2010Cambridge University Engineering Department Publications DatabaseRequires access

Analysing Plan Content Using a Matrix-Based Approach

Mark P. De Lessio, Nicholas Caldwell, David C. Wynn, P. John Clarkson

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Abstract

In this paper, we argue that aggregating highly-referenced plan content into a common planning document will minimise the inefficiencies of creating and using multiple plans. We further argue that doing so will enhance the overall planning system used to manage complex design projects. Our hypothesis will be tested using the results found from an industry case study conducted at a multinational advanced scientific instrument manufacturing company referred to as Company X for this paper. Company X has implemented such a planning system. We will first determine what content should be included in the Master Project Plan. We will then compare this result to the content that is actually included in the Master Project Plan in use at Company X. The case study confirmed that the planning content referenced for a typical design project was extensive and somewhat varied amongst engineering personnel.

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What this paper is about

In this paper, we argue that aggregating highly-referenced plan content into a common planning document will minimise the inefficiencies of creating and using multiple plans. We further argue that doing so will enhance the overall planning system used to manage complex design projects. Our hypothesis will be tested using the results found from an industry case study conducted at a multinational advanced scientific instrument manufacturing company referred to as Company X for this paper. Company X has implemented such a planning system. We will first determine what content should be included in the Master Project Plan. We will then compare this result to the content that is actually included in the Master Project Plan in use at Company X. The case study confirmed that the planning content referenced for a typical design project was extensive and somewhat varied amongst engineering personnel.

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Available abstract

In this paper, we argue that aggregating highly-referenced plan content into a common planning document will minimise the inefficiencies of creating and using multiple plans. We further argue that doing so will enhance the overall planning system used to manage complex design projects. Our hypothesis will be tested using the results found from an industry case study conducted at a multinational advanced scientific instrument manufacturing company referred to as Company X for this paper. Company X has implemented such a planning system. We will first determine what content should be included in the Master Project Plan. We will then compare this result to the content that is actually included in the Master Project Plan in use at Company X. The case study confirmed that the planning content referenced for a typical design project was extensive and somewhat varied amongst engineering personnel.

Key concepts: Plan (archaeology), Sales and operations planning, Content analysis, Engineering management, Multinational corporation, Content (measure theory), Process management, Computer science

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