Find Academic Supervisors

• Computer Aided Design
• CNC Machining
• Manufacturing Processes
• +3 more

Parag Vichare is a Lecturer in Manufacturing and Computer Aided Engineering at the University of the West of Scotland (UWS), where he also serves as Programme Leader for the BSc Computer Aided Design Programme. He holds academic affiliations within the School of Computing, Engineering and Physical Sciences. His research focuses on product data management in multi-CAD environments, CNC machining, remanufacturing strategies, and STEP-NC standards. Dr. Vichare has led or co-led over 20 research projects, securing funding from bodies like the Scottish Funding Council, Innovate UK, and the EPSRC, totaling hundreds of thousands of pounds in grants. His teaching spans undergraduate and postgraduate modules including Computer Aided Design, Advanced Machining Systems, and Product Design. He has also served as an external examiner for multiple universities and contributed to international collaborations such as the Erasmus+ funded eAccess project, promoting accessible education in smart power systems. Notable awards include the Gold Medal (2005) and the Overseas Research Students (ORS) Award (2006). Research Highlights: Remanufacturing processes for circular economy, machine tool health monitoring, and extended reality (XR) in engineering education. Collaborations: Aerospace/Automotive manufacturers, Scottish Institute of Remanufacture, and international institutions like the University of Huddersfield and Changchun Institute of Technology. His work aligns with UN Sustainable Development Goals related to sustainable manufacturing and innovation. Recent research explores XR integration in teaching, structural optimization of agricultural machinery, and PEM fuel cell performance in harsh environments.

• Manufacturing Simulation
• Energy Efficiency
• Smart Manufacturing Systems
• +5 more

Alan Arokiam is a Senior Lecturer at the School of Computing, Engineering and Physical Sciences, University of Greenwich. His research focuses on manufacturing simulation, energy efficiency in industrial systems, and materials science. He has expertise in discrete event simulation, ERP implementation, and smart manufacturing systems design. His work bridges theoretical computational modeling with practical industrial applications, addressing challenges in quality management, compressor performance optimization, and legacy factory energy systems. His research interests span atomic-scale simulations of material behavior (e.g., Cu-Fe alloy interactions) to large-scale industrial processes. Notable contributions include energy toolkit development for manufacturing and closed-loop quality management frameworks. He has published extensively on topics ranging from nuclear materials irradiation effects to SME ERP adoption strategies. His interdisciplinary approach integrates computer science, engineering, and materials science to solve real-world operational and environmental challenges. Key research trends in his articles include: 1) Energy efficiency optimization across scales, 2) Simulation-driven decision-making in manufacturing, 3) Material defect analysis under irradiation, 4) ERP-CSF alignment in SMEs. While no specific awards are listed, his work demonstrates sustained contributions to both theoretical and applied engineering domains. No student advisees or grant details are explicitly mentioned in the provided information. His academic affiliation suggests involvement in teaching and research supervision within engineering disciplines.

• Creative Technologies
• Games User Research
• Ergogenic Aids
• +6 more

Dr. Pooya Soltani is a Senior Lecturer at Staffordshire University's Digital, Tech, Innovation & Business School. His research bridges game technology with healthcare, sports performance, and human behavior analysis. He holds a PhD in Sports Sciences (Biomechanics and Human Energetics) from the University of Porto, and MSc/BSc degrees from Shiraz University. Key research areas include mixed reality technologies' impact on human behavior, VR applications in rehabilitation, and exergaming for diabetes management. He has secured significant grants, including Marie Skłodowska-Curie Actions (2018) and Collège de France Postdoctoral Funding (2018-2019). Teaching focuses on serious games, military game design, and project management. His work has been featured in BBC, Bloomberg, and Daily Mail, emphasizing public engagement in technology-driven health solutions. Professional highlights include: Designed VR-based training programs for motor control and deception analysis Developed exergame policies adopted by the Brazilian Society of Diabetes Conducted workshops on tech integration for SMEs and creative enterprises Recipient of Whatuni Student Choice Awards 2023 for Facilities & Social Inclusion Current roles include academic leadership, operational management, and enterprise activities, alongside ongoing research in hyper-realistic avatars and their behavioral impacts.

