Occupant packaging in car body design online courses

Consequentially, VR is used in several stages of the vehicle development process such as product design, modelling, simulation, manufacturing, training, testing and evaluation. Indeed, VR has been defined as one of the fundamental technologies permitting automotive firms to be competitive in this era, where time and cost reduction are essential requirements. Among these domains, the automotive industry has been a pioneer of VR applications due to the possibility of cost and time reduction from the implementation of this technology. Thus, VR has been applied in several different fields, such as psychology, industry, medicine and training. VR has seen rapid developments in the past decades, mainly due to cost reduction and an increase in the quality of both hardware and software. Virtual Reality (VR) is defined as a 3D environment with which people are able to interact. Recommendations are made to address the issues they reported, including: improve depth perception in VR technologies use haptic feedback to improve manufacturing investigations and provide virtual contexts for evaluations. A total of 11 stakeholders were interviewed. This paper presents the review process, which encompasses interviews with stakeholders from an automotive manufacturer to understand their current processes and ambitions for VR use and a literature search of advancements in VR and empirical studies. A review was conducted in order to understand opportunities and challenges in the application of VR in the automotive industry. Examples of VR automotive applications include: (i) manufacturing workstation optimization (ii) vehicle design and (iii) assembly training. Among the domains where VR has been applied, automotive has been a pioneer due to the possibility of cost and time reductions derived from the implementation of this technology. Virtual Reality (VR) has seen rapid developments in the past decades.

Occupant packaging in car body design online courses