University of California San Diego is implementing Lean Six Sigma. Find out how this project team reduced waste on training preparation time for their internally delivered Yellow Belt training course. UCSD is implementing Lean Six Sigma on Lean Six Sigma!
SUCCESS STORY: Reducing Training Preparation Time by 72%
1. Reducing Training
Preparation Time by 72%
A Lean Six Sigma Success Story
Presented by
Lynn Underwood & Matthew Helton
Office of Operational Strategic Initiatives (OSI),
UC San Diego
2. About Our Presenters
2
Lynn Underwood
Manager,
Project Management Office
Matthew Helton
Strategic Initiatives Analyst
7. Customer Critical-to-Quality (CTQ’s)
Customer Comment
(What Are They Saying?)
Gathering More Understanding
(Why Are They Saying it?)
Customer Requirement
(What Do They Want?)
Event prep time takes too
long
Event prep time requires 8 hours of work for less than 8
hours of instruction, which is not cost-effective or time
efficient
Reduce event prep time by 50%
or more
Courier simulation job
descriptions are confusing
The design of the Courier simulation job descriptions
lacks organization and is unnecessarily wordy, which
results in confusion, delays amongst trainees and
detracts from the learning experience. On average, in
takes ~ 26 mins to 'onboard' trainees
Redesign the job simulation
materials so that 'onboarding'
trainees requires 15 minutes or
less.
The breakout sessions
frequently take too long
Depending on the experience and presentation style of
the facilitator, there is too much time variation when
conducting the breakout activities, which results in
waiting and delays. It makes for an uneven experience
for trainees and results in disruption and lack of
participant cohesion.
Standardize breakout
activity facilitation to reduce
variation
Trainees frequently ask about
topics that are not currently
part of the Yellow Belt
training curriculum.
Trainees want to know more about process walks, A3s
and elaboration regarding the 8 wastes. These topics are
not current part of the training curriculum and they
should be.
If appropriate to Yellow Belt
level, add frequently-requested
topics to the training
curriculum.
Take Away: Customers think cycle time is too long and compromises the quality of training
8. Scope
IN
• LSS Yellow Belt training events from Fall 2016 to Summer 2017
• A LSS Yellow Belt training event is defined as:
o Event prep
o Event facilitation
o Post-training survey
• Material assets and equipment purchased specifically to
support Yellow Belt training events (i.e. print materials,
customer buzzers, etc.)
OUT
• Enrollment management processes: Learning Management
System (LMS) Operations, attendee sign-up procedures, etc.
• Training event scheduling, setup and breakdown
• Client practices, processes, and other nuances that potentially
affect the flow and cycle time of the training.
• Material assets and equipment purchase to support general
OSI operations (i.e. laminators, sound system, dry-erase
markers, etc.)
Project Team
Project Sponsors:
• Pierre Ouillet, VC/CFO
• Senior Director, Office of Operational Strategic Initiatives, Ashley
Gambhir
Core Project Team:
• SI Analyst, Training Event Process Owner, Matt Helton, 100%
• Project Management Officer, Lynn Underwood, 100%
Resource Project Team & Training Facilitators
• Senior Director of Strategic Initiatives, Ashley Gambhir, 10%
• Director of Organizational Performance Assessments, Angela Song,
10%
• Director of Strategic Projects, Sukanya Hegde, 10%
• Senior Analyst of Strategy and Innovation, Bradly Sollenberger,
10%
• Senior Business Analyst, Original Training Event Process Owner,
Kelly Tucker, 10%
Customers
• UC San Diego staff community
• Senior Director of Strategic Initiatives, Ashley Gambhir
9. Stakeholder/Stakeholder Group Influence Interest Expectations
VC/CFO Project Sponsor (Pierre
Ouillet)
High: Subsidizes OSI to make training
possible
Overall impact of training Promote a Lean culture on campus
through the implementation of LSS
methodologies
OSI Project Sponsor (Ashley
Gambhir)
High: Can easily influence project Overall project objective and savings Reduce overall cycle time and cost of
training events
OSI Process Owner (Matthew Helton) High: Can easily influence project Overall project objective and savings Streamline the overall process and
reduce costs
Training Facilitators Medium: Can influence facilitation Facilitation Reduce variation of breakout activities
and reduce cycle time of Courier
simulation onboarding
Trainees (UC San Diego Staff) Medium: Can influence event
facilitation via surveys & verbatim
feedback
Facilitation To be trained in LSS methodology
Department Sponsoring Training Low: Can influence event facilitation
via verbatim feedback
Facilitation To train staff in LSS methodology
Stakeholder Analysis
