“Urban Mining” is the focus of a Stanford University, Volvo Construction Equipment and BTH collaboration project during the 2013/2014 academic year.
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The Customer Solution for Coal Mining Industry in West of China, the story told by project worker and previous MSPI student Yan Zhang.
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Aware Together, Safe Forever! Programme: Mechanical Engineering Course: Project in MT2573 : Transformative PSS Innovation Corporate partner:Â Volvo Construction Equipment Challenge:Â The challenge was to address a problem on construction sites which, after analysis, was deemed relevant to address using portable technology as one of the requirements and with the aim of creating a safer and more secure work […]
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CONVERGE – Solving the energy distribution in road construction Sweden has committed to meeting the Paris Agreement by reducing greenhouse gas emissions to net zero in 2045. Transport in the construction industry, as a whole, uses 35% of global produced energy and annually releases 40% of carbon dioxide into the atmosphere. Today, approx. 6% of […]
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The partners of I-STAMP project met in Mondragon Spain between 6th and 7th February to discuss project progress and exchange learnings. I-STAMp project aims to develop cost-effective and affordable actuators and sensors, together with fully automatic control systems to achieve self-adjustable production systems in automotive press lines. Read more about the project and partners at […]
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BTH is back again this year, joining forces with Stanford Mechanical Engineering and the Volvo Group for a final-year ME310 student project where we explore innovation opportunities within transportation and construction. This year three Volvo entities, Volvo Construction Equipment, Volvo Trucks, and Volvo Innovation Lab, have teamed up and challenged the students to focus on […]
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September 14 the KKS profile Model Driven Developmennt and Decision Support MD3S that has been running since 2013 (6 year KKS profile & 3 year profile+) held a final seminar day for partners and the public. Over the past 9 years it has produced some 90 journals, 190 conference papers and also 28 PhD/Licentate these […]
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This project focus on the system perspective and includes what a new disruptive machine concept and how energy infrastructure should be designed, focusing on productivity, flexibility, economy and the requirements of the electricity network
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The Elektrifierad Infrastrukturbyggnation was a feasibility study conducted in close collaboration between Volvo Construction Equipment, Lund University and Blekinge University of Technology to investigate the conditions for carrying out major infrastructure projects emission- and fossil-free.
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