ppt scm unit iv
TRANSCRIPT
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UNIT IV
SUPPLY CHAINMANAGEMENT
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TOPICS
Strategic Issues in Supply Chain
Bench marking
Lean Manufacturing
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STRATEGIC PARTNERSHIP
AND ALLIANCES
Partnership:
Vertical relationshipbetween supplier and
customer/buyer are known as partnerships.
Alliances:
Horizontal relationshipsbetween two
suppliers are called alliances.
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HORIZONTAL
RELATIONSHIP - Alliances
+ ++ ++ +
+ +
M
S
C
LS
Supplier1 2
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VERTICAL RELATIONSHIP -
Partnership
+ +
+ +
M
S
C
LS
Supplier customer
+
++
+
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Examples of Horizontal
relationships - alliances
Alcatel , C-Dot join hands- global R&D-
wireless product- Chennai
Allahabad bank + with PNB- 40:60-
banking operations in Kazakhstan, branch
in Hong Kong
British airways and Air Sahara
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Examples for vertical
relationship - partnership
IOCLretails outlets in Srilanka
Tata steelinvest in coal mines
carborough downs coal project in
Queensland, Australia.-
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STRATEGIC
PARTNERSHIP/ALLIANCES Interdependence of partners
Achieve strategic objectives
Reduce overall riskincreasing ROI
Maximizing utilization of scarce resources
Share difficulties-differentiated intermediate or
long- term current and future benefitsJoint competitive advantagejoint strategies
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ra eg c re a ons ps n
og s cs,Handling systems, Equipment Warehousing,
PPP environment
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SC restructuring-issues,
problems and benefits
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TYPES OF STRATEGICRELATIONSHIPS
Partnership sourcing
Supplier--- Customer
Objective: stability/quality
Third party
Supplier- third party -- customer
Objective: focus/cost
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BENCHMARKING
Benchmarking is the process of
comparing one's business processes
andperformance metrics to industry bestsand/orbest practices from other industries.
The term benchmarkingwas first used
by cobblers to measure people's feet forshoes. They would place someone's foot on
a "bench" and mark it out to make the
pattern for the shoes.
http://en.wikipedia.org/wiki/Performance_metrichttp://en.wikipedia.org/wiki/Best_practicehttp://en.wikipedia.org/wiki/Shoemakinghttp://en.wikipedia.org/wiki/Shoemakinghttp://en.wikipedia.org/wiki/Best_practicehttp://en.wikipedia.org/wiki/Performance_metric -
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Definition
"Benchmarking is the process of
measuring an organization's internal
processes then identifying, understanding,and adapting outstanding practices from
other organizations considered to be best-
in-class.
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WHY BENCHMARKING
Identify opportunities to improve
performance
Learn from others experiences
Set realistic but ambitious targets
Uncover strengths in ones own
organization
Better prioritize and allocate resources
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Issues and Problems inBenchmarking
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TYPES OF BENCHMARKING
Process benchmarking
Financial benchmarking
Performance benchmarking
Product benchmarking
Strategic benchmarking
Functional benchmarking
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Methods of Benchmarking
Four types of benchmarking methods are
1. Internal: Benchmark within a
corporation for e.g.: between business
units
2. Competitive: Benchmark performance or
processes with the competitors
3. Functional: Benchmark similar processes
within an industry.
4. Generic: Comparing operations between
unrelated industries.
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Process of Benchmarking
Planning
CollectingData
Analysis
ImprovingPractices
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Planning
Determine the purpose and scope of the
project
Select the process to be benchmarked
Choose the team
Define the scope
Develop a flow chart for the process
Establish process measures
Identify benchmarking partners
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Collecting Data
Conduct background research to gain
thorough understanding on the process
and partnering organizations
Use questionnaires to gather
information necessary for benchmarking
Conduct site visits if additionalinformation is needed
Conduct interviews if more detail
information is needed
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Analysis
Analyze quantitative data of partnering
organizations and your organization
Analyze qualitative data of partnering
organizations and your organization
Determine the performance gap
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Improving practices
Report findings and brief management
Develop an improvement
implementation plan
Implement process improvements
Monitor performance measurements
and track progress
Recalibrate the process as needed
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LEAN MANUFACTURING
Introduction: An overall methodology
that seeks to minimize the resources
required for production by eliminatingwaste (non-value added activities) that
inflate costs, lead times and inventory
requirements, and emphasizing the use ofpreventive maintenance , quality
improvement programs.
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Lean manufacturing concepts are proven
strategies to help manufacturers obtain
attributes such as: focusing on wastereduction improved lead time maximised
flexibility and upgraded quality.
The term lean was used becauseJapanese business methods used less
human effort, capital invest, floor space,
materials and time in all the aspects of
o erations.
