A guideline for future automation decisions

Abstract: In this master thesis, the thermal imaging infrared camera manufacturer FLIR Systems is studied. The company has a history of making decisions regarding automated assembly by support of personal experience. The literature highlights a number of different parameters to consider when making decisions about automated assembly. Furthermore, a decision is more than a choice, it requires to be secured and in line with the company mission. The master thesis objective is to provide FLIR Systems with a guideline, which the company can use to support future decisions regarding automated assembly on an adequate basis. This will provide an answer to the research question: How should FLIR Systems secure requested result of future automation decisions related to the assembly process? The research question was investigated through a case study at FLIR Systems. This shows that FLIR Systems should take following parameters into account: delivery capability, quality, work environment, cost, current level of automation, flexibility, and DFA. Currently FLIR Systems has a low level semi-automatic assembly, and generally the task packaging and addition of accessories would be beneficial to consider for a raise in level of automation. Furthermore, tasks associated with assembly hold a high potential regarding level of automation. To ensure future decisions, the company should use the recommendations and the decision model that have been developed through this master thesis. The model consists of three phases: initiation, analysis, and implementation. Each phase consist of several different steps in order to secure that all relevant parameters are included. Key-words: Automatic assembly, Company mission, Decision model, Level of automation