Contact Matthew Collins
Areas of expertise
More than 25 years of design and innovation experience in industry, across a wide range of sectors, from transport and aerospace to consumer products and medical devices.
After graduating from Coventry University's world famous transport design course in 1993 he spent 6 years working for design consultancies, in the UK and Europe, developing road, rail and aerospace concepts and solutions.
From 1999-2015 he successfully owned and operated his own design consultancy before choosing to join Cranfield, after obtaining his PhD there in 2015. During this period, he worked with many leading UK and overseas organisations, some of which are listed below, delivering unique and often breakthrough innovations. In addition, he co-invented the Gtech cordless floor sweeper, which went on to become a world-wide best seller, and more recently invented the highly successful PWB600 workbench which is currently licenced to, and sold by, Robert Bosch GmbH throughout Europe.
Dr. Matt Collins is a Lecturer in Breakthrough Innovation within the Cranfield Centre for Competitive Creative Design (C4D).
Specialist Areas are breakthrough Innovation and the creation of systematic processes and tools that can be used to generate breakthrough innovations for organisations; building upon more than 25 years of design and innovation experience, across a wide range of sectors, from transport and aerospace to consumer products and medical devices.
Currently leading the development of an all-new ‘Breakthrough Innovation Lab’, at Cranfield, which will provide a cross-disciplinary environment, to fuse cutting edge research with advanced manufacturing technologies, to deliver breakthrough innovations for the university and its industrial partners.
- Fagor Brandt
- Nederlandse Spoorwegen
- Procter & Gamble
- Robert Bosch GmbH
- Singapore Airlines
- Smiths Industries
Articles In Journals
- Fidalgo B, Chilmeran M, Somorin T, Sowale A, Kolios A, Parker A, Williams L, Collins M, McAdam EJ & Tyrrel S (2019) Non-isothermal thermogravimetric kinetic analysis of the thermochemical conversion of human faeces, Renewable Energy, 132 (March) 1177-1184.
- Kamranvand F, Davey CJ, Sakar H, Autin O, Mercer E, Collins M, Williams L, Kolios A, Parker A, Tyrrel S, Cartmell E & McAdam EJ (2018) Impact of fouling, cleaning and faecal contamination on the separation of water from urine using thermally driven membrane separation, Separation Science and Technology, 53 (9) 1372-1382.
- Kolios A, Jiang Y, Somorin T, Sowale A, Anastasopoulou A, Anthony B, Fidalgo Fernandez B, Parker A, McAdam E, Williams L, Collins M & Tyrrel S (2018) Probabilistic performance assessment of complex energy process systems – The case of a self-sustained sanitation system, Energy Conversion and Management, 163 74-85.
- Sowale A, Kolios A, Fidalgo B, Somorin T, Parker A, Williams L, Collins M, McAdam E & Tyrrel S (2018) Thermodynamic analysis of a gamma type Stirling engine in an energy recovery system, Energy Conversion and Management, 165 528-540.
- Anastasopoulou A, Kolios A, Somorin T, Sowale A, Jiang Y, Fidalgo B, Parker A, Williams L, Collins M, McAdam E & Tyrrel S (2018) Conceptual environmental impact assessment of a novel self-sustained sanitation system incorporating a Quantitative Microbial Risk Assessment approach, Science of the Total Environment, 639 (October) 657-672.