Module 3 Project Deliverable: Project Charter

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SSG110LeanSixSigmaToolkit.xlsx

Project_Charter

Project Title: GO HOME!!
Black Belt Project Champion Executive Sponsor MBB/Mentor
Problem Statement Business Case
Project Goals Project Scope
High Level Project Timeline Constraints & Dependencies Project Risks Additional Information
Phase Start Finish
Identify Value
Map the Value Stream
Create Flow
Establish Pull
Seek Perfection
Approval/Steering Committee Stakeholders & Advisors Project Team & SME's
Name Organization Name Organization Name Organization

VILLANOVA UNIVERSITY

High Level Process Map

Please add in extra processes and symbols as needed
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Icing transfers to Kettle 2

Icing in Kettle 1

Check viscosity

Transfer to final assembly

Final quality check

Shortening Quality Check

Package product

SIPOC

S.I.P.O.C. Template
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Suppliers Inputs Process Outputs Customers

VILLANOVA UNIVERSITY

Start

Step 1

Step 2

Step 3

Step 4

End

VSM

Value Stream Map GO HOME!!
Supplier Customer
Information Information

&"Arial,Bold"&10Value Stream Map &"Arial,Regular"&8v3.0

&"Arial,Regular"&8&G Copyright 2016 GoLeanSixSigma.com. All Rights Reserved.

7 min

5 min

8 min

8 min

10 min

3 min

4 min

1 min

min

min

TOTAL

LT

PT

% C&A

Cause_Effect_Diagram

GO HOME!! Instructions:
STEP 1 : Define the problem. What is the product, process or service that has failed.
STEP 2 : Starting with 'Materials' or any other label, ask: is there anything about materials that
might contribute to the problem. Record it next to one of the arrows under Materials.
STEP 3 : Repeat asking "is there anything about materials that might contribute to the problem"
Problem Record each result next to an arrow.
STEP 4 : Repeat Step 2 & 3 for each successive category.
STEP 5 : Identify the candidates that are the most likely Root Cause
STEP 6 : If further "screening" is necessary, assess the likely Root Causes using the "Impact"
and "Implement" matrix, selecting items marked 1, then 2 . . . 4 as priorities.

Pareto

Categories # of Occurrences
Issue 1 25 GO HOME!!
Issue 2 20
Issue 3 15
Issue 4 10
Issue 5 5
The focus area should be on the water in the pipe followed by contacting the supplier to understand why their materials are out of spec.

5-Why

5-WHY ANALYSIS SHEET
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Note: Continue on separate page if 5-Whys are not enough to determine root cause.

WHY #1: Adjusting pH

WHY #5 Control valve not tunned properly.

WHY #2: Stoichiometry out of wack

WHY #4 Control valve not shutting off quick enough.

WHY #3 Overshooting pH

TEMPORARY Date 6.8.20 COUNTERMEASURES Tune the valve and shut off in time.

FINAL COUNTERMEASURE Name Johnny Jones - PERMANENT CORRECTIVE ACTION Date 6.15.20 Smart transmitter to be installed that provides warning when valve tunning is outside of control limits.

VERIFICATION: No Recurrence in Three Months? TBD Date 6.7.20 Single-Point Lesson? _________ Date ________ DO THE 5 WHY'S MAKE SENSE WHEN READ BACKWARD?

Waste Walk

8 Wastes/Waste Walks
Defects - Re-adjusting process parameters, reworking finished products, off spec materials Defects
Overproduction - Overproduction
Waiting - Waiting for raw materials, maintenance personnel, processes to finish, and instructions Waiting
Non Utilized Talent - Workers not involved in improvement areas; input or feedback ignored. Changes without consulting workers and employees not challenged Non Utilized Talent
Transportation - Putting products in work-in-progress areas and moving materials due to poor layout Transportation
Inventory (Excess) - Work-in-progress, rework waiting for testing, excessive raw and finished products Inventory
Motion (Excess) - Moving tools and people to defferent areas, excessing manual material movement Motion
Excessive Processing - Excessive Quality checks, Performing operations not required Excessive Processing
Waste Type Describe the waste you saw GO HOME!!
Defects Wrong specification of material

Control_Plan

Control Plan
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Process: Preparer: Page: of
Customer: Email: Reference No:
Stakeholder: Phone: Revision Date:
Business: Owner: Approval:
Process Critical To Quality / Metric Specification/ Requirement Measurement Method Sample Size Measure Frequency Responsible for Metric Corrective Action Responsible for Action
Lower Spec Limit Upper Spec Limit
Evaluate specifications for thick/thin products Specifications between 200,000 – 600,000 cps LSL - 200000 USL - 600000 Viscosity measured through Brix Meter 5 Every Batch T Agustiady Add in Water to specifications if thick, add in shorterning to specifications if thin M Meisner

VILLANOVA UNIVERSITY

Kanban

KANBAN CARD GO HOME!!
Part Description/Picture if Applicable Part Number Profile
QTY. Lead Time Due Date
Supplier Location Card #
1 OF 2
KANBAN CARD
Part Description/Picture if Applicable Part Number Profile
QTY. Lead Time Due Date
Supplier Location Card #
2 OF 2

Audit_Checklist

Audit Checklist
Target Area: Statement of Audit Objective: Auditor: Audit Date: GO HOME!!
Audit Technique Auditable Item, Observation, Procedure etc. Individual Auditor Rating (Circle Rating)
Observation Have all associates been trained? YES NO
Observation Is training documentation available? YES NO
Observation Is training documentation current? YES NO
Observation Are associates wearing proper safety gear? YES NO
Observation Are SOP's available? YES NO
Observation Are SOP's current? YES NO
Observation Is quality being measured YES NO
Observation Is sampling being conducted in random fashion YES NO
Observation Is sampling meeting it's sample size target? YES NO
Observation Are control charts in control YES NO
Observation Are control charts current? YES NO
Observation Is the process capability index >1.0? YES NO
Number of Out of Compliance Observations
Total Observations
Audit Yield ERROR:#DIV/0!
Corrective Actions Required
Auditor Comments

VILLANOVA UNIVERSITY