integrating ergo into ci
TRANSCRIPT
Safety and Ergonomics
integration into Continuous
Improvement (CI)
A Continuous Improvement
Journey
Our CI Journey -2011
• CI Journey kicked off in August 2011
• Established site Executive Steering Committee
• Established site CI website
o Created a CI Vision and Mission statements
• Created site CI metrics o 4 Key Performance Indicators
o Performance metrics established for individual kaizen events
2
Creating a “Continuous Improvement” culture
Our CI Journey -2012
• 13 CI Projects (includes December Quick Win)(20 total since Aug 2011)o 6 =“Quick Wins”o 5 =Kaizen events (including 2 Value Stream Mapping kaizen events)o 85 = participants (123 TM participation (65%) since Aug 2011)o Site strategic Value Stream Mapping kaizen event with Leadership teamo Numerous Daily improvements initiated and completed by team memberso Integrated Safety/Ergonomics into Improvement projects
• CI Communicationso Creation of CI Web site (Mission and Vision)o Company meeting CI updates by project team memberso CI Project report-outs
• CI Trainingo Executive CI training (Site Leadership team)o Quarterly Site CI training (increasing CI awareness and education)o New Hire Orientation (integrating CI into the culture)o CI Functional core team (Greater CI capacity and capability)
Creating a “Continuous Improvement” culture
Creating CI “Capability and Capacity”
4
Training Code Training Title Training
Type
OI-0741 General Continuous Improvement (CI) History/Overview (11/8/12) ILC
OI-0742 General Waste and Value (11/8/12) ILC
OI-0743 General 5S (Workplace Organization) (11/8/12) ILC
OI-0744 General Visual Management (11/8/12) ILC
OI-0745 General CI Project Selection (11/8/12) ILC
OI-0746 General CI Project Preparation (11/8/12) ILC
OI-0747 General CI Project Execution (11/8/12) ILC
OI-0748 General CI Project Follow-up (11/8/12) ILC
OI-0749 General Good Facilitator Attributes (11/8/12) ILC
OI-0750 General Good Teacher Attributes (11/8/12) ILC
OI-0751 General Good Leader Attributes (11/8/12) ILC
Training Code Training Title Training
Type
OI-0752 General 7 Flows (11/8/12) ILC
OI-0753 General Standard Work (11/8/12) ILC
OI-0754 General Level Loading (Heijunka) (11/8/12) ILC
OI-0755 General Just-in-Time (JIT) (11/8/12) ILC
OI-0756 General Mistake-Proofing (11/8/12) ILC
OI-0757 General CI Project #1-Quick Win ILC
Training Code Training Title Training Type OI-0758 General Ergonomics (11/8/12) ILC OI-0759 General Value Stream Mapping (11/8/12) ILC OI-0760 General Administrative Kaizen (11/8/12) ILC OI-0761 General Production Preparation Process (3P) (11/8/12) ILC OI-0762 General CI Project #2 (cross-functional) (11/8/12) ILC OI-0763 General CI Site initiative ILC
Continuous Improvement (CI) Specialist training curriculum
Basic Curriculum
Intermediate Curriculum
Advanced Curriculum
• 15 CI team members
• 26 weeks
• 62 sessions
• Theory and
application
• JQR’s for each phase
of training
CI Team
member
projects
“Quick Win”
project
CI initiative
Kaizen event
Our CI Journey -2013
• Continue to drive process improvements through “Quick Wins”,
Daily improvements, and kaizen events
o Continuation of integrating Safety/Ergonomics into
Improvement projects
• Develop site CI awareness and knowledge
o Quarterly CI Training sessions
o New Hire Orientation
• Develop greater CI capacity and capability
o “Learn”, “Do”, “Coach” methodology
o CI project implementation and report outs by CI Core team
