre
ased
Equal
variances
assumed
1.044 .309 1.087 115 1.98
2 .279 .195 .179 -.160 .550
t calculated < t tabulated at .05 level of significance Null hypothesis is accepted for this Measurable Indicator
(p>0.05)
Equal
variances
not
assumed
1.113 97.
553 .268 .195 .175 -.153 .542
Measur
ableIndi
cators_
Attrition
Reduce
d
Equal
variances
assumed
1.680 .197 .117 117 1.98
2 .907 .023 .198 -.370 .416
t calculated < t tabulated at .05 level of significance Null hypothesis is accepted for this Measurable Indicator
(p>0.05)
Equal
variances
not
assumed
.114 93.
516 .909 .023 .203 -.379 .426
Measur
ableIndi
cators_
CostPer
RecruitR
educed
Equal
variances
assumed
.020 .887 .892 113 1.98
2 .374 .184 .207 -.225 .594
t calculated < t tabulated at .05 level of significance Null hypothesis is accepted for this Measurable Indicator
(p>0.05)
Equal
variances
not
assumed
.884 95.
806 .379 .184 .209 -.230 .598
Measur
ableIndi
cators_
RatioHig
hPerfor
mingHir
esToTot
alHires
Equal
variances
assumed
1.100 .297 1.526 116 1.98
2 .130 .280 .183 -.083 .643
t calculated < t tabulated at .05 level of significance Null hypothesis is accepted for this Measurable Indicator
(p>0.05)
Equal
variances
not
assumed
1.542
104
.90
5
.126 .280 .181 -.080 .639
315
Measur
ableIndi
cators_T
opTalent
Reducti
on
Equal
variances
assumed
.397 .530 1.074 120 1.98
2 .285 .221 .206 -.187 .629
t calculated < t tabulated at .05 level of significance .Null hypothesis is accepted for this Measurable Indicator
(p>0.05)
Equal
variances
not
assumed
1.062 96.
737 .291 .221 .208 -.192 .635
Table: 4.43 Independent Sample t-test for Measurable indicators by
department type
The preceding table clearly reveals that null hypothesis is accepted for all the seven
performance indicators and thus it can be stated with 95% confidence that opinion of
managers regarding desirable outcomes on measurable indicators does not differ
significantly with department. Both HR and Non HR managers have the same opinions
on chosen performance indicators
4.5.8.3 Chi-square test of Independence on Measurable Indicators for
Department Type:
Value df
Asymp. Sig. (2-sided)
Remarks
Department_type * MeasurableIndicators_Sal
esRevenueIncreased
Pearson Chi-Square 2.829a 3 .419
Chi-Square tabulated < Chi-Square calculated (7.815) at .05 level of significance. Null hypothesis is accepted for this Measurable Indicator
(p>0.05)
Likelihood Ratio 2.831 3 .418
Linear-by-Linear Association
.556 1 .456
N of Valid Cases 115
a. 0 cells (0.0%) have expected count less than 5. The minimum expected count is 5.23.
Department_type * MeasurableIndicators_Prof
itIncreased
Pearson Chi-Square 8.876a 3 .031 Chi-Square tabulated > Chi-
Square calculated (7.815) at .05 level of significance .Null hypothesis is rejected for this
Likelihood Ratio 8.965 3 .030
316
Linear-by-Linear Association
.898 1 .343
Measurable Indicator
(p<0.05)
N of Valid Cases 117
a. 0 cells (0.0%) have expected count less than 5. The minimum expected count is 7.23.
Department_type * MeasurableIndicators_Pro
ductivityIncreased
Pearson Chi-Square 4.623a 3 .202
Chi-Square tabulated < Chi-Square calculated (7.815) at .05 level of significance .Null hypothesis is accepted for this Measurable Indicator
(p>0.05)
Likelihood Ratio 4.731 3 .193
Linear-by-Linear Association
1.180 1 .277
N of Valid Cases 117
a. 1 cells (12.5%) have expected count less than 5. The minimum expected count is 3.38.
Department_type * MeasurableIndicators_Attr
itionReduced
Pearson Chi-Square 2.126a 3 .547
Chi-Square tabulated < Chi-Square calculated (7.815) at .05 level of significance Null hypothesis is accepted for this Measurable Indicator
(p>0.05)
Likelihood Ratio 2.148 3 .542
Linear-by-Linear Association
.014 1 .907
N of Valid Cases 119
a. 0 cells (0.0%) have expected count less than 5. The minimum expected count is 6.86.
