Find Academic Supervisors

Eleanor MorganView profile

Senior Lecturer

• Art and Ecology
• Interdisciplinary Art
• Multispecies Studies
• +3 more

Dr Eleanor Morgan is a Senior Lecturer in Fine Art at the School of Design and Creative Arts , Loughborough University . Her practice spans sculpture, printmaking, performance, and video, focusing on human-animal relationships and ecological interdependence. She holds a doctoral degree from the Slade School of Fine Art and UCL Department of Anthropology. Recent grants include the Leverhulme Prize in Visual Art (2024) , AHRC funding, and an Arts Council DYCP grant for ecology-focused work. Her research explores materials and processes across species, exemplified by her book Gossamer Days (2016) on spider silk history and exhibitions like Tale of the Frozen Bits (2023), which examines fertility and ecological entanglements. Collaborations include the Printers’ Symphony collective and projects funded by Artquest and Daiwa grants. She serves on the editorial board of Printmaking Today . Awards include the Leverhulme Prize and recognition for her Serpentine Gallery -commissioned film Have you had a productive day? (2023). Upcoming projects involve a Leverhulme-funded exploration of animals that eat art, blending artistic practice with multispecies inquiry.

Chetna PrajapatiView profile

Senior Lecturer

• Biotechnology in Textiles
• Sustainable Textile Production
• Enzyme-based Design Tools
• +3 more

Chetna Prajapati is a Senior Lecturer in Textiles and Co-Director of Global Engagement at Loughborough University's School of Design and Creative Arts. She holds a PhD in Biotechnology for Textile Design from De Montfort University and is a Fellow of AdvanceHE (FHEA). Her work bridges art, design, science, and technology to drive sustainable innovation in textile production. Previously, she lectured at Chelsea College of Arts and has industry experience in both creative and technical roles. Education: BA (Hons) Textile Design, Chelsea College of Arts, University of the Arts London MA in Printed Textiles, Royal College of Art PhD in Biotechnology for Textile Design, De Montfort University Research Interests: Chetna's research focuses on applying biotechnology—particularly enzymes—to enhance textile design and production sustainably. She explores eco-friendly coloration, surface patterning, and interdisciplinary collaborations to achieve economic, environmental, and social benefits. Her work has been published in journals like Journal of Cleaner Production and presented globally. Articles & Trends: Her publications emphasize enzyme-based solutions for textile innovation, including laccase-catalysed coloration, shrink-resistant coatings, and sustainable dyeing methods. These contributions align with global trends toward eco-conscious manufacturing and biodegradable materials. Awards: Fellow of AdvanceHE (FHEA) Advising & Grants: Chetna supervises postgraduate research and co-led the LEBIOTEX project (funded by Arts and Humanities Research Council), a collaboration between universities and industry partners to integrate biotechnology into textile design. Labs/Teams: Her research is part of interdisciplinary teams exploring textile biotechnology and sustainability, contributing to both academic and industrial advancements.

• Optical Instrumentation
• Laser Technology
• Materials Processing
• +5 more

Professor John Tyrer is a Professor of Optical Instrumentation at Loughborough University, with a career spanning over four decades in engineering and laser technology. He holds academic roles since 1983, progressing from Lecturer to Senior Lecturer before attaining his current rank in 2007. His expertise bridges mechanical engineering fundamentals and advanced optical applications, with notable contributions to laser safety, materials processing, and sustainable textile innovation. His educational background includes degrees from Cranfield and Loughborough University in Mechanical Engineering, followed by industry experience in laser technology for automotive engine design. His research spans diverse fields: optimizing laser systems for energy efficiency, developing sustainable textile dyeing techniques, advancing medical laser safety, and investigating corneal biomechanics using interferometry. Key research themes include laser-material interactions, environmental impacts of manufacturing processes, and integrating holographic optics for precision control. His work often addresses practical challenges like fume management in laser cutting or radiation safety in dermatology. He has also contributed to STEM education, studying teacher confidence and curriculum design. Awards and recognitions are not explicitly listed, but his prolific publication record (over 50 articles from 2005–2025) highlights sustained academic impact. His research has been applied in automotive, medical, textile, and aerospace industries, emphasizing both innovation and real-world problem-solving.

