Motivated professional with expertise in leadership and innovation, possessing extensive experience across a broad range of aerospace disciplines, including aerodynamics, aircraft stability, avionics, performance, design, manufacturing and systems integration. Committed to leveraging skills to drive advancements in aerospace technology and contribute to cutting-edge projects.
Experienced researcher with focus on advanced scientific studies and interdisciplinary projects. Capable of driving innovative research initiatives and delivering impactful results through strong foundation in analytical methods and collaborative teamwork. Skilled in synthesising complex data and presenting findings to diverse audiences.
Expert in sustainability initiatives within aviation, focusing on innovative solutions to combat global climate challenges.
Available to advise and consult on a wide variety of aviation topics including the use of hydrogen and cryogenics to deliver true zero emission flight.
I built an overall aircraft design capability that previously did not exist in GKN. My team developed hydrogen fuel cell aircraft concepts that were sufficiently detailed so as to identify requirements for all the internal components of the powertrain.
Our aircraft concepts have received worldwide attention as we have extended the payload and range capability towards a single aisle replacement aircraft.
Led numerous international and UK based research programmes culminating with the BLADE laminar flow demonstrator activity funded by Clean Sky 1.
Identified, conducted and analysed numerous flight test activities on the majority of the Airbus portfolio. Tests were constructed to identify the root cause of a variety of in-service and developmental issues.
Led the Manchester School of Engineering for 6 years and successfully completed an improvement in the RAE rating up to Grade 5 within that period.
Led a unique research group that developed novel control effectors for aircraft and a number of innovative flow control concepts.
Designed and implemented a new undergraduate degree programme that focused on Problem Based Learning.
Designed and conducted numerous wind tunnel campaigns in conjunction with NASA Ames Research Centre.
Co-supervised PhD students within the Department of Aero/Astro at Stanford.
Leadership of small technical teams up to an entire academic department of 1000 students
Innovation: in excess of 25 patents have been granted across a wide range of topics
Experience across a broad range of aerospace disciplines including aerodynamics, aircraft stability, avionics, performance, design and systems integration
Supervision of numerous PhD programmes
Skilled presenter with the ability to communicate complex concepts to audiences from Junior school age pupils (STEM) to large international conferences and funding agencies
Problem solving: able to identify the root cause of complex multi-disciplinary issues at an aircraft level often from limited data sets
I have published in excess of 100 Journal articles and conference papers. A full list is available on request.