10. Communication Plan
Communication Description Audience Frequency Method/s
Project task coordination Who’s working on what & progress
updates
Project managers As needed Email, phone calls & 1:1
Project status update Ongoing check-in to confirm direction &
scope of the project
Project Sponsors Weekly Email, phone calls & 1:1
meeting
Post-training surveys Review trainee feedback and verbatim
feedback
Project managers, project
sponsors & event facilitators
After each training
event
LMS survey
Training curriculum
updates
Review content added to training
curriculum
Training facilitators & StaffEd Upon
implementation
In-person group meeting
(facilitators); email (StaffEd)
Review of baseline event
prep process
Gather information about baseline event
prep process
Original process owner 1x (April 26th) In-person interview with Kelly
Tucker
Virtual Root Cause
Brainstorm
Identify possible root causes that affect
training event cycle time
Project managers & training
facilitators
1x (May 2nd) Google spreadsheet
Printing cost-analysis Review options for reducing printing
costs of package cards & posters
Printing Vendor (FedEx) 1x (May 13th) Email
Train the Trainer Event Set expectations and establish best
practices for event facilitation
Event facilitators & project
sponsors
1x (May 18th) Instructor-led, hands-on group
training
12. Data Collection Plan
Measure Data Type Operational Definition Stratification Factors Sampling Notes Who and How
Training event Continuous The training event is a collection of
processes which begins with event
scheduling and ends with the
submission of the post-training
survey.
• Scheduling
• Prep
• Setup
• Facilitation
• Breakdown
• Post-training survey
Per the project scope, sampling
includes data collected from event
prep, facilitation and the post-
training surveys.
Process owner (see notes below)
Event Prep Continuous Process of preparing for each
training event, starting from
unloading cart after previous event
to transporting training materials to
the next event.
• Unloading materials
• Clean materials
• Replace materials
• Sort/organize materials
• Ordering/inventory
• Load cart
• Transport materials
Sample excludes wait time for
order fulfillments.
Baseline data will be collected in an
interview with original process
owner. The current process owner
will record cycle time data for the
improved process.
Courier Simulation
Onboarding
Continuous Process of assigning job roles to
trainees for the Courier simulation
before the first simulation round.
• Facilitators assign jobs to
trainees for the Courier
simulation
• Trainees review job
descriptions & ask questions
• Facilitators stage room for
simulation
None Baseline and improved process
cycle time data will be collected by
the current process owner.
Breakout Activities Continuous Variations in cycle time associated
with VSM and Ishikawa breakout
activities during facilitation.
None None Baseline and improved process
cycle time data will be collected by
the current process owner.
Post-training Surveys Discreet Feedback and verbatim
commentary from trainees
pertaining to the overall quality of
the training event, including
training content and facilitator
assessment.
None Sample includes survey results in
April, May & June 2017
Process owner and training
facilitators are emailed survey
results after each training event.
Take Away: Cycle time is the most useful measure for addressing the goals of this project
19. Root Cause Hypotheses
# Category Possible Root Cause (x) Root Cause Hypothesis Result
1
People Facilitation style / Training experience The training facilitator’s experience with breakout activity
topics/data displays and their facilitation style causes variation
in cycle time
Partly confirmed as indicated by reduced variation following the Train the
Trainer event; variation is also partly affected by trainee interaction and
resistance (questions, comments, comprehension levels, etc) which is beyond
the facilitators’ control
2 Event Prep No organizational system The lack of an established system of organization for the
Courier simulation materials creates delays in prep event cycle
time
True; by implementing organizational procedures (binder rings, checklists,
accordion files, asking trainees to re-clip materials at end of class), we were able
to drastically reduce prep event cycle time
4 Event Prep Trainees don’t keep materials together / Collecting
materials
Without a system of organization, the Courier simulation
materials are scattered around the room after the event which
negatively affect both event breakdown and event prep for the
next training
True; by implementing binder clips and asking trainees to reclip their simulation
job materials after each training, we reduced both event breakdown and event
prep cycle times.
