Dr. Leonard Heilig is a Researcher at the Institute of Information Systems within the University of Hamburg Business School at the University of Hamburg. His work focuses on integrating advanced technologies such as digital twins, blockchain, and cloud computing into maritime logistics and port operations. He is affiliated with the Von-Melle-Park 5 office in Hamburg and can be reached at leonard.heilig@uni-hamburg.de . He holds a Ph.D., though specific educational details are not provided in the text. His research interests include optimizing automated container terminals, reducing environmental emissions in ports, and enhancing enterprise architecture management through agile methodologies. He has contributed to frameworks for port-centric information management and inter-terminal truck routing, emphasizing real-time data utilization and sustainability. His recent publications highlight trends in digital twin applications for port operations, blockchain integration in maritime logistics, and cloud-based optimization solutions. While no scientific awards are explicitly listed, his work demonstrates significant contributions to smart port systems and digital transformation in logistics. He collaborates within the Institute of Information Systems team and has been involved in projects like port-IO , a mobile cloud platform for truck routing optimization. Grants and advising roles are not detailed in the provided texts.
Robin Rofallski is a researcher at the Institute for Applied Photogrammetry (IAPG), affiliated with Jade University in Oldenburg. His work focuses on optical 3D metrology and its applications in archaeological conservation , underwater imaging , and industrial measurement systems . He actively contributes to projects like OptiKons (3D monitoring of wet wood) and Digital Rubber Processing (automated production chain). Research Interests : 3D geometric analysis for conservation and industrial use Underwater photogrammetry and sensor fusion Dynamic fluid-structure interaction modeling Rolling shutter distortion correction in imaging Recent Trends : His publications emphasize real-time 3D measurement systems (2024) and underwater photogrammetry (2023), with collaborations at institutions like Lovion GmbH and Jade University. Projects like TurbuMetric (2018-2022) explore turbulent wind environments using 3D metrology. Projects & Collaborations : Lead role in OptiKons (2023-2025, funded by DBU) Subproject analysis in Digital Rubber Processing (2021-2024, BMBF-funded) Cooperation with Lovion GmbH and Jade University
Dimitrios Konstantinidis is an Adjunct Assistant Professor in the Department of Civil Engineering at McMaster University , specializing in earthquake engineering and structural mechanics. Primary research: base isolation, nonstructural component dynamics, seismic performance of critical facilities Methodologies: experimental testing, analytical modeling, numerical simulation Teaching: Structural Dynamics, Earthquake Engineering, Engineering Mechanics His work focuses on reducing earthquake-induced economic losses and enhancing community resilience through improved design codes. Recent publications address fiber-reinforced elastomeric isolators, seismic qualification of nuclear components, and nonstructural equipment behavior in isolated buildings. Key collaborations include studies on seismic fluid dampers, low-cost isolation systems, and bridge bearing performance. His research has appeared in journals like Earthquake Engineering and Structural Dynamics , Journal of Structural Engineering , and Engineering Structures .
Dr. Peter Lush is a Senior Research Fellow in the School of Psychology at the University of Sussex. His research focuses on phenomenological control, demand characteristics in experimental psychology, and the interplay between consciousness, hypnosis, and perception. Lush holds a BSc in Neuroscience with Cognitive Science (2011–2013), an MSc in Cognitive Neuroscience (2013–2014), and a PhD in Psychology (2014–2017), all from the University of Sussex. His work examines how contextual cues influence subjective experiences, particularly in hypnotic and non-hypnotic contexts. Key areas include the role of expectation in perceptual experiences, methodological issues in consciousness research, and the development of tools like the Sussex-Waterloo Scale of Hypnotizability (SWASH). He critiques experimental confounds such as demand characteristics and advocates for rigorous research practices to mitigate biases in scientific writing and interpretation. Lush’s publications span topics like the rubber hand illusion, trait phenomenological control, and the ethical dimensions of scientific communication. His articles emphasize the need for critical evaluation of experimental designs to avoid misinterpretations of perceptual and cognitive phenomena. He contributes to courses on research reform and open science, as well as the neuroscience of consciousness. His recent work highlights challenges in interpreting perceptual illusions and the importance of phenomenological control in shaping conscious experience.