Edwin BaynesView profile

Senior Lecturer

• Geomorphology
• Fluvial Systems
• Bedrock Erosion
• +4 more

Dr. Edwin Baynes is a Senior Lecturer in Physical Geography at Loughborough University, UK. His research focuses on fluvial geomorphology, bedrock erosion, and the impacts of extreme flood events on landscape evolution. He holds roles such as Undergraduate Admissions Tutor and is actively involved in professional organizations like the British Society for Geomorphology and the European Geosciences Union. Baynes completed his PhD at the University of Edinburgh (2011–2015) and held postdoctoral positions including a Marie Skłodowska-Curie Fellowship at CNRS/Université de Rennes 1 (2016–2018). His fieldwork has extensively explored Iceland's volcanic landscapes, particularly the Jökulsárgljúfur canyon system, where he pioneered studies on canyon formation via catastrophic floods. Key research interests include knickpoint dynamics, sediment transport mechanisms, and the application of LiDAR and 3D printing in geomorphological analysis. He has received prestigious awards such as the Mike Kirkby Award (2023) and Dick Chorley Medal (2018). Current initiatives include leading the British Society for Geomorphology Annual Conference (2024) and supporting the NERC Resilient Flood Futures CDT. Baynes’ work bridges Earth surface processes and planetary science, with notable contributions to understanding Martian channel systems. His publications span experimental fluvial modeling, bedrock river dynamics, and environmental policy related to microfibre pollution.

• Sustainable Supply Chain Management
• Process Improvement
• Circular Supply Chains
• +3 more

Claire Hannibal is a Professor of Operations Management and Associate Dean for Research and Knowledge Exchange at Robert Gordon University. Her research focuses on process improvement, sustainable supply chains, and humanitarian logistics. She has held faculty positions at several UK universities and previously worked in Ethiopia with VSO. Claire has been awarded the Professor Ian Beardwell Prize (2022) and the David Lepak Award (2022), and is a Fellow of the Higher Education Academy (FHEA). Education includes a PhD in Management Science (University of Manchester), MPhil in Management Science (University of Manchester), MSc in Design and Manufacture (Manchester Metropolitan University), and BEng (Hons) in Manufacturing Management (University of Salford). She also holds a Postgraduate Certificate in Teaching and Learning in Higher Education. Her research explores topics such as triple bottom line sustainability, textile supply chains, and information sharing to mitigate supply chain risks. Key projects include the EU-funded ConsenCUS initiative on CO2 capture and storage, and studies on co-production in the voluntary sector. She supervises PhD students in areas like sustainable project management and humanitarian logistics. Claire's recent work emphasizes AI-driven supply chain resilience, humanitarian logistics complexity, and circular economy practices. Her articles span journals like Supply Chain Management , International Journal of Production Economics , and Sustainability . Professional recognitions include membership in the British Academy of Management and leadership roles in academic governance. She actively contributes to advancing sustainable operations and public sector service delivery through collaborative research and innovation.

• Nanotechnology
• Environmental Materials Science
• Sustainable Processing
• +4 more

Tak Kim is a Senior Lecturer at Griffith University's School of Environment and Science, specialising in Chemistry and Forensic Science. He holds the Advance Queensland Research Fellow position and is affiliated with the Queensland Micro and Nanotechnology Centre and the Centre for Planetary Health and Food Security. His research focuses on nanomaterials for environmental sustainability, including waste-to-resource processes and energy applications. Education: MEng and PhD in Nano Materials from Griffith University (post-migration to Australia), following a BSc in Materials Science from South Korea. Career progression includes roles as Associate Lecturer (2018-2021), Lecturer (2021-2024), and Senior Lecturer since 2025. Research interests span nanomaterial synthesis, sustainable processing of disposed materials, and applications in energy storage/environmental remediation. He actively collaborates with SMEs to develop practical industrial solutions. Key areas include chitosan-based materials, hydrothermal carbonization, and photocatalytic water splitting. Teaching emphasizes innovative chemistry education strategies, particularly in first-year curricula. He supervises multiple PhD/MSc students focusing on nanomaterials, antimicrobial treatments, and sustainable technologies. Grants include $1.1M from Advance Queensland for waste-to-fertilizer projects and ARC funding for wearable energy storage devices. Labs/Teams: Queensland Micro and Nanotechnology Centre, Centre for Planetary Health and Food Security, Griffith Sciences Group. Awards include Advance Queensland Research Fellowship.