Department_type * MeasurableIndicators_Cos
tPerRecruitReduced
Pearson Chi-Square 2.927a 3 .403
Chi-Square tabulated < Chi-Square calculated (7.815) at .05 level of significance Null hypothesis is accepted for this Measurable Indicator
(p>0.05)
Likelihood Ratio 3.023 3 .388
Linear-by-Linear Association
.797 1 .372
N of Valid Cases 115
a. 0 cells (0.0%) have expected count less than 5. The minimum expected count is 8.58.
317
Department_type * MeasurableIndicators_RatioHighPerformingHiresToT
otalHires
Pearson Chi-Square 3.313a 3 .346
Chi-Square tabulated < Chi-Square calculated (7.815) at .05 level of significance Null hypothesis is accepted for this Measurable Indicator
(p>0.05)
Likelihood Ratio 3.406 3 .333
Linear-by-Linear Association
2.302 1 .129
N of Valid Cases 118
a. 0 cells (0.0%) have expected count less than 5. The minimum expected count is 7.73.
Department_type * MeasurableIndicators_Top
TalentReduction
Pearson Chi-Square 1.548a 3 .671
Chi-Square tabulated < Chi-Square calculated (7.815) at .05 level of significance .Null hypothesis is accepted for this Measurable Indicator
(p>0.05)
Likelihood Ratio 1.535 3 .674
Linear-by-Linear Association
1.152 1 .283
N of Valid Cases 122
a. 0 cells (0.0%) have expected count less than 5. The minimum expected count is 7.87.
Table: 4.44 Chi-square Test of Independence for Measurable indicators by
department type
The preceding table clearly reveals that opinion of managers across departments does
not vary significantly for all measurable indicators except one namely Profit increased.
318
4.5.8.4 Independent Sample t-test for Sector type
Independent Samples Test
Independent Sample t-
test for Sector type
Levene's
Test for
Equality of
Variances t-test for Equality of Means
F Sig. t df
Sig.
(2-
taile
d)
Mea
n
Diffe
renc
e
Std.
Erro
r
Diff
ere
nce
95%
Confidence
Interval of
the
Difference
Remarks
t tab Low
er
Upp
er
Measura
bleIndica
tors_Sale
sRevenu
eIncreas
ed
Equal
variances
assumed
2.300 .13
2
.30
6 110
1.98
2
.76
0 -.068
.22
2 -.508 .372
t calculated < t
tabulated
(1.660 at
.05) level of
significanc
e
Null hypothesis is accepted for this Measurable Indicator (p>0.05)
Equal
variances
not
assumed
.28
1
36.72
5
.78
0 -.068
.24
2 -.558 .422
Measura
bleIndica
tors_Prof
itIncreas
ed
Equal
variances
assumed
.021 .88
4
.46
7 108
1.98
2
.64
1 .108
.23
1 -.350 .566
t calculated <
t tabulated at
.05 level of
significanc
e
Null hypothesis is accepted for this Measurable Indicator (p>0.05
Equal
variances
not
assumed .46
4
34.26
0
.64
5 .108
.23
3 -.364 .580
Measura
bleIndica
tors_Pro
Equal
variances
assumed
.000 .98
9
.33
2 112
1.98
2
.74
0 .074
.22
3 -.368 .516
t calculated < t
tabulated
(1.660 at
319
ductivityI
ncreased Equal
variances
not
assumed .33
0
33.72
7
.74
3 .074
.22
4 -.382 .530
.05) level of
significanc
e
Null hypothesis is accepted for this Measurable Indicator (p>0.05)
Measura
bleIndica
tors_Attri
tionRedu
ced
Equal
variances
assumed
.319 .57
4
1.0
73 110
1.98
2
.28
5 .261
.24
3 -.221 .744
t calculated < t
tabulated
(1.660 at
.05) level of
significanc
e
Null hypothesis is accepted for this Measurable Indicator (p>0.05)
Equal
variances
not
assumed 1.0
69
36.34
1
.29
2 .261
.24
4 -.234 .757
Measura
bleIndica
tors_Cos
tPerRecr
uitReduc
ed
Equal
variances
assumed
.213 .64
6
.07
5 110
1.98
2
.94
0 .019
.25
2 -.480 .518
t calculated < t
tabulated
(1.660 at
.05) level of
significanc
e
Null hypothesis is accepted for this Measurable Indicator (p>0.05
Equal
variances
not
assumed .07
3
35.40
1
.94
2 .019
.25
8 -.504 .542
Measura
bleIndica
tors_Rati
oHighPer
formingH
iresToTot
alHires
Equal
variances
assumed
.156 .69
4
1.0
56 111
1.98
2
.29
3 .240
.22
7 -.211 .691
tcalculated < t
tabulated
(1.660 at
.05) level of
significanc
e