Professor Darren Dancey is the Head of Department for Computing and Mathematics at Manchester Metropolitan University (MMU). His academic background includes a PhD in Artificial Neural Networks and expertise in Artificial Intelligence, Deep Learning, and Software Development. He has led major research projects funded by Innovate UK, the European Research Council, and the Digital R&D Fund for the Arts, focusing on collaborations between academia and industry SMEs. Education and Research Interests: Professor Dancey's research spans neural networks, medical imaging applications, cybersecurity, and robotics. He has pioneered interdisciplinary projects such as a biologically inspired deep learning model for vegetation recognition and a spike transformer network for event-based vision systems. His work emphasizes explainable AI and practical industry applications. Grants and Collaborations: He has secured significant funding for initiatives like malware detection frameworks, hyperspectral image processing, and IoT security solutions. His projects often bridge academic innovation with real-world SME needs. Professional Engagement: He actively contributes to academic communities through roles such as organizing the Manchester Raspberry Pi Jam and serving on the BCS Manchester branch committee. His teaching focuses on software development, algorithms, and applied programming courses.
Dr. Brina J. Blinzler is an Assistant Professor of Practice in the Department of Aerospace Engineering at the University of Kansas School of Engineering. Her research and teaching focus on advanced materials characterization and computational methods for aerospace applications. Dr. Blinzler earned her educational degrees from prestigious institutions: B.S. from Missouri University of Science & Technology Ph.D. from The University of Akron Ed.D. from Chalmers University of Technology Her research interests span multiple areas of materials science and engineering education. Dr. Blinzler specializes in composite materials, with particular focus on X-ray computer tomography for material characterization, finite element analysis of non-crimp fabric reinforced composites, and 3D-printed fiber-reinforced thermoplastics. Her pedagogical research examines problem and project-based learning, blended and digital learning approaches, and group learning techniques to promote creativity and innovation in engineering education. She combines her expertise in computational mechanics with educational innovation to advance both research and teaching in aerospace engineering. Dr. Blinzler's publications reveal a strong focus on advanced composite materials characterization using X-ray tomography and computational methods. Her work bridges the gap between material microstructure and mechanical properties, with applications in aerospace structures. She has made significant contributions to automated segmentation methods for finite element analysis and the study of natural fiber composites with flame retardant properties. Her scientific achievements have been recognized with several prestigious awards: Royal Swedish Academy of Engineering Sciences (IVA) Research Award (2019) Hasselblad Foundation Female Scientist Award (2018) Outstanding Reviewer for Journal of Aerospace Engineering (2018) Harry H. Hilton award for best student paper (2011) NASA Graduate Student Researchers Program Award (2009-2011) Dr. Blinzler has secured research funding from multiple prestigious sources, including the EU Horizon 2020 Marie Skłodowska-Curie Actions Innovative Training Network (MUMMERING), the Erna and Victor Hasselblad Foundation, and VINNOVA (the Swedish Innovation Agency). Her collaborative research involves institutions across multiple countries, demonstrating her international research network and impact. Her work is conducted in collaboration with research teams at the Technical University of Denmark (DTU) and involves advanced computational resources from the Chalmers Centre for Computational Science and Engineering. She utilizes state-of-the-art equipment including the Zeiss Xradia 520 Versa for X-ray computer tomography at the DTU Centre for Advanced Structural and Material Testing.
