Industrial Modularization: How to Optimize; How to Maximize

Publication No

RR283-11

Type

Academic Document

Publication Date

Apr 01, 2013

Pages

292

Research Team

RT-283

Order Now

DOCUMENT DETAILS

Abstract

Key Findings

Filters & Tags

Abstract

The benefits from applying a modular approach to industrial projects, in contrast to a conventional stick-built approach, can vary in nature and be very significant. Yet, except in extreme conditions, the industry has been slow to achieve high levels

Key Findings

CII research defines the lessons learned for Front-End Planning, Engineering, Contracts & Procurement, Fabrication, Transportation, Site Installation, and Staffing.

Filters & Tags

Knowledge Area

Business and Project Processes, Modularization, Project Planning

Best Practice

Planning for Modularization

Project Phase

Feasibility, Concept, Detailed Scope, Detailed Design (Engineering), Procurement, Construction

Project Function

Project Business Sponsor, Project Management, Architects & Engineering, Project Controls, Procurement & Contracts, Construction, Operations & Maintenance, Health, Safety & Environmental, Risk Management, Quality Management, Business Development & Proposals, External Stakeholders

Industry Group

Light Industrial, Heavy Industrial, Buildings, Infrastructure

Research Topic

Industrial Modularization: How to Optimize, How to Maximize

Keywords

Modularization, Opportunity Framing, Framework, Stick-Built Modular, Front End Planning, Module Envelope, Business Case Process, Execution Plan Differences, Critical Success Factors, Standardization Strategy, Modularization Maximization Enablers, rt283

Related Resources

Industrial Modularization: How to Optimize; How to Maximize

Related Resources

Intro to Modularization

Modularization Toolkit

Industrial Modularization: Five Solution Elements, Version 1.1

Sign In