BTH and Stanford University students have completed their ME310 project and delivered the cx.Link at the Stanford EXPE.
Read Morecx.Link for Volvo CE delivered at Stanford EXPE
- 14th June 2016
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BTH and Stanford University students have completed their ME310 project and delivered the cx.Link at the Stanford EXPE.
Read MorePDRL and MSPI will take part in the Stanford Design Experience EXPE 2016 in June, presenting the results in the Volvo Construction Equipment design project.
Read MoreStudents from Stanford University and BTH working in the global ME310 project headlined by Volvo Construction Equipment have been visiting Eskilstuna and working at BTH.
Read MoreNiklas Nilsson and Victor Söderberg has been awarded Sparbanksstiftelsen Kronan’s stipend of 25 000 SEK for their master thesis with Volvo CE focusing on Urban Mining.
Read MoreHow can automated machines and humans work efficiently in the same area – at same time building trust between each other – without any risk for the humans and without any unplanned downtime for the machines? That is the challenge for this year’s Volvo CE ME310 project with BTH and Stanford University.
Read MoreLate October, a team of BTH Mechanical Engineering students, and future game-changers, travelled to Palo Alto, and the world #1 engineering university; Stanford University. It was time for the kick-off for the 2015/16Â ME310 Global New Product Design Innovation. ME310Â is a course where a global network of designers, engineers and innovators are challenging complex real world […]
Read MoreBTH and Stanford students are during autumn 2014 – spring 2015 working together on a project to develop a concept for Urban Mining. The project is part of the course “ME310 Global” (Stanford University, Mechanical Engineering) which aims to build students capabilities in design thinking by matching students with real life problems, and hence in […]
Read MoreSpaces for innovation is the theme in a global project where Stanford students and BTH PhD candidates are working together.
Read MoreObjectives: Design for Wellbeing redirects the focus of product development from technology-based development, via needs-based development, to participative product development and innovation. By adapting a multidisciplinary approach, involving health sciences and engineering disciplines, we are able to manage the entire development cycle from an initial understanding of usersÂ’ needs to studies of finished products in use. […]
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