Gang Li is an Assistant Professor in the Department of Mechanical Engineering at Mississippi State University , affiliated with the Michael W. Hall School of Mechanical Engineering. He holds dual PhDs from the University of Maryland, Baltimore County (2017) and the University of Shanghai for Science and Technology (2017), alongside a Master's (2013) and Bachelor's (2010) in Mechanical Engineering from Shanghai. His research focuses on renewable energy systems, particularly tidal and wind energy harvesting, control theory, and mechatronics. He has contributed to advancements in gearbox technologies, condition monitoring, and life cycle assessments for sustainable energy systems. Dr. Li’s work integrates interdisciplinary approaches to address challenges in energy efficiency and system reliability. Notable achievements include developing novel control strategies for tidal energy converters and advancing wear prediction models using machine learning. He has been recognized with the 2022 Best Paper Award in Mechatronics (ASME) and the NSF I-Corps Best Performance Award (2020) . His academic journey includes roles as a Postdoc Research Associate (2017–2022) and Assistant Research Professor (2022–2023) at UMBC. His teaching emphasizes system dynamics and innovative curriculum design, fostering student engagement in applied engineering problems. Current research initiatives involve digital twin technologies for marine turbines and federated learning for decentralized wind systems.
Essi Sarlin is a Professor of Materials Science at Tampere University, appointed in July 2024 within the Faculty of Engineering and Natural Sciences. She leads the Plastics and Elastomer Technology research group, focusing on polymer-based materials including plastics, rubbers, and their composites. With an 18-year career at Tampere University's Hervanta campus, she has progressed from Researcher to her current professorship, delivering her inaugural lecture on May 15, 2025. Her educational journey includes a Doctor of Science in Technology (Materials Engineering) from Tampere University of Technology in 2014, a Master of Science in Technology in 2008, and basic studies in university pedagogy from 2012-2014. She began her academic path as a Researcher, Research Assistant, and Teaching Assistant at Tampere University of Technology from 2006-2009. Professor Sarlin's research centers on sustainable development of polymer products, with particular emphasis on addressing plastics' sustainability challenges. Her work investigates the properties of polymer-based materials, recycling technologies for composites, microplastics in environmental systems, and the relationship between microscopic and macroscopic material properties. She employs advanced techniques including micro-/precision-robotic test concepts to study mechanical properties at micro scales. A strong advocate for industry collaboration, she believes engineering research achieves societal impact through partnerships with companies. Analysis of her recent publications reveals a consistent focus on sustainable materials development, particularly in polymer recycling, microplastics research, and advanced characterization techniques. Her work spans fundamental polymer science, environmental impact assessment, and practical applications for industry. Key trends include innovative recycling methods for composite materials, sophisticated analytical approaches for microplastics detection, and the development of sustainable alternatives to conventional plastics. Professor Sarlin actively supervises doctoral students and postdocs, with more than 50% of her working hours dedicated to research collaboration and supervision, and approximately 25% to teaching. She finds particular joy in working with young researchers, describing it as 'invigorating' and emphasizing how being surrounded by 'smart young people' fuels her research passion. Her leadership extends to major EU-funded projects like RECREATE (Recycling Technologies for Circular Reuse and Remanufacturing of Fibre-reinforced Composite Materials), where her team investigates optimal methods to valorize recycled fiber-reinforced composites. Her research group maintains strong collaborative networks both within academia and with industry partners. Beyond her academic work, Sarlin balances the demands of her professorship with salsa dancing, which she describes as 'extremely relaxing, joyous and uplifting,' providing essential counterbalance to her leadership responsibilities.
Andreas Echtermeyer is a full-time Professor at the Norwegian University of Science and Technology (NTNU) in the Department of Engineering Design and Materials . He previously served as an adjunct professor at NTNU from 2003 to 2008 and worked at Det Norske Veritas (DNV) as a senior principal engineer. He continues as a DNV consultant . Education: PhD in Materials Engineering (MIT), Diploma in Physics (Technical University of Munich) Research Interests: Composites and polymers with emphasis on long-term performance, fatigue, creep, environmental degradation, mechanical and adhesive joints, production methods like resin infusion and filament winding, multiscale modeling, and offshore applications. Projects: Led major initiatives including NICOLHY (2024-2026) on hydrogen tank insulation, Thor (2019-2022) on thermoplastic composite hydrogen vessels, Affordable Composites (2015-2018) on multiscale modeling, and Copatch (2010-2014) on composite-metal repair techniques. Scientific Contributions: Authored over 50 articles and 200 technical reports. Developed DNV offshore composites standards and ISO guidelines for adhesive joint technology. Key focus areas: fatigue analysis, hydrogen infrastructure, fiber-matrix interactions, and real-time inspection using fiber optics.
