DNES, an integrated platform solution that supports a timely, safe, and more sustainable management of construction materials in and between construction sites, was presented at the Stanford University final design exhibition EXPE last Thursday. Three final-year mechanical engineering students from BTH along with their four American collaborators from Stanford University’s mechanical engineering program presented and […]
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Det ska ske genom användandet av autonoma system och helt elektriska maskiner. Till sin hjälp används digitala tvillingar för att simulera olika effekter – en modell som forskarna vid BTH tagit fram.
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Construction equipment manufacturers have developed and introduced their first fully autonomous and fully electrical machines, promoting the vision of running fully autonomous and potentially CO2 neutral as the natural long-term objective of such an innovation process. The new scenario will drastically reduce air pollutants, increase workers’ safety, and create value for customers by reducing the […]
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Electric infrastructure creation – The goal is to demonstrate technology solutions to be able to operate larger infrastructure construction 100% emission-free by electrifying participating mobile machines
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Students in the MSc programme in Mechanical Engineering have completed their final product-service innovation projects in the course Extreme Product-Service Innovation. The students have been working on different challenges relating to construction equipment and elderly care, in projects that are aimed at allowing them to use their engineering skills and tools “In Real Life” with […]
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For over a decade the research collaboration has been going on with Volvo CE/AB Volvo with development of an innovation model, training, deployment and measuring.
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Volvo CE is making steady progress towards realizing their sustainable construction vehicle goals of zero accidents, zero emissions, zero unplanned stops and 10x increase in efficiency. The main strategies include Autonomization, Electrification and Site Optimization.
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