Productivity and Quality in Smart Manufacturing Systems

Product Design Development For Modular Computer Table To Support Green Lifecycle Engineering

Yunia Dwie Nurcahyanie, Moses L. Singgih, Budi Santosa

Abstract

To win the furniture market, producer has been developing a lot of kind design variation and material to fulfill consumer needs. Until recently there is a new design trend for furniture product and design has changes a lot of time to follow the trend. To solve these problems, so we must develop modular design system for furniture product as the effective problem solving. In this research we use the functional base product development which is concerning the voice of customer to make. But with so many components from furniture products content, with so many forms and material variation, it is become new problem for the producer. How to choose and pick up the material and the component with the least pollutant content. In this research the technical attribute was added to help designer making decision which product is going to be make, when the product still in preliminary ideas stage to support green lifecycle engineering. With algorithm genetic it is very helpful to find our the shortest path from assembly line for each component and the mechanism of making the computer table. The result is we find that the computer table with glass and aluminium 100% recycled is the best material for computer table with the least pollutant affected to the environment. Further more to fit up that the product is the green product, so the product must has green material analysis. Finally we can get the design alternatives which is use the green material and can recommend which alternatives must be make first.

Keywords : Computer Table Modular Design, Green Life Cycle Engineering, Genetic Algorithm, Green Analysis


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