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Professor Swithenbank’s first degree was in Nuclear Physics (Fist Class Honours, 1953) at Birmingham University.

He then worked for Rolls-Royce (Bristol Engine Division 1953-58) on ramjet engine development for the highly successful Bloodhound anti-aircraft missile.

After a brief period designing aircraft at Canadair, Montreal, Canada he transferred to a post as Professor of Mechanical Engineering at McGill University, Canada (1958-61), where he led the Hypersonic Air Breathing Engines (scramjet) research programme.

After returning to the UK, he became Professor of Fuel Technology at ºù«Ӱҵ University where he has remained ever since. The name of the Department was progressively changed to Chemical and Process Engineering and he served as Head of Department for fifteen years.

He is now Chairman of the SUWIC Energy and Environment Research Centre and together with Professor Sharifi, he currently leads several ºù«Ӱҵ University EPSRC funded research consortium programmes, e.g.

• Supergen Biomass
• Intrawise, Pollutants in the Built Environment
• Thermal Management in the Process Industry
• Sustained Urban Environment - Energy from Waste
• Hydrogen production by Chemical Looping (with China)

He has particular expertise in: City-wide Combined Heat and Power, Power Generation Systems, Mathematical Modelling, Reacting Fluid Flow, Combustion, Gasification, Energy Recovery Systems, Waste Management and Recycling, Energy from Waste, Pollution Monitoring and Control, Organic and Inorganic Emissions (e.g. Dioxins and Heavy Metals), Energy from Biomass, Invention of Diagnostic Instruments, Ash Detoxification, Solid Propellant Rocket Technology, etc.

He is author of more than 450 papers published in scientific journals, and over 20 patents. He has been awarded and managed a very large number of research grants.

In view of his unusually broad experience and expertise in Science and Engineering he regularly serves on Strategic or Executive Panels for EPSRC, NPL, DEFRA etc awarding several millions of pounds each.

He is internationally pre-eminent as co-inventor of the Malvern laser diffraction particle/droplet sizing instrument that twice won the Queen’s Award for Export. He is co-author of the FLUENT Computational Fluid Dynamic code that led to his International Award by the Finnish Prime Minister of the Ahlstrom Prize, plus several other International Awards by the AIAA, ASME, etc. (The development of computational fluid dynamics, where FLUENT is the world market leader, is arguably one of the most significant developments in modern Engineering.

In recognition of the success of his activities in Combined Heat and Power for ºù«Ӱҵ City, ºù«Ӱҵ University was presented with the prestigious Queen's Award for Environmental Outreach.