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Professor Stuart Burgess serves in the Department of Mechanical Engineering at the University of Bristol, where he has worked since 1997 following roles at the European Space Agency and Cambridge University. His career spans spacecraft mechanism design, biomechanical systems optimization, and elite sports engineering collaborations. Research focuses on efficiency modelling of mechanical systems across structures, mechanisms, buildings, and transport systems. Key specializations include: Design and optimization of robotic joints and limbs Bio-inspired engineering systems Solar array deployment mechanisms for satellites Chain drive systems for competitive cycling Industrial projects involve the British Olympic Cycling Team, Triumph, Jaguar, MOD, and British Aerospace. His 2019 IMechE James Clayton Prize recognized transformative contributions to UK mechanical engineering science, particularly spacecraft design for ESA and Olympic cycling innovations. IMechE James Clayton Prize (2019) - £10,000 award for major contributions to mechanical engineering science Current engagements include a 2021 Visiting Fellowship at Clare Hall College, Cambridge, and ongoing biomechanics research with national sports organizations. Collaborative projects emphasize practical applications in aerospace, sustainable transport, and athletic performance enhancement.

• Mechanical Engineering
• Spacecraft Design
• Biomechanics
• +5 more

Jonathan Hargreaves is a Lecturer in Acoustic and Audio Engineering at the University of Salford, within the School of Science, Engineering & Environment. He is a member of the Acoustics Innovation Institute and serves as Programme Leader for the MSc Acoustics program. His research focuses on pushing new frontiers in Computational Acoustics, particularly for Auralisation applications. His work spans a wide range of acoustic engineering topics including: Novel computational acoustic algorithms Loudspeaker design and characterisation Material characterisation Microphone arrays Acoustic testing of aerospace hardware Hargreaves' recent publications demonstrate a strong focus on applying computational methods to practical acoustic problems, with particular emphasis on heat pump noise assessment (relevant to UK Net Zero targets), boundary element methods, and acoustic testing for aerospace applications. His work bridges theoretical computational acoustics with real-world engineering challenges. Among his notable achievements is the UK Institute of Acoustics' Tyndall Medal awarded in 2016 for outstanding contribution to acoustics research and education. Professionally, he serves on the IOA Research Coordination Committee and the UK Acoustics Network Special Interest Group for Computational Acoustics. His industrial collaborations include Arup, KEF, Celestion, RAL Space, and Funktion-One, demonstrating strong industry engagement.

• Computational Acoustics
• Boundary Element Method
• Microphone Arrays
• +4 more

Dr. James Stubbing serves as an Assistant Professor in Chemistry within the School of Life Sciences at the University of Sussex. His academic journey includes a PGCertHE from Sussex (2023), PhD from Sussex (2015-2020), and MChem(Hons) Chemistry with a year abroad from the University of Bath (2011-2015). Dr. Stubbing's research spans three primary domains: astrochemistry focusing on molecular ices in space environments, space propulsion systems including Hall effect and microwave-based thrusters, and analytical chemistry with applications in pharmaceuticals and environmental science. His work bridges laboratory investigations with real-world applications, developing specialized instrumentation for cryogenic and ultra-high vacuum environments. His recent publications (2022-2024) demonstrate active research programs in space propulsion validation and analytical methods for therapeutic products. The publication timeline shows consistent output since his PhD, with particular emphasis on molecular spectroscopy techniques applied to both astrophysical and practical problems. Dr. Stubbing's research environment includes advanced instrumentation for: Cryogenic ice studies Space propulsion testing Ultra-high vacuum surface analysis Advanced spectroscopic techniques As an early-career researcher building his independent program, Dr. Stubbing offers students opportunities to work at the intersection of fundamental science and practical applications, with particular strengths in instrumentation development and molecular characterization techniques.

• Astrochemistry
• Space propulsion systems
• Molecular spectroscopy
• +6 more