o Continued “daily improvement” efforts
o Selection of CI projects using ROI as a key criteriaCreating a “Continuous Improvement” culture
CI Journey Update - Timeline
6
• Improvement focus on
“fundamentals”- 5S and
Waste elimination
• “Quick Wins”-usually
functional (1 group)
• TM Buy-in/Ownership
• “CI Awareness”
• TM project participation
• CI Education and training-
”Learn” (project specific)
• Identification of safety/
Ergonomic improvements
(task)
• Improvement focus on
“Stabilizing and
Standardizing” processes
• CI functional core team (CI
Change agents)
• Site-wide CI training
• “There can be no
improvement without a
standard”
• Implementation of safety/
Ergonomic “quick win”
projects (team member’s
job workstation)
• Improvement focus on substantial
“quantum leap” improvements
• Enterprise focused Kaizen Events
(VSM process) (multi-groups-internal
and external)
• TM’s “Coach” others• CI is integrated into business functions
on a daily basis (built into culture)
• Metrics are the standard in measuring
results/sustainability
• Implementation of safety/Ergonomic
kaizen events (larger project area-
multiple Manufacturing suites)
August 2011-June 2012 July 2012-Dec 2013 Jan 2014-Future
Note: Timeline dates are estimates
Process Improvement
Process Stability and
Standardization“Creating traction”
Our Vision:"We deliver exceptional customer value, ONE
improvement at a time."
Site Continuous Improvement
Our Mission:“Leverage the power of our team member's creativity and the
Continuous Improvement principles to increase the
effectiveness and value of our products and services to our
customers.”
Improvement overview
8
0
20
40
60
80
100
120
140
CI projects/ kaizenevents completed
CI team memberparticipation
January
2012 YTD
Since August 2011
2013
123
85
00
Kaizen events=6
Quick wins=14
70% of all site employees have participated in a
Kaizen event or Quick win since August 2011
Projects have been
sustaining their
gains
9
Continuous Improvement Metrics
Area # KPI Jan Feb Mar Apr May Jun Jul Aug Sep Oct Nov Dec YTD
Budget ≥ 2 ≥ 8
Target ≥ 3 ≥ 12
Actual N/A 1 1 1 1 0 0 1 1 0 1 1 8
Budget ≥ 1 ≥ 3
Target ≥ 2 ≥ 6
Actual 1 1 0 1 0 0 5
Budget 80% N/A 80% 80% 80% 80% 80% 80%
Target 100% N/A 100% 100% 100% 100% 100% 100%
Actual N/A 100% 100% 100% 100% 100% 100%
Budget ≥ 2 ≥ 8
Target ≥ 3 ≥ 12
Actual N/A 1 1 1 1 1 1 1 1 2 1 1 12
Leadership
team Value
Stream
Mapping event
Kaizen events2
3
Setpoint
Process
& People
1
Ergonomic/
Safety
Improvements
4
Quick Win
projects
≥ 2
≥ 3
≥ 2
≥ 3
N/A
≥ 2
≥ 3
≥ 2
≥ 3
≥ 2 ≥ 2 ≥ 2 ≥ 2
N/A
N/A
N/A
2
≥ 3 ≥ 3 ≥ 3 ≥ 3
N/A ≥ 1 ≥ 1 ≥ 1
N/A ≥ 2 ≥ 2 ≥ 2
Safety and ergonomics
metrics are integrated
into CI infrastructure
Safety/Ergonomics KPI is being measured
in 2013!!!
Our CI Journey-Benefits
Reduction in the risks for Safety injuries and illnesses (identifying and
eliminating unsafe acts and conditions)
Improved material and information flow
Improved workplace organization (5S)-cleanliness and orderliness
Improved morale and job satisfaction
Reduced process complexity and rework
Standardization of processes
10
Our CI Journey-Lessons Learned
11
• “Incremental improvements tend to be more sustainable than “quantum leap”
changes
• Culture change is like moving an aircraft carrier-”it is difficult to start a new
culture, but once it is started, it is hard stop it”
• To gain buy-in and ownership, team members need to see and believe that the
change will have a benefit for them, not just the company (WIIFM).