• Regenerative design
• Biodesign
• Multi-species futures
• +4 more

Carole Collet is a Professor in Design for Sustainable Futures at the University of the Arts London (UAL), specifically attached to the Jewellery, Textiles and Materials programme at Central Saint Martins. She holds dual leadership roles as Director of Maison/0, a LVMH-UAL initiative for regenerative luxury, and co-Director of the Living Systems Lab, a research group exploring biodesign and ecological futures. Her work focuses on regenerative design, biodesign, and multi-species futures, addressing planetary boundaries and the biodiversity crisis through interdisciplinary collaboration. She has pioneered curricula such as the MA Biodesign (launched 2019) and the MA Material Futures, integrating sustainability and bio-based innovation into design education. Key projects include Biolace (2012), exhibited globally, and collaborations like Lab-Grown Fur with Imperial College London and Fendi. Her research bridges art, science, and design, with exhibitions at the Pompidou Centre and Biotopia Museum. Grants include the Living Architecture Partnership (SSHRC) and Resilients (European Culture Programme). Collet’s teaching spans over 15 years, advising PhD candidates on topics like regenerative frameworks, microbial textiles, and bio-inspired circular systems. She is a frequent keynote speaker on biodesign and a proponent of 'disobedient' curricula that challenge conventional design paradigms. Labs/Teams: Director of Maison/0 (LVMH-UAL partnership), Co-Director of Living Systems Lab, Lead of Design and Living Systems Lab. Teaching: MA Biodesign, MA Material Futures, Jewellery, Textiles and Materials programme. Future Work: Developing online MA Regenerative Design (2022), expanding LVMH collaborations, and advancing biodesign research in post-petroleum textiles.

• Thermodynamics
• Fluid Mechanics
• Human Thermal Comfort
• +8 more

Dr. Henry Dore is a Research Fellow in Thermodynamics and Fluid Mechanics within the School of Engineering and Informatics at the University of Sussex. He works at the Thermo-fluid Mechanics Research Center (TFMRC) and maintains an active research profile in human thermal comfort, sensor technology, and biomedical engineering applications. His interdisciplinary approach bridges engineering design with medical device development. Education: PhD in Cardio Engineering and Medical Devices, University of Sussex (2023) MSc in Advanced Mechanical Engineering, University of Sussex BEng (Hons) in Sustainable and Renewable Technology, The Open University Certified Associate Fellow (AFHEA) from the Higher Education Authority Dr. Dore's research focuses on human thermal comfort in built environments, with emphasis on energy-efficient heating and cooling systems and sustainable applications of waste heat. His work integrates numerical simulation, experimental methods, and innovative sensor technologies. He has particular expertise in ECG monitoring systems, neonatal care devices, and wearable electronics for medical applications. His publication record shows a clear trajectory in biomedical sensor development, with recent work centering on bio-signal denoising, unconventional sensor applications, and neonatal monitoring systems. The research spans multiple disciplines including biomedical engineering, thermodynamics, and electronic systems design, reflecting his interdisciplinary approach to engineering challenges at the boundaries of contrasting fields. Teaching and Supervision: Current Workshop Lead for module H7136: Sustainability in Engineering Former Doctoral Tutor for Advanced Electronic Systems, Applied Technology for Product Design, Electronic Devices and Circuit Prototyping, Embedded Systems and Sensors, and Robot Design and Implementation Dr. Dore actively participates in professional development through programs like the Sussex First Grants & Fellowship Accelerator Program and specialized training in data storytelling. His work aligns with UN Sustainable Development Goals 9 (Industry, Innovation and Infrastructure), 11 (Sustainable Cities and Communities), and 13 (Climate Action).

