IPS-Inventive Problem Solving

DEFINE

Problem Statement

Goal Statement

Boundaries (Project Scope)

Action Plan

MEASURE

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IPS-Inventive Problem SolvingWhy? Some problems are easy to solve because we can see them or see the obvious failure points, but some problems are difficult and without a systematic way of solving the problem, we can end up in a loop of confusion (LOC) and we find ourselves repeating steps that we already traveled. IPS is a combination of all sorts of established problem solving methodology that some of our colleagues already invented/implemented.

What is the current performance?

List of potential causes

ANALYZE

Subsystem-Title Here

Theory of Operation

KPIV-Key Process Input and Output

System Block Diagrams

Electrical Diagram

Pneumatic Diagram

DeviceNet Diagram

MCC-Machine Cycle Chart

Equipment Constants

Parts List

Unit Spec Card

Sensor Cards

ECARD

Related SOP

Related OPLS

Vendor Documents

RCA-Root Cause Analysis

TRIZ Principle Used

IMPROVE

List of possible solutions.

PDSA-Plan Do Study Act (Solution)

Trial Run of Solutions

Results of Trial Run

CONTROL

How the fix is maintained?

Countermeasures

Spread

IPS-Inventive Problem Solving
WHY?
Some problems are easy to solve because we can see them
or see the obvious failure point, but some problems are
difficult and without a systematic/methodological way of
solving the problem, we can end up in a loop of confusion
(LOC) and we find ourselves repeating steps that we already
travelled. IPS is SASCMP implementation of all sorts of
established problem methodology.

HOW?
1. Create an IPS Document Template for each Subsystems.
2. Select Top20 Subsystems (problematic)
3. Assign owner of each Top 20 Problematic Subsystems.
4. Create KPIV Template on all subsytems.
5. Created ECARD Template on all subsytems.
6. Create Project List of Subsystems IPS
7. Assign subsystems to owners
8. Coach, guide, follow up owners progress

LK- SubsystemsLK Computer System eServerLK Computer System NovaLK Computer System APCLK DeviceNet SystemLK KVM SystemLK Main Power CabinetLK FI RobotLK Wet RobotLK LCWELK HCLULK CROSSLK Head/UPALK PlatenLK Slurry SystemLK Pad ConditionerLK Facilities (CDA, N2, DIW, Vac)LK Running BeamLK MegasonicsLK Cleaner 1LK Cleaner 2LK IPA DryerLK EFEM

Ebara SubsystemsEbara Computer System HMIEbara Computer System NovaEbara Computer System EndpointEbara Devicenet SystemEbara KVM SystemEBara Main Power CabinetEBara PolishingEBara Top Ring ControlEBara DresserEBara Turn TableEBara Load/UnloadEBara Linear TransporterEBara Turn Over 1EBara PusherEBara LifterEBara Transfer RobotEBara Swing TransporterEBara Cleaning Module Main CabinetEBara Turn Over 2EBara Cleaner 1EBara Cleaner 2EBara Cleaner 3EBara Cleaner 4EBara Cleaner Linear Transporter

TeamCMPRigel ArcayanEmery HamiltonYvette SantoyRaul SerenilHeather ShaddockRachel de LeonRaquel SmithScott FarrisJoshua SmithCody McDowellJohn VollbrechtRay ConstancioDavid ParsonsJuan RuizDavid CruzMoses SaenzJeremy HeathChris CoteGene Boss