Roger Olsen
About Roger Olsen
Roger Olsen is an Associate Director at Arup in London, with extensive experience in engineering and project management across various sectors.
Company
Roger Olsen is currently working at Arup as an Associate Director. His tenure with Arup spans several decades, starting from his initial role as an Engineer in 1978. He has since held various positions, including Associate roles in both the London and Japan offices.
Title
Roger Olsen holds the title of Associate Director at Arup. He has been in this position since 2007, overseeing various technical and managerial responsibilities within the company.
Education and Expertise
Roger Olsen has a robust educational background in engineering. He earned a Master of Engineering (MEng) degree from The University of Glasgow, where he studied Engineering Services from 1983 to 1985. Additionally, he holds a BSc (Hons) in Engineering Science and Management from Durham University, which he completed between 1975 and 1978. He also attended Sevenoaks School from 1970 to 1975.
Professional Background
Roger Olsen's career at Arup began in 1978 when he joined as an Engineer. He later became an Associate in the London office, holding that position from 1996 to 2005. He then moved to the Arup Japan office, where he was an Associate from 2005 to 2007. In 2007, he returned to London to assume his current role as Associate Director.
Projects and Initiatives
Throughout his career, Roger Olsen has been involved in the design and management of projects across diverse sectors such as airports, rail, offices, laboratories, hotels, retail, residential, recreation, schools, and university buildings. He has also led the building services team in the Arup Japan office, focusing on mechanical services design and project management. Notable projects he has worked on have varied in value, with some reaching up to $2.2 billion.
Innovations and Patents
Roger Olsen has filed two patents related to innovative solutions in building services. One of his notable inventions is a low energy air conditioning system that is both compact and energy-efficient, which has been featured in an innovation magazine. His work reflects a commitment to sustainable development and environmental control through passive building design.