• Leadership commitment and sponsorship are critical to an organization’s CI
success and sustainability
• Keep things simple!!! Educate and give team members the opportunity to utilize
their skills and creativity in developing solutions- They are the process experts!!!
• Continuous Improvement needs to work in tandem with Safety/Ergonomics
improvements in order to create/sustain a “world-class” work environment
“Every method available for man-hour reduction to reduce
cost must, of course, be pursued vigorously:
BUT we must never forget that Safety is the
“foundation” of all of our activities.
Never be satisfied with inaction. Question and redefine your
purpose to attain progress”
Taiichi Ohno – Father of the Toyota Production System
An example of a Continuous
Improvement (CI)
project (with
Safety/Ergonomic focus)
Who is involved in a improvement project/event?
• Sponsor- Senior Manager of project improvement area• Commits to supporting the project, allocation of resources, and removal of
obstacles, if required.
• Champion- Usually the Manager, Supervisor or Lead for a project
improvement area• Ensures that the project team is focused on meeting objectives
• Responsible for any follow-up or sustainability actions once the project is
completed.
• Process owner(s)- The team members who will be creating the solutions
during the improvement project
Your role!!!
• Participate - be involved & engaged
• Interact – ask questions & share
experiences
• Don’t be afraid to think “outside the box”-
Creativity generates ideas and solutions
•Don’t ask why we can’t but why we can!
•Be change agents to help sustain the
gains
•Relax – and have fun!
What can you
do?
Expectations
Improvement project/event
The Emotional Flow
EventStart
EventEnd
HighExpectations Realization of
effort and
complexity
Despair
Light atthe end of
the tunnel
Better than Before
Breakthrough
Moo
d
Date:Workshop Area:
Team / Resources
Takt Time Calculation
Process Information
Current Situation
Objectives
Theme
Byron K.-Sponsor-AFD
Anita C.-Team Leader-AFD
Cory S.-Co-Team Leader-AFD
Janette M-Process Owner-AFD
Carolina V-Process Owner-AFD
Not Applicable
•Chemical hood process lacks standardization documentation for
consistent and predictable process flow (i.e. stand work/S.O.P’s)
•Mixing process creates an ergonomic risks
•Project area is disorganized creating trip hazard risks
•Process lacks defined roles and responsibilities
•Chemical hood process lacks visual controls for identifying defects
and abnormalities
•5S readiness levels in the area are considered substandard and
can result in potential for cross-contamination, impedes flow,
negative visibility to clients touring lab and ergonomic risks.
Improving 5S/Visual Controls-
Ergonomics
Boundaries: Room 128 Chemical Hoods (North and South)
•Create guidelines and expectations that document and support the Chemical
Hood process
•Conduct an ergonomics evaluation
•Create solution to eliminate trip hazard risks
•Create visual controls (i.e. Hood Checklist with guidelines, Visual aid
standard (acceptable vs. not acceptable)
•Improve 5S readiness levels through sorting and simplifying area
•Identify 1 safety/ergonomics issue with resolution
Workshop No.: Oct 3, 2011AFD-Chemical Hood process QW-02-11
Chemical
Hood
process
Sample CI Project scoping
document-
safety/ergonomics are
built into objectives
“Pain points”
Start Target Day 1 Day 2 Day 3 Day 4End
Result
% Change
# Team Members
Total Operator Cycle Time
Lead Time Through Process
Inventory
Space (square feet)
Walk Distance (total feet)
CI project/eventResults Sheet
Functional area
Process Name
Project/Event Theme
Project/event Number
Team Leader
Safety/Ergonomics items to be
addressed:_______________________________________
Parts Transport Distance
Volume per day
Productivity
Quality
All Data represents one shift
Date
Safety/Ergonomics metrics (KPI’s) linked
to improvement projects
BRIEF Score
BEST Score
27 9
58 25
• TM using hand as a fixture for holding bracket during soldering operations
• TM workstation is not adjustable causing TM extensive stretching and bending