• Human-Computer Interaction
• Mobile Technology
• Digital Learning
• +4 more

Steve Love is a Senior Researcher at the Digital Design Studio of The Glasgow School of Art, focusing on the impact of mobile technology and digital applications on human behavior, learning, and usability. His work spans interdisciplinary research in areas such as medtech for children, autonomous driving UX, cybersecurity, and mobile governance. He has led projects funded by the European Space Agency, ESA Digital Good Network, and industry partners like BT and Sharp Laboratories Europe. Notably, he received an Industrial Secondment Award from the Royal Academy of Engineering. Love's research explores topics including multimodal play in healthcare, ethical implications of digital tools, and user experience design for emerging technologies. He is the author of Understanding Mobile Human-Computer Interaction (2005) and editor of Handbook of Mobile Technology Research Methods (2009). His contributions include over 60 publications, emphasizing empirical studies on phishing avoidance, mobile commerce drivers, and cultural factors in technology adoption. His recent work highlights co-design methodologies in medtech (e.g., MRI preparation for children via mixed realities) and the psychological dimensions of autonomous vehicle interaction. Collaborations with institutions like the European Social Fund and Orange underscore his industry-academia partnerships. Key Projects: ESRC Digital Good Network (2025), Mixed Realities Play Kit (2023), Autonomous Driving Feedback (2021) Awards: Royal Academy of Engineering Industrial Secondment Award Labs/Teams: Digital Design Studio at GSA

• Nanomaterials Synthesis
• Energy Applications
• Biomedical Engineering
• +3 more

Fang Xie is a Professor of Functional Materials at Imperial College London's Department of Materials, Faculty of Engineering. Her research focuses on nanomaterials synthesis and fabrication using advanced techniques like colloidal lithography and nanoimprint lithography, with applications spanning energy conversion, biomedical engineering, and nanotechnology. Dr. Xie's research integrates metal and semiconducting nanoparticles for innovations in photothermal therapy, biosensing, photocatalysis, and sustainable energy solutions. Her work consistently explores plasmonic enhancements and nanomaterial functionalization for improved performance in medical diagnostics and renewable energy applications. Her recent publications demonstrate strong trends in multifunctional nanomaterials for biomedical theranostics (especially NIR-II imaging and photothermal therapy) and sustainable technologies (CO2 reduction, hydrogen evolution). The research consistently leverages plasmonic effects and hybrid nanostructures to achieve breakthrough enhancements in efficiency. Grants: Postgraduate scholarships (Imperial College London) International students funding opportunities Dr. Xie leads research in nanomaterials fabrication and mentors graduate students, with her lab developing cutting-edge solutions at the intersection of materials science, photonics, and biomedicine.

Chun WuView profile

Associate Professor

• Computer-aided Drug Design
• Molecular Dynamics Simulation
• Molecular Modeling
• +3 more

Chun Wu, Ph.D., is an Associate Professor in the Department of Chemistry & Biochemistry at Rowan University, within the College of Science & Mathematics. He holds a BS and MS in Chemistry from Xiamen University, an MS in Computer Science from the University of Delaware, and a PhD in Chemistry from the University of Delaware. His research focuses on computer-aided drug design, molecular dynamics simulation, and molecular modeling, with a long-term goal of understanding biomolecular structures and functions to enable rational drug design. Specific projects include developing cancer drugs targeting DNA/RNA quadruplexes, analgesics for GPCRs, antiviral agents against herpes virus, and diabetes treatments targeting inflammation pathways. Dr. Wu’s honors include a 2010 Travel Award from the IBBI conference in Berlin, a Dean’s List recognition at the University of Delaware (2004), and an Excellent Thesis Award from Xiamen University (1999). He is a member of the American Chemical Society. His research employs advanced computational methods to analyze drug-receptor interactions and simulate molecular dynamics, with recent work focusing on SARS-CoV-2 mechanisms, antibiotic resistance, and G-quadruplex stabilization. Publications highlight interdisciplinary approaches in virology, oncology, and drug design, often combining experimental and computational methods to address complex biological problems. His lab explores both fundamental mechanisms and translational applications in medicine and biotechnology.