Jinwen ZhangView profile

Professor

• Polymer Science
• Biobased Materials
• Composites
• +4 more

Professor Jinwen Zhang is a faculty member at Washington State University's College of Agricultural, Human, and Natural Resource Sciences. His research focuses on polymer science, biobased materials, and sustainable technologies. He holds a Ph.D. in Polymer Science from the University of Massachusetts Lowell (1996) and prior degrees from Chinese institutions. His work emphasizes recycling of waste polymers, development of eco-friendly composites, and applications in renewable materials. Research interests include synthesis of biobased polymers, polymer blends, composites, and recycling strategies for epoxies, carbon fibers, and PLA. He explores flame retardancy, hydrogels, and conductive fibers for wearable electronics. Recent advancements highlight scalable production of vitrimer materials and upcycling of plastic waste into 3D printing resins. His articles span topics like mild chemical recycling of wind turbine blades, lignin-based foams, and hydrothermally recyclable composites. These contributions address sustainability challenges in polymer engineering and material design.

Dmitriy KuvshinovView profile

Lecturer

• Carbon Nanostructures Synthesis and Application
• Carbon Capture and Utilisation Technologies
• Biogas Upgrading Technologies
• +4 more

Dr Dmitriy Kuvshinov is a Lecturer in the School of Engineering at the University of Hull, affiliated with the Faculty of Science and Engineering and Chemical Engineering department. With over 30 years of experience, he specializes in natural gas conversion, carbon capture/utilization technologies, and nanomaterials synthesis. His research leverages computational fluid dynamics (CFD) and COMSOL software for process design. He contributes to teaching modules such as 'Chemical Engineering of Nanomaterials' and 'Transport Processes' at both undergraduate and MSc levels. His research interests include carbon nanomaterial applications, biogas upgrading, and Lab-on-a-Chip systems for bioengineering. Notable projects include the THYME initiative to enhance biogas production and HEIF-funded studies on carbon nanofiber markets. Dr Kuvshinov has supervised multiple PhD students, focusing on topics like hydrogen production from waste textiles and CO2 detection systems. He collaborates with research groups like the Aura Innovation Centre and Biomedical Engineering Research Group. His work bridges engineering and environmental sustainability, addressing challenges in energy systems and waste utilization. Key awards and fellowships: Fellow of the Higher Education Academy (FHEA). Grant-funded projects include £29,937 for biogas process improvement (Research England) and £23,340 for carbon nanofiber market analysis (University of Hull). His work emphasizes circular economy principles and industrial-scale applications of emerging technologies.

Aline Moreira MonçoresView profile

Assistant Professor

• Fashion Design
• Textile Materials
• Consumer Behavior
• +3 more

Aline Moreira Monçores is an Assistant Professor at the University of Beira Interior (UBI) , affiliated with the Department of Arts . She serves as the course director for the Fashion Design program. Her academic background includes a PhD in Management (2012, PUC-Rio), Master's in Design (2006, PUC-Rio), and a Bachelor's in Fashion Design (1999, UVA-RJ). She has extensive training in areas like creative processes, coolhunting, and competitive intelligence. Her research focuses on textile materials in fashion design education, consumer behavior, and trend analysis. Key themes include the interplay between culture, consumption, and production. She has organized material libraries for educational and community use and collaborated on industry support projects in Brazil. Prof. Monçores has published in specialized journals like Modapalavra e-journal and authored book chapters on textile innovation and trend methodologies. Her work emphasizes practical applications of design research in both academic and industrial contexts.

• Solar Energy
• Photovoltaics
• Renewable Energy Systems
• +3 more

Jens Moschner is a researcher at KU Leuven , focusing on advanced photovoltaic technologies and renewable energy systems. His work spans both Solar Energy and Renewable Energy Systems , with specialized contributions to offshore floating PV, solar cell metallization, and hybrid energy harvesting. Based at the Arenberg campus in Leuven, Belgium, he collaborates on interdisciplinary projects addressing energy yield optimization, thermal management, and mechanical durability. Research Themes: Solar cell metallization, offshore floating photovoltaics, hybrid solar-wind systems, thermal performance optimization Technical Domains: Mechanical Engineering, Electrical Engineering, Materials Science, Climate Science Recent publications highlight his expertise in Wire-based and Foil-based Metallization techniques, offshore wind-PV complementarity, and bifacial PV performance enhancement. His work integrates experimental validation with long-term scenario modeling, particularly for North Sea applications.