• Pinchpoints identified at corner of materials rack
66%
57%
19
Project Opportunities-”pain points”
• Team members perform extensive bending and lifting while performing job
• Work station design is poor creating safety risks (pinch points) and
ergonomic risks (reaching)
• Residual standing water on floor causing a slip hazard
• Team member using their hand as a fixture while bending material
• Team member inadequately protected (PPE) while performing hot work
(i.e. welding)
• No training exists for performing job duties, use of tools, and
• No ergonomics or safety assessment and analysis conducted in area
20
Ergonomics Root Cause Worksheet
21
Prioritization matrix (impact/effort)
22
Desired attributes
• Redesign workstation, integrating safety and ergonomics
consideration
• Create a slip and trip hazard free working environment
• Create fixtures for material handling when working in hot and old
environments
• Establish training for how to safely perform job duties
• Conduct ergonomics or safety assessment and analysis for
each job
Project/Event Action Items (Kaizen Newspaper)
WhatAction Steps
WhoPrimary / Support
By When% Complete / Completion Date
Status
100%
75% 50%
25%
100%
75% 50%
25%
100%
75% 50%
25%
100%
75% 50%
25%
100%
75% 50%
25%
Install lift device for transferring product
from floor to mixer Bill P.2/15/2013 On track
1/8/2013 CompletedConducted ergonomics assessment of
fine soldering station and identified
ergo risks and recommendations
Kelly G.
Safety/Ergonomic
Improvement Examples
Before After
Built rack to store reels at work height. Terminal reels on the floor.
Butts up, hungry head, twist and
shout.
No place to store reels.
Electrical Sub – Terminal Reels
Engine Side Cover – Z-45
Before After
Located struts on cartButts up
Shoulders too low
Manufacturing equipment storage
Before After28
•Problem- Equipment supermarket was disorganized, difficult to find things, trip hazards (safety)
•Solution- Sorting (remove necessary from necessary) and Simplified (labeled) bin locations
•Result- Reduction in inventory, rework, and searching- SAFETY-No more trip hazards!!!
Congested and unorganized area-
trip hazard/pinch point risk
Laboratory-chemical hood area
Before After29
•Problem- Various unnecessary items were being stores on floor causing potential for trip hazard
•Solution- Removed unnecessary items
•Result- More floor space utilization, reduction of trip hazards, greater ease of access
Laboratory-chemical hood area
Before After30
•Problem- Concern relating to ergonomic risks in chemical hood area
•Solution- Conducted Ergonomic assessment-identified 3 recommendations for ergonomic improvement (Pipetting and
Reagent transfer)
•Result- Greater team member awareness and reduced ergonomic risks
No Ergonomic
assessment
Pipetting
Risk Factors Elbow - Full Extension Wrist - Radial Deviation Thumb – held in radial abduction Neck – bent >20° from the torso
Manufacturing equipment washroom
Before After31
CastorsAcid and Base cabinets on floor without
castors- unsafe to move/ impossible to
clean underneath
Process Development Laboratory-Constant Pressure Filtration
Before After Quantitative: cost, time, capacity
~ $1000/year savings
Qualitative: safety, assembly required,
ergonomics, ‘look factor’
Heavy gas bottles required to be
transferred by hand causing
safety/ergonomic concerns
Container Labeling
Before After33
Problem-
• Labeling of samples and solutions was sporadic, inconsistent, and difficult to maintain due to:
•Difficulty creating custom labels
•Risk of mixing incorrect solutions (Quality and safety)
•Lack of uniformity of labels
•Current labels difficult to remove from containers (leaves residue).
Solution-
• Custom, generic solution label that contains all necessary information; removable adhesive.
• Place small label printers in lab for creation of small quantities of custom labels (Dymo Labelwriter)
Result-
• Improved compliance with labeling requirements (NFPA diamond). Consistent and uniform labeling of all solutions and samples.
