Professor George A. Aggidis is Head of Energy Engineering at Lancaster University.
PhD: Lancaster 2010, MSc: Cranfield 1984, BEng (Hons): Bradford 1982.
His engineering career includes academia and 25 years in industry, including nine years abroad. Started his engineering career with the fluid machinery manufacturer Mather & Platt Ltd, Manchester, UK, completing a sandwich university degree in Mechanical Engineering followed by appointments in the UK and abroad including Engineering Director of the largest UK hydro turbine manufacturer Gilbert Gilkes & Gordon Ltd. Developed turbines for hydropower generation projects and physical research prototypes of fluid machinery operating successfully worldwide.
He has over 200 research papers, designs, developments and patent contributions with a strong focus on engineering science applied to industry-led requirements in energy, renewable energy, and fluid machinery.
Eur Ing, CEng, CMarEng, FIMehE, FEI, FIMarEST, FIET, Board Member of IMechE Power Industries Fluid Machinery Group.
Professor George A. Aggidis is Head of Energy Engineering at Lancaster University.
PhD: Lancaster 2010, MSc: Cranfield 1984, BEng (Hons): Bradford 1982.
His engineering career includes academia and 25 years in industry, including nine years abroad. Started his engineering career with the fluid machinery manufacturer Mather & Platt Ltd, Manchester, UK, completing a sandwich university degree in Mechanical Engineering followed by appointments in the UK and abroad including Engineering Director of the largest UK hydro turbine manufacturer Gilbert Gilkes & Gordon Ltd. Developed turbines for hydropower generation projects and physical research prototypes of fluid machinery operating successfully worldwide.
He has over 200 research papers, designs, developments and patent contributions with a strong focus on engineering science applied to industry-led requirements in energy, renewable energy, and fluid machinery.
Eur Ing, CEng, CMarEng, FIMehE, FEI, FIMarEST, FIET, Board Member of IMechE Power Industries Fluid Machinery Group.