Benjamin RossView profile

Senior Lecturer

• Medicinal Chemistry
• Drug Discovery
• Alzheimer's Disease
• +2 more

Dr. Benjamin Ross is a Senior Lecturer in the School of Pharmacy and Pharmaceutical Sciences at the University of Queensland. His research applies computer-aided drug design and synthetic chemistry to develop novel therapeutics for cancer, viral infections, and neurodegenerative disorders like Alzheimer's disease. Education includes: Bachelor of Science (Honours) from University of Queensland PhD in Medicinal Chemistry from University of Queensland Research integrates computational approaches with experimental validation using biochemical assays and disease models. Key areas include acetylcholinesterase inhibitors for Alzheimer's, antiviral nanoparticles, amyloid inhibition strategies, and advanced drug delivery systems using functionalized nanomaterials. Recent publications demonstrate strong trends in nanomedicine (particularly silica-based delivery systems) and computational drug discovery. Later works increasingly focus on translational applications like 3D-printed personalized medicines and plant-derived bioactive compounds. Dr. Ross teaches undergraduate pharmacy courses including Drug Discovery, Dosage Form Design, and coordinates the research higher degrees program. He currently supervises multiple PhD students working on Alzheimer's therapeutics, antiviral nanoparticles, and computer-aided drug design. His research group collaborates internationally on projects involving enzyme-responsive drug delivery and biomimetic hydrogels.

• Fashion Technology
• Functional Clothing Design
• 3D Body Scanning
• +3 more

Kristina Brubacher is a Senior Lecturer in Fashion Technology at the Department of Materials, University of Manchester. Her work focuses on interdisciplinary research at the intersection of clothing, body, and self-identity. She holds a PhD from Manchester Metropolitan University (2018), Master of Science in Clothing Product Development (2013), and BSc in Textile and Clothing Management (2009). Her research explores functional clothing design using 3D technologies, virtual fit systems, and user-centered methodologies to enhance garment-body interactions. Education: BSc Textile and Clothing Management, Hochschule Niederrhein (2005-2009) MSc Clothing Product Development, Manchester Metropolitan University (2012-2013) PhD in Design Development of Compression Sportswear (Manchester Metropolitan University, 2018) Research Interests: Brubacher's work emphasizes technical innovations in sportswear and functional clothing, including 3D body scanning applications, compression garment efficacy, and sustainable sizing methodologies. She advocates for user-centered design approaches that integrate functional, aesthetic, and behavioral aspects of clothing. Her studies on body segmentation diversity and virtual fit technology aim to improve garment adaptability for diverse populations. Professional Roles: She serves on the Editorial Board of Sports Engineering (2021–present) and co-led the Apparel Advance project (2020–2021), focusing on sustainable apparel manufacturing. Her research contributes to UN Sustainable Development Goals related to quality education and sustainable consumption. Labs/Teams: Active member of the Fashion Business & Technology Group at the University of Manchester, collaborating with interdisciplinary teams on projects blending textile science, engineering, and human factors.

Anna BosloughView profile

Lecturer

• Engineering Education
• Mechanical Engineering
• Architectural Design
• +3 more

Anna Boslough is a Lecturer at Stanford University with appointments in the Mechanical Engineering and Civil and Environmental Engineering departments. She teaches ME 128/318 (Computer-Aided Product Realization) and CEE 131G (Architectural Design and Fabrication), emphasizing hands-on, project-based learning. Her research focuses on integrating reflective and technical competencies in engineering education, as evidenced by her 2024 publications in the American Society for Engineering Education (ASEE). She also co-designed the Product Realization Lab's curriculum using cognitive approaches to enhance student engagement and skill development. Professionally, Boslough has contributed to climate change solutions at Saildrone Inc. (ocean science navigation systems) and Mainspring Energy (clean energy R&D). Her engineering background includes mechanical design, CAD/CAM, CNC machining, and material science, demonstrated in projects like the Wulik Reel and furniture designs. She actively promotes experiential learning through the Harkness method, blending analytical and creative approaches to engineering education. Her artistic work, including wildlife illustrations and papercut art, reflects her Alaskan heritage and passion for nature. While no formal grants or labs are explicitly listed, her academic profile highlights cross-disciplinary innovation in both technical and creative realms.