Time saved due to ease of removing new labels. Reduced risk of chemical reaction (safety)
Manufacturing-Bioreactor suite-chair improvement
Before After34
No height adjustments for
various height
requirements
(Ergonomics)
Height
adjustment
Manufacturing-Purification suite-parts cart
Before After
Had to search the room for cart
Cart was hard to maneuver around totes/tanks/hoses
Contents of the bottom bins were not visible when standing
Eliminated the need to bend and reach (Ergonomics)-Point
of use
Before36
•Problem- Multiple delivery locations, no set delivery time or expectations, items lost or delivered to wrong location, rework (B1 and
Warehouse), safety hazards, shelf-life sensitive items were occasionally at risk- Warehouse delivery time-(2 hrs/day)
•Solution- Relocated material drop off for all groups (B1) to one location. Specific delivery times and expectations, visual controls, standard
work -Warehouse delivery time-(30 mi/day)
•Result- Less time spent delivering material, 1 common pickup point, reduced expedites of Warehouse, Consistency and reduced rework
Safety
shower
station
blocked
After
Visual Controls
Standard carts-
specific to delivery
locations
Common drop-off
location with
departmental name
Totes
Before After
Layout caused excessive walking and time Tote opening-
reduced
walking (steps)
and time
Direct path
Difficult to access buffers that
are in the middle totes from
the opposite side of the room
Before (1 day) After (1 day) Before (1 year) After (1 year) % changeLabor savings
(annual)
Walk distance
(1 trip)
10,000 steps/
5000 ft= .95 mi
1000 steps
/500 ft=.095 mi237.5 miles 23.75 miles 213.75 mi (-90%)
Cycle Time
(1 trip)100 min 6 min 40 sec 417 hrs 28 hrs 389 hrs(-93%) $28,786
Assumptions=(1 trip) =50 steps, 2ft/step, 200 trips /day, 1000 steps/day, 250 working days/yr
Before=50 steps/trip, 30 sec/trip After= 5 steps/trip, 2 sec/trip
Ergo Improvements (Building Mini-Fermenters)
BEFORE AFTER38
• Constrained postures, no space for fingers
or tools
• Gloved hands slippery and awkward
• Long assembly time
• Workstation modifications
• Manual tightening of fittings
• In-line driver
Valve Turning
39
BEFORE AFTER
Tubing Removal
40
BEFORE AFTER
CI Slogans and taglines
• The most dangerous kind of waste is the
waste we do not recognize. ~Shigeo
Shingo
• If you need a new process and don't
install it, you pay for it without getting
it. ~Ken Stork
• Everything can be improved. ~Clarence
W. Barron
• Watch the little things; a small leak will
sink a great ship. ~Benjamin Franklin
• There is nothing so useless as doing
efficiently that which should not be done
at all. ~Peter F. Drucker
• Great ideas need landing gear as well as
wings. ~C.D. Jackson
• If you don't have time to do it right you
must have time to do it over. ~Author
Unknown
• Improvement usually means doing
something that we have never done
before. ~Shigeo Shingo
• We are too busy mopping the floor to
turn off the faucet. ~Author Unknown
• Don't waste time learning the "tricks of
the trade." Instead, learn the
trade. ~James Charlton
41
Summary-Critical Success Factors
42
• “Go to where the action is taking place-”Gemba” to better understand the current
situation (Get away from the office and computer) (Role Model)
• The process owners are the experts-understand their job, process, and “pain points”
(“Big ears, little mouth”)
• Identify “quick wins” in which team members can see tangible results (TM buy-in)
• Train, communicate, and coach your teams to identify safety and ergonomic risks (TM
Development)
• Help identify and remove all bottlenecks that may impact a successful implementation
(Leadership sponsorship)
• Provide the process owners the tools and opportunity to create their solutions (TM
ownership)
• Establish measures for checking improvement success (sustainability)
• Recognize accomplishments and efforts!!!
Questions?