Null hypothesis is accepted for this Measurable Indicator (p>0.05)
Equal
variances
not
assumed 1.0
55
34.11
4
.29
9 .240
.22
8 -.222 .702
320
Measura
bleIndica
tors_Top
TalentRe
duction
Equal
variances
assumed
.000 .99
1
1.1
09 116
1.98
2
.27
0 .276
.24
9 -.217 .768
tcalculated < t
tabulated
(1.660 at
.05) level of
significanc
e
Null hypothesis is accepted for this Measurable Indicator (p>0.05)
Equal
variances
not
assumed 1.0
95
37.31
6
.28
1 .276
.25
2 -.234 .786
Table: 4.45 Independent Samples t-test for Measurable Indicators for Sectors
(Manufacturing and Service)
The preceding table clearly reveals that the means of two groups of manufacturing and
service do not differ significantly. In other word it can be stated with 95% confidence
that mean opinions of managers from manufacturing and service on Measurable
performance indicators do not differ significantly hence the null hypothesis is
accepted foe all seven cases
321
4.5.8.5 Chi-square test of Independence between Measurable indicators and
Sector Type
Value df
Asymp. Sig. (2-sided)
Remarks
Industry_type * MeasurableIndicators_SalesRev
enueIncreased
Pearson Chi-Square 2.878a 3 .411
Chi-Square calculated< Chi-Square tabulated (7.815) at .05 level of significance.
Null hypothesis is accepted for this Measurable Indicator
(p>0.05)
Likelihood Ratio 2.925 3 .403
Linear-by-Linear Association
.094 1 .759
N of Valid Cases 112
a. 1 cells (12.5%) have expected count less than 5. The minimum expected count is 3.25.
Industry_type * MeasurableIndicators_ProfitIncr
eased
Pearson Chi-Square .835a 3 .841
Chi-Square calculated< Chi-Square tabulated (7.815) at .05 level of significance.
Null hypothesis is accepted for this Measurable Indicator
(p>0.05)
Likelihood Ratio .858 3 .835
Linear-by-Linear Association
.220 1 .639
N of Valid Cases 110
a. 1 cells (12.5%) have expected count less than 5. The minimum expected count is 2.93.
Industry_type * MeasurableIndicators_Productivi
tyIncreased
Pearson Chi-Square .127a 3 .988 Chi-Square calculated<
Chi-Square tabulated (7.815) at .05 level of significance.
Null hypothesis is accepted for this Measurable Indicator
(p>0.05)
Likelihood Ratio .128 3 .988
Linear-by-Linear Association
.111 1 .739
N of Valid Cases 114
322
a. 1 cells (12.5%) have expected count less than 5. The minimum expected count is 1.82.
Industry_type * MeasurableIndicators_AttritionR
educed
Pearson Chi-Square 1.458a 3 .692
Chi-Square calculated< Chi-Square tabulated (7.815) at .05 level of significance.
Null hypothesis is accepted for this Measurable Indicator
(p>0.05)
Likelihood Ratio 1.443 3 .695
Linear-by-Linear Association
1.151 1 .283
N of Valid Cases 112
a. 1 cells (12.5%) have expected count less than 5. The minimum expected count is 3.64.
Industry_type * MeasurableIndicators_CostPerR
ecruitReduced
Pearson Chi-Square 2.134a 3 .545
Chi-Square calculated< Chi-Square tabulated (7.815) at .05 level of significance.
Null hypothesis is accepted for this Measurable Indicator
(p>0.05)
Likelihood Ratio 2.223 3 .527
Linear-by-Linear Association
.006 1 .940
N of Valid Cases 112
a. 1 cells (12.5%) have expected count less than 5. The minimum expected count is 4.50.
Industry_type * MeasurableIndicators_RatioHigh
PerformingHiresToTotalHires
Pearson Chi-Square 2.125a 3 .547
Chi-Square calculated< Chi-Square tabulated (7.815) at .05 level of significance.
Null hypothesis is accepted for this Measurable Indicator
(p>0.05)
Likelihood Ratio 2.087 3 .555
Linear-by-Linear Association
1.113 1 .291
N of Valid Cases 113
a. 2 cells (25.0%) have expected count less than 5. The minimum expected count is 3.26.
Industry_type * MeasurableIndicators_TopTalent
Reduction
Pearson Chi-Square 1.258a 3 .739 Chi-Square calculated<
Chi-Square tabulated (7.815) at .05 level of significance.