Eckhard WellbrockView profile

Professor

• Digital Integrated Product Development
• Computer-Aided Design (CAD)
• Virtual Product Design (VPE)
• +3 more

Professor Eckhard Wellbrock holds the Professorship for Digital Integrated Product Development at the Faculty of Mechanical Engineering of Kiel University of Applied Sciences. His academic role focuses on teaching and research in CAD, virtual product design (VPE), and Product Lifecycle Management (PLM). He is affiliated with the Institute of Production Technology and CIM-Technology Transfer. His academic career includes taking up the current professorship in September 2023. Office hours are Tuesdays 10:00-11:00 a.m. by appointment via email. He offers project collaboration and service in his specialization areas. Research interests emphasize digital integration in product development processes, with a focus on bridging theoretical concepts with practical industry applications. His work contributes to advancing manufacturing technologies through digital tools and lifecycle management frameworks.

Andrew LyndonView profile

Associate Professor

• Animation
• Film
• Digital Art
• +2 more

Andrew Lyndon is an Associate Professor at the California College of the Arts , where he has taught since 2006 and served as Chair of the Animation Program. He is a multidisciplinary artist working as a Painter , Animator , and Filmmaker , creating stand-alone video art, narrative films, and freelance multimedia projects. BFA, Bennington College (1982) MFA, Yale University (1985) Lyndon’s research interests focus on animation as a narrative and educational tool, digital art that bridges traditional and new media, and documentary filmmaking that explores social justice themes. His work often intersects with collaborative performance and interactive learning design . His recent projects include the 2024 animated documentary Choosing to See , the 2023 de Young Open 2023 exhibition, and the 2022 PBS-distributed animated documentary Brother . He has also contributed to large-scale educational initiatives like the 2014 California Early Educator Competencies for the California Department of Education. NEA Artist in Residence (2008) at the San Francisco Exploratorium Macdowell Colony Fellow (1991) Lyndon has taught extensively, including roles at Pixar Animation Studios (1999–2003) as digital imaging instructor, and at institutions like the Academy of Art University (2004–2006) and Mission College (2004–2006). He is actively involved in both pedagogy and creative practice , with a focus on animation education and digital art innovation .

Stephen SpurrierView profile

Senior Lecturer

• Bio-inspired Design
• Sports Engineering
• Product Design
• +3 more

Stephen Spurrier serves as a Senior Lecturer in the Department of Engineering within Manchester Metropolitan University's Faculty of Science and Engineering. He teaches across undergraduate and postgraduate programs including MSc Digital Design and Manufacturing and MEng Mechanical Engineering, leveraging extensive industrial experience in design and engineering disciplines. His educational background comprises a BSc (Hons) in Computer Aided Design, MSc (Hons) in Product Design & Management, PGCE in Teaching & Learning, and vocational qualifications (AGNVQ Engineering, NVQ 3 Product Manufacture). Additional professional development includes part-time Film Studies at A level. Dr. Spurrier's research centers on bio-inspiration in product design , specifically investigating how climbing animals' foot morphology informs climbing shoe development. His work establishes biomimetic design methodologies to enhance user comfort and performance, driven by his core philosophy that 'every problem has a solution'. Current projects integrate biological principles into sports technology with focus on consumer immersion in nature-inspired products. His publication trajectory (2022-2025) reveals cohesive advancement in sports engineering biomimetics through peer-reviewed journal articles, international conference presentations, and a forthcoming handbook chapter. These works collectively pioneer applications of biological engineering to sports technology with emphasis on climbing mammals' adaptations for footwear innovation.