5 Event Prep Cleaning / Replacing laminated materials Cleaning the laminate materials is often problematic as the
marker ink doesn’t always lift easily. This results in longer event
prep cycle times.
True; by printing paper logs and asking trainees to refrain from needlessly
markup the laminate materials, we were able significantly reduce event prep
cycle time
6 Event Prep Non-value add materials The inclusion of materials that do not add value to the
simulation increases inventory, hence increasing event prep
and onboarding cycle time
True; eliminating non-value add items resulted in reduced inventory and cycle
times
7 Facilitation Excessive simulation materials The over-abundance of job simulation materials negatively
affects onboarding cycle time
False; consolidating some of the job materials (e.g. putting the sample card on
the job description, combining inboxes/outboxes) didn’t necessarily prevent
materials from falling off desks, getting lost (etc) when bound
8 Facilitation Confusing job descriptions The lack of content organization and visual management on the
simulation job descriptions impedes the simulation
participants’ ability to be onboarded in their role in a timely
fashion
True; redesigning the simulation job materials & employing visual management
techniques reduced the time required to onboard simulation participants.
9 Facilitation Breakout activity time variance between groups When the simulation runs with two competing groups, variance
in the time for each group to conduct the breakout activities
creates delays in training event cycle time
Partly confirmed; by establishing best practices and expectations re: breakout
activity facilitation, the facilitators were more synced up (less variation),
however trainee engagement levels also play a role in the time required for
breakout facilitation.
10 Facilitation Defective tape & post-it notes The general use tape used to attached posters to the wall and
the post-it notes that trainees used during the VSM exercises
are not effective and can negatively affect cycle time
Confirmed; we were able to prevent posters & post-it notes from falling off the
walls by switching to bonding tape and extra sticky post-its.
11 Facilitation Trainees ask from content not in presentation When trainees ask questions about topics that are not part of
the training curriculum, it delays cycle time and interrupts the
flow of the lecture
Confirmed, however this is a VOC issue which is secondary to cycle time
concerns.
Take Away: Testing hypotheses confirmed improvement opportunities and established priorities
27. Control: Monitor & Response Plan
Monitoring Plan Response Plan
Name of the Measure
Input,
Process or
Output?
What is the
Target?
Method of Data
Capture
Checking
Frequency
Person(s)
Responsible
Upper/Lower
Trigger Measure
Who Will
Respond?
Reaction Plan
Event Prep Cycle Time Process 117.5 minutes Record cycle time
Every 3rd
class
Process owner
Upper Trigger 125
minutes; Lower
Trigger Measure
110 minutes
Process Owner
Note any unusual outliers that may be affecting process.
Assess the need for change and its potential impact. If
changes are necessary, adjust process and/or expectations
accordingly.
Breakout Activity VSM
Variation
Process 24 minutes
Observe & record
cycle time
Every class Process owner
Upper Trigger 28
minutes; Lower
Trigger Measure 22
minutes
Facilitator
Monitor facilitator approach, examples, levels of
engagement, and any other factor that may cause
variance. Touch base with facilitators after class to gather
their feedback. Implement best practices guide to reset
expectations.
Breakout Activity
Ishikawa Variation
Process 22 minutes
Observe & record
cycle time
Every class
Process owner
Upper Trigger 26
minutes; Lower
Trigger Measure 20
minutes
Facilitator
Monitor facilitator approach, examples, levels of
engagement, and any other factor that may cause
variance. Touch base with facilitators after class to gather
their feedback. Implement best practices guide to reset
expectations.
Courier simulation
Onboarding Cycle Time
Process
15 minutes or
less
Manually record cycle
time
Every 3rd
class
Facilitators &
process owner
If onboarding
exceeds 20 minutes
Facilitator
Note any unusual circumstances that may be affecting
cycle time (e.g. group behavior). Identify opportunities for
additional improvements to the Courier simulation job
descriptions by observing comprehension levels and asking
questions
28. Executive Summary
Summary of improvements affecting event prep cycle time:
• Print log sheets instead of using laminated log sheets, reducing the
quantity of laminated materials that require cleaning after each
simulation
• Created inventory checklist for simulation materials
• Implemented accordion files for organizing Courier simulation materials
• Implemented binder rings to keep Courier simulation materials
together
• Added image of sample cards to job description
• Ask trainees to put Courier simulation materials back on rings at end of
class
• Created supplies inventory checklist & replenished par ahead of time
(no last minute needs)
Summary of improvements affecting Courier simulation onboarding
cycle time:
• Redesigned job descriptions using visual management techniques to
make roles and responsibilities easier for participants to digest under
time constraints
• Fewer loose materials = less confusion, faster setup. Added image of
sample package cards to job descriptions and combined inboxes, out
boxes and title tents.
