Jointing design in open plan system for office

• Main Authors: Dolah, Mohd Shahrizal, Mohd Yusuff, Rosnah, Abdul Rahman, Ahmad Rizal, Osman, Mohd Rasid
• Format: Article
• Language: English
• Published: Faculty of Design & Architecture, Universiti Putra Malaysia 2008
• Online Access: http://psasir.upm.edu.my/id/eprint/2504/1/7-Shahrizal_PDF.pdf; http://psasir.upm.edu.my/id/eprint/2504/; http://frsb.upm.edu.my/alamcipta/index.php/alamcipta/article/view/41/27

Most modern offices use open plan office system due to the flexibility of the product. The open plan system (OPS) can be customized from low screen to high screen and can be installed and dismantled according to the office needs. According to MIDA (Malaysian Industrial Development Authority) the total sales for Malaysian office furniture industries was RM1.6 billion in 2003 of which 7.2% (115. million) came from sales generated from the open plan office system. The sales report showed the importance of the open plan office system in creating the office environment. Since the demand of OPS is increasing, effective ways of assembling the system is required. Most OPS uses bolts and nuts to joint the panels. However, this jointing system requires many parts and the assembly process is time consuming. A survey carried out in this study on OPS manufacturers identified the main criteria for the jointing system design which is to increase the efficiency during the assembly process. An important function of the jointing system is to ensure that the system is flexible during the assembly process. Based on these findings, various jointing system that could satisfy all these requirements were considered. Two designs of the jointing system were proposed. Simulation studies were carried out on the proposed designs to determine the ease of assembly, number of parts, weight, time taken for assembly and the strength of the joints. The research was limited to the tile system. Both design concepts were based on the snap fit concept. They were found to be better than the current design not only in terms of ease of assembly but also efficiency.