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Definition
In general, lean production refers to
manufacturing processes that improve
upon mass production techniques to
reduce cost, reduce time to produce,
improve quality, and better respond to
market demands.
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Definition
Lean manufacturing can be defined as a
systematic approach to identifying and
eliminating waste through continuous
improvement by flowing the product at
the pull of the customer in pursuit of
perfection.
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Lean Chart
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5 Elements of LM
Value
Continuous ImprovementCustomer Focus
Perfection
Focus on wastage
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TRADITIONAL VS LEANMANUFACTURING
A key difference in Lean manufacturing is
that it is based on the concept that
production can and should be driven byreal customer demand.
Instead of producing what you hope to sell,
Lean manufacturing can produce whatyour customer wants with shorter lead
times.
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Cont
Instead of pushing the products to the
market, they are pulled through a system
thats set up to quickly respond tocustomer demands.
Lean manufacturing are capable of
producing high quality productseconomically in lower volumes and
bringing them to market faster that mass
producers.
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Cont
Lean management is about operating the
most efficient and effective organisation
possible, with the least cost and zero waste.
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Elements of LeanManufacturing
Elimination of Waste: Waste is defined as
anything that consumes material or labor
and that does not add value to the final endcustomer.
Equipment Reliability: Equipment that
runs when production requires it to runProcess Capability: Processes which
always make good parts.
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Continuous Flow:
Material flows one part at a time vs. mass
production using big batches.Less inventory required throughout the
production process, raw material, WIP, and
finished goods.Reduces defects
Reduces lead time. Speeds up order to
delivery time.
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Cont.
Error Proofing: Ways to prevent the
product from being built incorrectly.
Stop the Line Quality System: Theproduction line is stopped when bad
quality is being produced.
Kanban System: Kanban is a pull materialsystem. The material is pulled through the
production process by customer demand.
Kanban uses cards to move material along
the value stream.
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Cont..
Standard Work: Standard Work is a
system of organizing work steps and
documenting them. The team leaderprepares the Standard Work.
Visual Management: When a plantutilizes Visual Management fully, a new
employee can understand how to do his job
from the visual information in the plant.
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Cont..
In Station Process Control: Each
workstation has the information and
equipment for the worker to inspect andproduce good quality parts.
Level Production: Production is leveled tocustomer demand.
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Cont.
Takt Time: Production is paced to
customer demand. Takt Time = Time
available to produce a product divided bythe number of parts that the customer
wants to buy.
Quick Changeover: A system to change
over from one product to another quickly.
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Agile Manufacturing
Introduction: Manufacturing industry is
on the verge of a major paradigm shift.
This shift will take us away from mass
production, way beyond lean
manufacturing, into a world of Agile
Manufacturing.
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Definition
Agile manufacturing is a method for
manufacturing which combine our
organization, people and technology into
an integrated and coordinated whole.
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Definition
Agile manufacturing is a term applied to
an organization that has created the
processes, tools, and training to enable it
to respond quickly to customer needs and
market changes while still controlling costs
and quality.
h d d il
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Why do we need agile
Global Competition is intensifying.
Mass markets are fragmenting into
niche markets.
Cooperation among companies is
becoming necessary, including
companies who are in direct competitionwith each other.
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Cont
Customers are expecting:
Low volume products
High quality productsCustom products
Very short product life-cycles,
development time, and production lead
times are required.
Customers want to treated and
individuals.
Goldman et al suggest
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Goldman et al. suggestthatAgility has four underlying
components:1. Delivering value to the customer;
2. Being ready for change;
3. Valuing human knowledge and skills;
4. Forming virtual partnerships.
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Benefits of agile manufacturing
Specialization
Customization
Flexibility
Lower costs
Higher quality
Lower inventory
Shorter lead times
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I t ti f l
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Integration of leanmanufacturing and SCM
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STRATEGIC RELATIONSHIPSIN LOGISTICS
Dowling & Robinson(1990) & Bucklin andSchmalensee(1987)
Cooperation among channel members
Manufacturers necessitydevelop new &improved products
Increasing need for segmentation
Impact and importance of ITIncreasing diversity of delivery systems
Impact of increasing costs
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THE VALUE CHAIN AND STRATEGICRELATIONSHIP IN LOGISTICS
Productivity
Cost
Cust
Valueadded
manufacturer
distributor1
distributor2
S OL M&S
O IL
Incremental
Increases in
Value added
STEPS f t t i
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STEPS for strategicrelationships
Vision formulation
environmental scan- internal & external
Issues formulation - critical
Issues identification and defined
Issue prioritization
Articulating the issues-
assumption,objectives,strategies, action plans,time frames, budgets,monitor plans andresponsibilities.
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THANK YOU