Bilel HAFSIView profile

Associate Professor

• Organic Electronics
• Nanotechnology
• Materials Engineering
• +5 more

Bilel HAFSI is an Associate Professor at the ICAM Institute (University of Lille) and a member of the NCM research group. His expertise spans organic electronics, nanotechnology, materials engineering, and computer modeling. He obtained his PhD from the Institute of Electronic, Microelectronics and Nanotechnology (IEMN) under Prof. Kamal Lmimouni and Prof. Adel Kalboussi, focusing on nanoparticle-based memory devices. He has held roles as a research and teaching assistant at École Centrale Lille, IMT Lille-Douai, and University of Lille. Previously, he worked at AIMAN-Films Group on phononic crystal sensors and as a robotics/IoT consultant at Techshop Les Ateliers Leroy Merlin. Research interests include developing novel soft-electronic devices through self-assembly processes, optimizing memory device performance (e.g., endurance, memory window), and exploring neuromorphic applications using organic materials. His work integrates electrical engineering and materials science, with a focus on nanoscale systems. Notable achievements include winning the 2018 regional award for best international PhD thesis in sciences and technologies. His scientific production includes publications in Organic Electronics and Journal of Electronic Materials, emphasizing polymeric memory devices, graphene-based simulations, and neuromorphic transistor behavior. He collaborates with multiple research groups (e.g., NCM, ACOUSTICS, ANODE) and contributes to projects in micro/nano-optoelectronics, THz photonics, and low-power sensors. Current affiliations include the ICAM Institute, where he teaches and conducts advanced materials research.

KlimmerView profile

Professor

• Organizational Design
• Change Management
• Industrial Goods Marketing
• +6 more

Prof. Klimmer is a Professor of Marketing, Organization, and Project Management at the Faculty of Industrial Engineering, Mannheim University of Applied Sciences. He holds a PhD in Business Administration (Dr. rer. pol.) from the University of Mannheim and has extensive industry experience, including roles as Project Leader at Fraunhofer ISI and Director of Corporate Development in a leading medical technology company since 1998. His research focuses on Organizational Design, Change Management, and Industrial Goods Marketing. He teaches courses such as Project Management and Product Planning. Key research interests include optimizing organizational structures, managing change in industrial contexts, and strategic marketing for capital goods. His publications span books like Unternehmensorganisation (2025) and articles on topics like service marketing challenges and process efficiency in production systems. He actively supervises master’s theses on themes like customer satisfaction optimization and market analysis in China’s automotive sector. His expertise bridges academia and industry, with a focus on practical solutions for operational and strategic challenges. He is reachable via m.klimmer@hs-mannheim.de and via Webex at https://hs-mannheim.webex.com/meet/m.klimmer.

Don RoosanView profile

Associate Professor

• Artificial Intelligence
• Quantum Computing
• Healthcare Informatics
• +3 more

Dr. Don Roosan is an Associate Professor in Data Science at Merrimack College, specializing in cutting-edge applications of artificial intelligence (AI), quantum computing, and mixed reality in healthcare. He holds a Ph.D. in Biomedical Informatics from the University of Utah and a PharmD from Purdue University. His research focuses on leveraging AI for improving patient outcomes, quantum computing for drug discovery and molecular design, and mixed reality applications for genomics and biosecurity. He has also contributed to nutrigenomics database development and telehealth security through post-quantum cryptography. Dr. Roosan’s teaching portfolio includes computational sciences, sleep and circadian rhythms, biostatistics, quantum computing, and human-computer interaction. His work integrates AI with health informatics, addressing challenges such as opioid abuse detection, electronic health record optimization, and healthcare equity in underserved populations. He pioneered the PGxKnow augmented reality application for pharmacogenomics education and developed frameworks for blockchain-based healthcare data security. His recent publications highlight advancements in quantum-aided molecular classification, AI-driven EHR exploration, and telehealth biosecurity. His articles emphasize interdisciplinary approaches at the intersection of quantum computing, AI, and healthcare, with a focus on transforming clinical decision-making and drug development. Dr. Roosan’s research also addresses health disparities in digital technology design and the ethical integration of nutrigenomics into clinical practice.