Summary of improvements affecting breakout activity variance:
• Conducted Train the Trainer session to standardize breakout activity
facilitation, set expectations, establish best practices, and increase
awareness amongst facilitators.
Summary of improvements affecting training event cost:
• Reduced cycle time
• Reduced paper weight of print materials (posters & packages)
• Hired work study student to prep (instead of career employee)
• Eliminated need for sample cards, saving money on print order
• Modified package cards to indicate cust location (less waste after class)
• Anticipate ordering needs ahead of time: no more “rush order” or
expedited shipping costs
OVERALL RESULTS & SAVINGS:
üReduced event prep cycle time by ~5 hours (72%)
üReduced cost associated with each event prep (including cycle time,
staffing resources & material costs) from $1,085 to $142 (87%)
üReduced the onboarding time for Courier simulation from >26
minutes to <15 minutes
üReduced variation of breakout activities so that cycle time falls
within customer specification limits
üCycle time saved by reducing Courier simulation onboarding time
and breakout activity variation allowed us to add frequently-
requested content to the training curriculum (8 Wastes, A3, Gemba
Walks) without affecting class time constraints
üAnnualized event prep savings of $49,036 (based on one
iteration/week)
üAnnualized training event savings of $83,252 (based on one
iteration/week)
30. Getting Started
Check out more success stories from Go-Getters just like you at
GoLeanSixSigma.com/success
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31. Thank You for Joining Us!
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Ask us at contact@goleansixsigma.com!
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34. Index Phase Deliverable Assigned Due Date Dependency Status
1 Define VOC & problem statement Matt, Lynn & Ashley 4/28 Completed
2 Define Stakeholder analysis Matt & Lynn 4/28 Completed
3 Define Project charter Matt & Lynn 4/28 1 Completed
4 Define Communication plan Matt 4/28 2 Completed
5 Measure Operational definitions Matt, Lynn & Kelly 5/5 3 Completed
6 Measure Data collection plan Matt 5/5 5 Completed
7 Measure Current state process mapping & baseline
data collection
Matt & Lynn 5/5 6 Completed
8 Analyze Root cause brainstorm & Ishikawa Core & resource project teams 5/10 Completed
9 Analyze Root cause hypotheses Matt 5/10 8 Completed
10 Analyze Baseline diagrams & data displays Matt & Lynn 5/10 7 Completed
11 Improve Kaizen Event Core & resource project teams 5/24 9, 10 Completes
12 Improve Impact & effort matrix Lynn 5/24 Completed
13 Improve FMEA Lynn 5/24 Completed
14 Improve Future state process map Matt 5/24 11 Completed
15 Improve Courier simulation materials redesign Matt, Lynn & student worker 5/24 11 Completed
16 Improve Train the Trainer event Core & resource project teams 5/24 1, 11 Completed
17 Improve Pilot class Core & resource project teams 5/25 15, 16 Completed
18 Improve Improved process data collection Matt & Lynn 6/21 Completed
19 Improve Improved process diagrams & data displays Matt & Lynn 6/23 18 Completed
21 Control Monitoring & response plan Lynn 6/23 20 Completed
22 Control Executive summary Matt & Lynn 6/23 Completed
23 Final Final presentation deck Matt & Lynn 6/23 All of the above Completed
24 Final Project presentation Matt & Lynn 6/30 23 Pending
Appendix: Implementation Plan
35. Objective: Reduce event prep cycle time
Difficult Easy
High
• Reduce the amount of Courier simulation
materials
• Use visual management techniques to
redesign Courier simulation material (color
coding laminate materials)
• Implement system to organize materials
(accordion files & binder clips)
• Implement Courier simulation materials
checklist
• Print log sheets for each event (instead of
using laminate materials)
• Take supplies inventory ahead of time
• 5S transportation cart
Low
• Eliminate paper posters & use an
electronic format instead (projecting data
displays)
Take Away: Most of the improvement opportunities identified are easy to implement and have high impact
Appendix: Effort & Impact Matrix