Divya JyotiView profile

Lecturer

• Sustainability Strategy
• Corporate Social Responsibility
• Organizational Behavior
• +4 more

Divya Jyoti is a Lecturer in Organisation, Work & Technology at Lancaster University Management School (LUMS), part of Lancaster University's quadruple-accredited business school. Her research focuses on sustainability strategy, corporate social responsibility, and ethical leadership, with particular attention to organizational dynamics and pedagogical innovation. She is affiliated with the Centre for Scholarship and Innovation in Management Education at the Pentland Centre. Her work bridges theory and practice, exploring topics like sustainable futures through stakeholder engagement, the role of courage in sustainability leadership, and global supply chain governance in developing economies. Notable outputs include peer-reviewed journal articles in Organizational Dynamics and book chapters on responsible management education. Jyoti's research often intersects organizational behavior with ethical dimensions, examining how professionals navigate sustainability challenges in complex institutional environments. Her recent studies emphasize pedagogical approaches that foster responsibility and ethical decision-making in future leaders. She currently holds no listed academic awards but maintains active participation in interdisciplinary research groups focused on management education innovation and sustainability governance. No formal advisees are documented in the provided materials.

Amy LallyView profile

Lecturer

• Litigation
• Consumer Law
• Privacy Law
• +5 more

Amy Lally is a Lecturer at the University of California, Irvine School of Law, where she teaches Trial Advocacy. She is also a Partner at Sidley Austin LLP, specializing in complex commercial litigation, class actions, and regulatory compliance. Her practice focuses on consumer protection, privacy law, and Proposition 65 litigation. She serves as co-leader of Sidley’s Consumer Class Actions practice and is a member of its California Privacy Task Force. Education: J.D., Georgetown University Law Center, 1998 B.A., Boston College, 1995 (summa cum laude, Phi Beta Kappa, Golden Key National Honor Society) Research Interests: Lally’s work centers on litigation strategies in consumer class actions, privacy law (including CCPA/CPRA), Proposition 65 compliance, and regulatory challenges in the food, beverage, and consumer goods sectors. She advises clients on mitigating litigation risks through proactive policies and protocols. Awards & Recognition: Chambers USA: Food & Beverages (2024–2025) and California Litigation (2025) Law360 MVP for Class Action (2021) Daily Journal ‘Top Women Lawyers’ (2024) Lawdragon ‘500 Leading Litigators’ (2022) Advising & Pro Bono: Lally leads high-stakes litigation defense and advises on strategic transactions. Her pro bono work includes securing mental health care for separated migrant families (a landmark 2019 injunction) and advocating for timely CalFresh approvals. Labs/Teams: She is part of Sidley’s Consumer Class Actions group and chairs its Proposition 65 Clearinghouse Advisory Board. She also contributes to the Cambridge Food Law Forum and USC Institute for Corporate Counsel.

Zjenja DoubrovskiView profile

Assistant Professor

• Additive Manufacturing
• Materials Science
• Mechatronics
• +3 more

Zjenja Doubrovski is an Assistant Professor at the Faculty of Industrial Design Engineering, Delft University of Technology. They hold an MSc in Integrated Product Design (Cum Laude, 2010) and a PhD in Additive Manufacturing (2016). Their research focuses on multi-material Additive Manufacturing (AM), meta-materials, and bio-inspired design, with applications in mechatronics and robotics. They collaborate closely with the 3D printing industry and supervise graduation projects expanding this field. Education includes teaching courses like Computational Fabrication , Computer-Aided Design , and Digital Materials . Awards include the 2023 Best Paper Honourable Mention and the 2013 Best Young Presenter Award at eCAADE. Research interests span soft robotics, 4D printing, sustainable materials, and biohybrid systems. Their work bridges design methodologies with advanced manufacturing technologies, emphasizing innovation and practical collaboration. Research Highlights: Biomimetic composites, smart mechanics, and living materials for carbon absorption. Key Collaborations: Industry partnerships for AM applications, EU-funded projects on sustainable design.