The IOM3 Composites Group (formerly the British Composites Society) aims to provide a single authoritative voice for the community of professional scientists and engineers working with fibre-reinforced composite materials and structures. The group supports education, skill training, and professional development, and develops the technologies and sustainability of composites, to present a coherent face of the industry.
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Meet the Composites Group Leadership Team
Paul Hogg
Paul is currently Chair of the Composites Group of the IOM3. He was a founding member and secretary of the original British Composites Society formed in 1987 and after merger into the IoM he served as a committee member and then Chair from about 2003 to 2009, returning as Chair in 2021. Paul has had a long career as an academic specialising in composites research, working at the universities of Liverpool, Queen Mary, Manchester and Royal Holloway. He was Head of Materials at QMUL and Manchester and was Vice Principal for Research and Enterprise and Dean of Science at Royal Holloway, until 2021. Whilst at the University of Manchester Paul was the Director of the NorthWest Composites Centre and the National Composites Certification and Evaluation facility.
He now works as a consultant, specialising in the mechanical properties and manufacturing of composites, as well as supporting a number of start-up technology businesses.
Han Zhang
Han Zhang (CEng, CSci, MIMMM, FHEA) joined the IOM3 Composites Leadership Team as the Deputy Secretary in 2023. Han is a Senior Lecturer in Materials Science at Queen Mary University of London. His experience in the field of composites range from manufacturing to characterization of advanced polymer composites and nanocomposites, especially of multifunctional composites for future lightweight structural applications. His current research focuses on the sustainable development of advanced composites, including energy efficient sustainable manufacturing, integrated sensing and structural health monitoring, and easy repairing functionalities for extended components’ life.
Han is the recipient of the Silver Medal from the IOM3 in recognition of his outstanding contribution to the field of composite materials as an early career researcher, also the RH Craven Award in 2010 for his excellence in polymer materials. He is also a member of the EPSRC Early Career Forum in Manufacturing Research, and a member of the Discover Materials working group.
John Summerscales
John Summerscales (CEng, CEnv, CSci, FIMMM) joined the Plastics Institute as a chemistry/polymer joint honours student in Cardiff. After a masters degree in the molecular science of materials at University of Greenwich, then a year indexing polymer industry patents, he moved to Plymouth for his doctoral studies on hybrid composites. He then spent five years characterising glass fibre composites for MOD(Navy). He returned to University of Plymouth (UP) as a founding member of the Advanced Composites Manufacturing Centre (ACMC) to provide professional development for composites manufacturing personnel. He has been Stage 4 “with composites” pathway tutor for undergraduate engineering students since 1990.
His research interests include composites manufacture especially infusion processes, and sustainability focussed on bio-based materials and end-of-life composites. He (co-)edited books on non-destructive testing (NDT), microstructural characterisation, and marine applications of composites. He currently leads the UP MAterials and STructures (MAST) research group. He has been involved in 10 previous Knowledge Transfer Partnerships (KTP), including the development of the award-winning inFINITE beamless seating for modern passenger terminals with Zoeftig Limited, and now a KTP with SWMAS to develop a Scope 3 assessment tool. He was awarded the IOM3 Outstanding Service Award in 2004, and the IOM3 Leslie Holliday Prize in 2023.
Richard Craven
Richard is a Senior Consultant at BAES, he obtained his PhD in Composite Structures from Imperial College London. He is a Chartered Engineer and is a Fellow of the Institute of Materials Minerals and Mining and the Institute of Mechanical Engineers. He has been a member of the IOM3 Composite Leadership Group since 2019. Richard is currently the chair of the Professional working group which also acts as the Skills Development Group for the Composite Leadership Forum. Richard significant experience of the design, simulation, analysis, optimisation and failure of large composite and steel structures for the maritime and renewables sectors. He is also a NAFEMS member and sits on the Continuum Solid Mechanics working group.
Mike Hinton
Prof Mike Hinton’s career spans 40 years of R&D conducted for the UK Ministry of Defence (and latterly QinetiQ) followed by 12 years (so far !) in support of the UK High Value Manufacturing Catapult. In addition, Mike is the CEO of a micro-SME which develops, manufactures and sells innovative structural health monitoring systems for the management of capital assets.
Mike has a breadth of experience across the full TRL and MRL 1-9 spectrum, with understanding of the associated business drivers across a wide variety of sectors, across academia and the links into Government policy. He has a wide-ranging network and personal experience of working on leading edge research (author of a book and many highly cited publications), major defence procurement programs, international defence collaboration, and many industrially focused development programs.
He is a World Fellow of ICCM (awarded by the International Committee on Composite Materials), a visiting professor at Nottingham University and honorary professor at Bristol University.
Andrew Foreman
Andrew Foreman (CEng, FIMMM) is a QinetiQ Fellow and Chief Engineer within the Science & Technology business unit at QinetiQ. Andrew has worked for more than 35 years on all aspects of Fibre Reinforced Polymer Composites, with particular expertise in carbon fibre composites, manufacturing, structural testing and impact. His current role as Chief Engineer includes responsibility for a large portfolio of programmes ranging from low TRL innovative research programmes, to product development and in service platform support.
Edward Archer
Dr Edward Archer is a Senior Lecturer of Advanced Composite materials in the School of Engineering at Ulster University. He is currently chair of the Meetings and Events Working Group in the IOM3 Composites Leadership Team. His research is focused on manufacturing and characterising 3D woven composite reinforcement structures and the prediction of their properties with key aspects of the work carried out in collaboration with major companies in several industrial sectors. His research group operates both within the Engineering Composites Research Centre at Ulster University and at Northern Ireland Advanced Composites and Engineering Centre (NIACE) in Belfast.
Dr Konstantina Kanari
Dr Konstantina Kanari is an Advanced Research Engineer at the National Composites Centre. With extensive research experience in the development of innovative composite materials, her main interests focus on materials for extreme environments for both terrestrial and space applications. Dr Kanari has previously worked for Rolls-Royce and GKN Aerospace and has a PhD from the University of Bristol in Advanced Materials. She is passionate about promoting STEM to all audiences, and regularly organises and attends outreach events.
Dr Koon-Yang Lee
Dr Koon-Yang Lee is Professor in Polymer Engineering at Imperial College London. He currently leads the Future Materials Group, a young and dynamic research group consisting of 'multilingual' scientists and engineers proficient in the development of chemical engineering-driven environmental friendly material innovations for a sustainable future. His research is highly interdisciplinary, often crossing the fields of materials chemistry, chemical engineering, physics and materials engineering, to develop novel polymeric materials. The core research focus include the design of nanocellulose-derived advanced composite materials, the manufacturing of cellulose and lignocellulose-derived sustainable materials, valorisation of waste into engineering materials and the development of lightweight porous materials, guided by the concepts of simple design, manufacturability and radical effects.