Null hypothesis is
Likelihood Ratio 1.252 3 .741
323
Linear-by-Linear Association
1.227 1 .268
accepted for this Measurable Indicator
(p>0.05
N of Valid Cases 118
a. 2 cells (25.0%) have expected count less than 5. The minimum expected count is 3.81.
Table: 4.46 Chi-Square test of independence between Measurable Indicators
and industry type
The preceding table clearly reveals that Null hypothesis is accepted for all the
measurable indicators. Hence it can be stated that Measurable performance indicators
pertaining to Competency mapping are independent of industry type.
4.5.8.6 Chi-Square test of Independence between Measurable Indicators and
Org Age category
Chi-Square test of independence between
Measurable Indicators and Org Age cat
Value df Asymp. Sig. (2-sided)
Remarks
MeasurableIndicators_SalesRevenueIncreased * Org_Age_Cat
Pearson Chi-Square 17.837a 12 .121
Chi-Square calculated< Chi-Square Tabulated (21.026) at .05 level of significance.
Null hypothesis is accepted for this Measurable Indicator
(p>0.05)
Likelihood Ratio 19.237 12 .083
Linear-by-Linear Association
.216 1 .642
N of Valid Cases 80
a. 15 cells (75.0%) have expected count less than 5. The minimum expected count is 1.20.
MeasurableIndicators_ProfitIncreased * Org_Age_Cat
Pearson Chi-Square 16.405a 12 .173 Chi-Square
calculated< Chi-Square Tabulated (21.026) at .05 level of significance
Null hypothesis is accepted for this Measurable
Likelihood Ratio 19.052 12 .087
Linear-by-Linear Association
4.974 1 .026
324
N of Valid Cases 78
Indicator
(p>0.05)
a. 15 cells (75.0%) have expected count less than 5. The minimum expected count is 1.33.
MeasurableIndicators_ProductivityIncreased * Org_Age_Cat
Pearson Chi-Square 11.835a 12 .459
Chi-Square calculated< Chi-Square Tabulated (21.026) at .05 level of significance
Null hypothesis is accepted for this Measurable Indicator
(p>0.05)
Likelihood Ratio 13.109 12 .361
Linear-by-Linear Association
.061 1 .804
N of Valid Cases 80
a. 15 cells (75.0%) have expected count less than 5. The minimum expected count is .70.
MeasurableIndicators_AttritionReduced * Org_Age_Cat
Pearson Chi-Square 8.863a 12 .715
Chi-Square calculated< Chi-Square Tabulated (21.026) at .05 level of significance Null hypothesis is accepted for this Measurable Indicator
(p>0.05)
Likelihood Ratio 10.453 12 .576
Linear-by-Linear Association
4.534 1 .033
N of Valid Cases 77
a. 16 cells (80.0%) have expected count less than 5. The minimum expected count is 1.25.
MeasurableIndicators_CostPerRecruitReduced * Org_Age_Cat
Pearson Chi-Square 7.898a 12 .793
Chi-Square calculated< Chi-Square Tabulated (21.026) at .05 level of significance Null hypothesis is accepted for this Measurable Indicator
(p>0.05)
Likelihood Ratio 9.442 12 .665
Linear-by-Linear Association
.375 1 .540
N of Valid Cases 80
a. 15 cells (75.0%) have expected count less than 5. The minimum expected count is 1.20.
325
MeasurableIndicators_RatioHighPerformingHiresToTotalHires *
Org_Age_Cat
Pearson Chi-Square 6.425a 12 .893
Chi-Square calculated< Chi-Square Tabulated (21.026) at .05 level of significance Null hypothesis is accepted for this Measurable Indicator
(p>0.05)
Likelihood Ratio 6.369 12 .896
Linear-by-Linear Association
.039 1 .844
N of Valid Cases 78
a. 14 cells (70.0%) have expected count less than 5. The minimum expected count is 1.08.
MeasurableIndicators_TopTalentReduction * Org_Age_Cat
Pearson Chi-Square 13.451a 12 .337
Chi-Square calculated< Chi-Square Tabulated (21.026) at .05 level of significance Null hypothesis is accepted for this Measurable Indicator
(p>0.05)
Likelihood Ratio 14.896 12 .247
Linear-by-Linear Association
1.666 1 .197
N of Valid Cases 83
a. 13 cells (65.0%) have expected count less than 5. The minimum expected count is 1.01.
Table: 4.47 Table Chi-square test of Independence between measurable
indicators and Organisational Age category
The preceding table clearly depicts that measurable indicators do not vary with
organization age and all null hypothesis are accepted. Measurable indicators are
independent of organization age.
