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Leading businessman Matt Boyle becomes engineering professor at Newcastle University

Professor Matt Boyle OBE is former president of electric vehicle innovators Sevcon, now BorgWarner

Professor Matt Boyle(Image: Sevcon)

A leading North East engineering entrepreneur is helping to bring forward the next generation of industrial pioneers after being appointed to a role at Newcastle University.

Matt Boyle, former president of Gateshead electric vehicle innovators Sevcon, now BorgWarner, has taken up a new challenge as professor of practice in engineering at the university.

Prof Boyle will provide the leadership required of the university in its national role as lead for the Driving the Electric Revolution Innovation Centre (DER-IC) project.

The university said his wealth of experience and connections within the º£½ÇÊÓÆµ power electronics, machines and drives (PEMD) sector will be invaluable in helping to secure academic-industrial relationships which are central to the university’s aims and objectives and a critically important part of securing the success of the DER-IC project.

Prof Boyle has more than 30 years of experience working for engineering companies, including as chief executive of NASDAQ-listed Sevcon, which was acquired by BorgWarner in 2017. He currently runs his own company, Collingwood Solutions.

He is currently the executive chair of the Driving the Electric Revolution Innovation Centre (DER-IC) project, of which Newcastle University is the lead partner, overseeing four innovation centres collaborating with industry, to serve up faster joint R&D of power electronics, machines and drives for the next generation of carbon neutral cars, planes, trains and ships.

He is also chair of the North East Automotive Alliance.

He said: “I am delighted to be joining Newcastle University to help deliver this nationally important project. The university has an enviable reputation in the PEMD community worldwide, gained through its tremendous faculty and work that continues today. We are working now to exploit this research into the manufacture of PEMD in the º£½ÇÊÓÆµ.”