optimized installation flow a strategy for substantial

20
Optimized Installation Flow – A Strategy for substantial cycle time reduction Doron S. Gabai LCI Israel Chairman, SPL, PgMP, PMP Senior PM Intel construction, Israel [email protected] Rafael Sacks Professor, Virtual Construction Laboratory, Technion – Israel Institute of Technology [email protected]

Upload: others

Post on 15-Feb-2022

2 views

Category:

Documents


0 download

TRANSCRIPT

Page 1: Optimized Installation Flow A Strategy for substantial

Optimized Installation Flow –A Strategy for substantial cycle time reduction

Doron S. Gabai

LCI Israel Chairman, SPL, PgMP, PMP

Senior PM Intel construction, Israel

[email protected]

Rafael Sacks

Professor, Virtual Construction Laboratory,

Technion – Israel Institute of Technology

[email protected]

Page 2: Optimized Installation Flow A Strategy for substantial

2

“Our mission was to reduce

construction duration by 50%

on average without adding overtime and

without adding more resources”

CC Program PM Process PC Mech. SafetyProc. BIM

Project (130/199) milestone celebration: reduction of 94% 37d→ 2.11d

Page 3: Optimized Installation Flow A Strategy for substantial

Unique characteristics:

• 3 floors gembas

• Many chemicals, gases, ultra-pure water, exhausts, electrical power

• 50-70 different utilities and services with orbital welds

• >100 connections

Semi Conductor Construction

Environment:

• Fierce competition

• Industrial system infrastructure installations

• Live manufacturing

• Mission critical

• Constant change

Challenges:

• Complex & congested projects

• 25 parallel projects

• Architectural, electrical, mechanical and piping

• 8 types of waste

3

Undesired project delivery effects:• Low Productivity• Less Predictability• Bad Performance• 2nd shifts, accelerations…

Page 4: Optimized Installation Flow A Strategy for substantial

OIF – Optimized Installation Flow – “Touch the Project Once”

4

PITStop

Page 5: Optimized Installation Flow A Strategy for substantial

Our PIT Stop “Touch the Project Once”

5

PIT:ProjectIntegrationTeam

Page 6: Optimized Installation Flow A Strategy for substantial

OIF

Portfolio, Process,

Operations

Strategic Project

Leadership

Lean Construction

& LPS

Theory of Constraints

Benefits, Portfolio &

Program management

Supply Chain Excellence

6

Page 7: Optimized Installation Flow A Strategy for substantial

OIF Flywheel:The 7 Principles maximizing All 3 Flows

7

1

2

3

4

5

6

7

Page 8: Optimized Installation Flow A Strategy for substantial

8

1Principle #1 –Strategic Integration & Planning:✓ Achieve organizational

strategic goals using minimum resources

✓ Project Strategy:“project perspective, position and guidelines on what to do and how to do it, to achieve the highest competitive advantage and the best value from the project outcome…”

Page 9: Optimized Installation Flow A Strategy for substantial

9

Principle #2 –Target Tactical Planning:✓ Target per project✓ Target constrains the pull-plan

durations and leads to innovative delivery → Challenge sequential construction logic

2

Page 10: Optimized Installation Flow A Strategy for substantial

10

Principle #3 –Collaborative Process:✓ Project strategy initiation✓ Target setting✓ Pull-Plan development✓ Plus & Delta✓ Team recognitions✓ Continuous improvement

3

Page 11: Optimized Installation Flow A Strategy for substantial

11

Principle #4 –Constraint Management:✓ Cross project critical constraints

- scarce trade recourses✓ Physical constraints✓ Information constraints✓ Onboarding constraints 4

Page 12: Optimized Installation Flow A Strategy for substantial

12

Principle #5 –Maximize Pre-Fabrication:✓ Reduces durations✓ Reduces num of trades in Gemba✓ Shifts skilled personnel to work

at their facility where their productivity is higher

5Integrated Model

Model & Scan

Pre-Fabricated spools

Page 13: Optimized Installation Flow A Strategy for substantial

13

Principle #6 –Control Installation Project Start:✓ Identifying when project can

really start without stopping (“sound project”, “full kit”) →ALL predecessors and constraints removed

✓ Program cadence → velocity 6

Page 14: Optimized Installation Flow A Strategy for substantial

14

Principle #7 –Ensure Project Installation Flow:✓ Project tasks are performed

without interruption✓ “improve workflow reliability

in order to improve operational performance” (Ballard & Tommelein. 2016)

7

PPO

Page 15: Optimized Installation Flow A Strategy for substantial

Results – 3 Generations of Projects Delivery within 1 Program

LPS & Two Week Buffer

Partial OIF

Strategic Integration & Planning

– ALL OIF

15

Page 16: Optimized Installation Flow A Strategy for substantial

Results

LPS & Two Week Buffer

n=91

Partial OIF n=75

Strategic Integration & Planning – ALL OIF

n=33

16

Page 17: Optimized Installation Flow A Strategy for substantial

17

It’s All About People, Collaboration, Teams, Trust

CC Program PM Process PC Mech. SafetyProc. BIMLPS is not enough!

PPO = WhatOIF = How

Integrated Operating Strategy

Scalable, Repetitive, locally & globally

Page 18: Optimized Installation Flow A Strategy for substantial

I would like to thank

✓ Dr. Ayala Daie-Gabai, my wife, for believing in and pushing me to excel, innovate, explore and collaborate

✓ Prof. Rafael Sacks, my partner, for mentoring and providing insights to myself and LCI Israel CoP

✓ Prof. Aaron Shenhar, my partner, for mentoring and strategy thinking

✓ Vered Leshem, my manager, for sponsoring my experimentations and guidance within our organization

✓ Nate Henshaw, my mentor, for challenging me to improve OIF and for deploying it company-wide in Intel

✓ Shay Golan, my leader, for offering me the PIT Leader role to introduce innovations and change in construction culture

✓ Dan Doron, my guru, for believing in me and steering my career to applying strategic thinking 18

Page 19: Optimized Installation Flow A Strategy for substantial

Back Up

19

Page 20: Optimized Installation Flow A Strategy for substantial