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What is AWP

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by

Ted Blackmon

on 9 July 2014

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Transcript of What is AWP

What is
AWP
?
What is
Advanced Work Packaging (AWP)?
Who are the players?
Why is it important?
Where to
learn more?
When does it happen?
How do I benefit?
Who
are the players?
When does AWP happen?
Why is
AWP important?
How do
I
benefit?
Where can I learn more?
WorkFace Planning as Part of AWP
Field Installation Work Package
Construction Project Stakeholders
AWP Participants & Package Types
Start with the end in mind!
Push / Pull
Push
Pull
AWP provides a step-change in project productivity.
AWP is evolving as a best practice in the industry.
AWP is increasingly being contractually mandated on projects.
Labor Shortages in Industrial Craft Workers.
AWP
Advanced Work Packaging
Advanced Work Packaging (AWP) provides a structure for focussed execution planning - and production control - that is directed at the construction workface. It is a process that reduces unproductive, non-value added time.
AWP establishes a sound basis for the future machinery of construction project execution.
AWP Implementation Resource IR-272 vol 2
WorkFace Planning Library
AWP-WFP Conferences
AWP Information Resources
AIM Project - AWP Information Mapping
AWP Software Vendors
AWP Information Resources
CII IR 272_2_v3 Vol 1
Project4D - Image Coutesy of Mortenson
4D CAD
Glenn Ballard
Lean Construction Institute
Lean Construction
Information Exchanges in AWP
A virtual construction model for AWP must integrate and aggregate information across a broad range of project IT applications. It is predicted that AWP will be critically involved in establishing the set of use cases for cross-enterprise information exchange in construction.
Exception Report by System
Facilitate transition to installation by area to test & turnover by system!
Total Constraint Mgmt
CII IR_272_2_v3 vol2
Industrial Mega Projects Continue to Fail at an Astonishing Rate.
Industrial Mega Projects, Edward Merrow
AWP Recommended Process
Life-cycle of an IWP
IWP Creation
Document Control
Issuance to Field
IWP Closeout
Control in Field
CII IR 272-2 v3.0 Volume I
CII IR 272-2 v3.0 Volume II
CII IR 272-2 v3.0 Volume III
Organizational Recommedations
Contractual Strategies
Project Integration
EWP, CWP Templates
AWP Maturity Model
Contracator Assessment
Project Assessment
Functional Roles
AWP Audit Tool
IWP Checklists
Case Studies
Expert Interviews
AWP Project Integration
Application of AWP
Standard Project Procedure
Integration of AWP with Standard Procedure
CII 272 Advanced Work Packaging
AWP Information Resources
Getting things done in construction automation is like mating elephants ...
It involves a great deal of roaring & screaming.
It takes years to produce results.
The AWP Dilemma
Owner-operators have the most to financially gain – or lose on the project.

However owners are not the primary users of the tools to support AWP.

Further it is not wise to dictate means and methods to the contractors hired to do the job.

Owner-Operators
EPCs make money from labor. A step change in increased productivity is not generally in their business interests.

Contractors must compete on cost to win-work, and hence tend to under resource support for IT tools.

Budgets for R&D are vapor thin. There is a high reluctance to try new approaches.
EPC Contractors
$3T USD - Annual Global Construction Spending
50% - Non-residential construction
40% - Typical Percent Labor Budget on a Project
80% - Construction Labor (vs Engineering)
25% - Improved Productivity
$120 B USD
- Cost Savings or Lost Revenue?
AWP Benefits
Early
Implementations
Construction Innovation Awards
CII IR 272-2 v3 Volume III
EPC Internal Efforts
Construction Mgmt
Use Cases - 2004
Productivity Gains Documented - 2002
COAA Awards & Presentations
CII IR 272-2 v3 Volume III
Ciabro Constructors - Motiva Expansion Project, 2009
Training on Local Resources
Significant Time Reduction in Development of Crew Level Work Packages
Track QA/QC Status for Progress on Work Packages
Streamlined Planning / Logistics of “Ship-Loose” Materials to Site

AWP Case Studies
AWP Expert Interviews
Revenue Distribution by Market Sector
Top 225 International Contractors
ENR (Engineering Nws Record) 2009
Architect
Engineer
Adapted from http://canadianutility.com/careers/career-path/
Dedicated Workface Planners
Construction Industry Academy - Workface Planning Training Program
May 2009 - JV Driver wins COAA 'Best Practice Leadership Award'
Sept 2009 - Jacobs wins COAA 'Safety Best Practices Performance' Award
COAA WFP Conference 2010 - Lessons learned & Benefits Obtained
Sept 2011 - Shell & Suncor WFP Case Studies
May 2013 - COAA Construction Performance Award for WFP
May 2008 - Finalist for Suncor 'President's Operation Excellence Award'
Increased overall productivity by 25%
Increased hydro-test productivity by 100%
Increased heat tracing productivity by 100%
Reduction in scaffolding per module of 10%
Improved safety through eliminating overlap of trades in same area
JRay McDermott, Indonesia, Su Tu Vang Project, 2010
JV Driver - ConstructSim & SiteSense Integration, 2013
Jacobs - ULSD Project in US Gulf Coast, 2011
Reduce IWP Planning Time by 90%
TIme to locate materials improved 10:1
Field Productivity Increased by 10 - 15%
1000 Man-Hrs Cost Savings
Improved Productivity by 11%
Reduced Rework to Less Than 0.5%
FIATECH Presentations / Awards
Project Level
Package Level
Workface Planning ...
is the process of organizing and delivering all the elements necessary, before work is started, to enable craft persons to perform quality work in a safe, effective and efficient manner.
End Goal
For example, the goal for a large project would be to have four weeks of constraint free work for every crew, packaged and ready to go. And if space allows, two independent weeks already staged for the crews (in order to address unexpected delays in the field with minimal idle time).
Backward Planning for IWPs
IWP Backward Planning
Adequate buffer of work front availability
T
@ T-2 wks
Materials Bagged and Tagged
@ T-4 wks
All constraints cleared and package is released for execution from virtual to physical package
Space, access platforms and equipment resources provisioned
@ T-6 wks
@ T-8 wks
@ T-16 wks
Outstanding constraints are escalated into "Make Ready Tasks" to expedite
= Plan Start Date for an IWP
CWP scoped into vitual IWPs
Constraint list identified
IWP limits are assigned into site materials system
AWP Recommendations Based Upon Contracting Structure
EPC
E-PC
EP-C
E-P-C
Start-Up
Turnover &
Commissioning
Engineering
Construction
Procurement
Stage I - Early Planning & Design
Stage II - Detailed Engineering
Stage III - Construction
Stage I - Start-Up & Commissioning
• Appoint AWP Lead(s)

• Contractual Requirements Set
o FEED Phase
o EPC Phase

• AWP Execution Plan (Early in FEED)
o Contract Plan (Take into Account AWP Maturity Assessment
o AWP Staffing Plan
o Interface Management Plan

• Start-Up Requirements - Identify Turnover, Commissioning & Start-Up Considerations

• Develop the “Path of Construction”
o CWAs Identified by Construction
o Develop & Issue CWP Release Plan
o Develop & Issue EWP Release Plan

• EWP, CWP coordinated with Project Controls
o Schedule structured and sequenced by EWPs and CWPs
o Estimate and cost control reporting structured and monitored by EWPs and CWPs


• Implement AWP Automation Systems

• Align Procurement with AWP
o PWPs Matrixed and Subdivided by to CWPs
o Data Interfaces Specified Contractually

Constraint Removal for WFP
Full transcript