USER-ORIENTED PROSPECTIVE SMART ELECTRIC VEHICLES INNOVATING DESIGN DEVELOPMENT

摘要

Prospective products should come up to the requirements and expectation of consumers. During researching period, the compatibility of various technologies and machineries remains unpredictable. Therefore, it is important for research team to integrate the design into simulation. This research aims at developing prospective electric vehicles, proposing a complete development procedure. We begin with SET trend analysis to explore future opportunity points, centering on Quality Function Deployment (QFD), integrating with the Kano model and scenario to increase accuracy for transforming customer requirements into design requirements. At the final step, we present the operation of modules and make integration and adjustment by 3D animation. In this way, we can evaluate the feasibility of machine output or friction load to provide the team with visible communication information. After executing the procedure, we not only obtain innovation concept of 'Motherboard Smart Light Electric Vehicle', but also propose a systematic procedure for innovation product development.