326
4.5.8.7 Chi-Square Test of independence between Measurable Indicators and
Staff Strength
Chi-Square on Measurable Indicators and Org Staff Strength
Value df Asymp. Sig. (2-sided)
Remarks
MeasurableIndicators_SalesRevenueIncreased * Org_Staff_Strength
Pearson Chi-Square 11.319a 12 .502
Chi-Square calculated< Chi-Square Tabulated (21.026) at .05 level of significance Null hypothesis is accepted for this Measurable Indicator
(p>0.05)
Likelihood Ratio 14.288 12 .283
Linear-by-Linear Association
.382 1 .536
N of Valid Cases 89
a. 14 cells (70.0%) have expected count less than 5. The minimum expected count is .81.
MeasurableIndicators_ProfitIncreased *
Org_Staff_Strength
Pearson Chi-Square 10.114a 12 .606
Chi-Square calculated< Chi-Square Tabulated (21.026) at .05 level of significance Null hypothesis is accepted for this Measurable Indicator
(p>0.05)
Likelihood Ratio 11.296 12 .504
Linear-by-Linear Association
.519 1 .471
N of Valid Cases 86
a. 14 cells (70.0%) have expected count less than 5. The minimum expected count is .91.
MeasurableIndicators_ProductivityIncreased * Org_Staff_Strength
Pearson Chi-Square 12.426a 12 .412
Chi-Square calculated< Chi-Square Tabulated (21.026) at .05 level of significance Null hypothesis is accepted for this Measurable Indicator
(p>0.05)
Likelihood Ratio 15.617 12 .209
Linear-by-Linear Association
.045 1 .832
N of Valid Cases 89
a. 14 cells (70.0%) have expected count less than 5. The minimum expected count is .61.
MeasurableIndicators_AttritionReduced *
Org_Staff_Strength
Pearson Chi-Square 7.291a 12 .838 Chi-Square calculated<
Chi-Square Tabulated (21.026) at .05 level of significance Null hypothesis is accepted
Likelihood Ratio 7.131 12 .849
327
Linear-by-Linear Association
.167 1 .683
for this Measurable Indicator
(p>0.05)
N of Valid Cases 85
a. 14 cells (70.0%) have expected count less than 5. The minimum expected count is .85.
MeasurableIndicators_CostPerRecruitReduced * Org_Staff_Strength
Pearson Chi-Square 16.793a 12 .158
Chi-Square calculated< Chi-Square Tabulated (21.026) at .05 level of significance Null hypothesis is accepted for this Measurable Indicator
(p>0.05)
Likelihood Ratio 18.518 12 .101
Linear-by-Linear Association
2.945 1 .086
N of Valid Cases 87
a. 13 cells (65.0%) have expected count less than 5. The minimum expected count is .97.
MeasurableIndicators_RatioHighPerformingHiresToTotalHires * Org_Staff_Strength
Pearson Chi-Square 10.856a 12 .541
Chi-Square calculated< Chi-Square Tabulated (21.026) at .05 level of significance Null hypothesis is accepted for this Measurable Indicator
(p>0.05)
Likelihood Ratio 13.045 12 .366
Linear-by-Linear Association
1.643 1 .200
N of Valid Cases 87
a. 14 cells (70.0%) have expected count less than 5. The minimum expected count is .90.
MeasurableIndicators_TopTalentReduction *
Org_Staff_Strength
Pearson Chi-Square 7.730a 12 .806
Chi-Square calculated< Chi-Square Tabulated (21.026) at .05 level of significance Null hypothesis is accepted for this Measurable Indicator
(p>0.05)
Likelihood Ratio 7.744 12 .805
Linear-by-Linear Association
.279 1 .597
N of Valid Cases 91
a. 13 cells (65.0%) have expected count less than 5. The minimum expected count is 1.05.
Table: 4.48 Table Chi-Square test of independence between Measurable
Indicators and Organisational Staff strength
328
The preceding table clearly shows that for all the measurable indicators there is no
association between the desired outcomes and the age of organization. Null hypothesis
is therefore accepted for all the cases
Conclusion: 4.6.0.0
Quantitative data analysis using Descriptive statistics and Hypothesis testing helped
achieve the research objectives of capturing the current scenario as regards
Perceptions/opinions of HR and line managers on Roadblocks, CSFs and Benefits
pertaining the same. The association between independent and dependent variables
was brought forth using Statistical tools like Independent Samples Test, Chi-Square
Test of Association. SPSS Software and MS Excel were used to analyse data.