Mustafa YAŞAR is a Professor at Karabük University , currently affiliated with the Faculty of Engineering in the Mechatronics Engineering Department since 2024. Previously, he served in the Faculty of Technology under the Industrial Design Engineering Department (2013–2023) and the Metal Education Department (2008–2013). Academic Education : PhD in Mechanical Education (2001) and Master’s in Mechanical Education (1996) from Marmara University and Dumlupınar University. Research Areas : Focus on Computer-Aided Design , Machine Design , Material Behavior , and Computer-Aided Manufacturing . His recent publications (2017–2025) span Biomaterials , Tribology , Wear Analysis , and Industrial Design , with methodologies including Finite Element Analysis , Surface Hardening , and Infiltration Techniques . Key projects involve 3D Printing Education , Detonation Forming , and Biodegradable Magnesium Scaffolds . Collaborations include researchers from Bolu Abant İzzet Baysal University, Karabük University, and international institutions. He has supervised 16 theses, including PhD and Master’s students.
Fabien Szmytka is a Professor in the Mechanics Unit (UME) at ENSTA Paris, where he leads research in the Materials and Structure department. He joined ENSTA at the end of 2016 as a lecturer-researcher after working as a research engineer at Safran and Stellantis (formerly PSA group). His academic journey began with his graduation from ENSTA in 2004, followed by a CIFRE thesis in Mechanical Engineering and Materials from the École Polytechnique. Dr. Szmytka's research focuses on the reliability of mechanical structures, particularly material fatigue. His work involves developing non-linear behavior models for wide stress ranges, fatigue criteria, and experimental and numerical protocols that account for load variability and mechanical responses. A central aspect of his research addresses the variability of mechanical phenomena and manufacturing processes, with special emphasis on additive manufacturing and its application to industrial structure repair. His work aims to create robust sizing models that incorporate statistical aspects of engineering problems. His publication record shows a strong focus on thermal-mechanical fatigue, additive manufacturing of metallic materials, and the mechanical properties of various alloys. Recent publications (2019-2024) demonstrate his expertise in stainless steel and nickel superalloy processing through laser-based additive manufacturing techniques, fatigue analysis of automotive materials, and biomechanical applications. His research bridges theoretical modeling with practical industrial applications, particularly in the automotive sector. Dr. Szmytka has received notable recognition including the Jacques Pomey Prize from SF2M (2004) and the Jean Rist Medal of SF2M (2011), highlighting his significant contributions to materials science and mechanical engineering. His collaborative research spans multiple institutions including PSA Peugeot-Citroën, Institut des Sciences de la Mécanique et Applications Industrielles (IMSIA), and various French research laboratories. His work has practical applications in automotive components, industrial structure repair, and biomedical engineering, demonstrating the versatility and impact of his research.
Dr. Warrick Roseboom is an Associate Professor in Psychology and Informatics at the University of Sussex's School of Engineering and Informatics. His research focuses on human perception, particularly time perception, memory, and the neural mechanisms underlying these processes. He holds joint appointments in the Department of Informatics and the School of Psychology. Dr. Roseboom completed his PhD at the University of Queensland and conducted postdoctoral research at NTT Communication Science Laboratories in Japan. His work integrates machine learning, neuroimaging, and behavioral experiments to develop models of time perception and episodic memory, with applications in digital memory augmentation. He is affiliated with the AI Research Group and the Centre for Sensory Neuroscience and Computation at Sussex. His research interests include temporal perception, phenomenal causality, and the interaction of sensory input with conscious experience. He supervises students across Informatics, Psychology, and Neuroscience, and teaches modules on neuroscience, AI, and consciousness. Recent publications highlight his work on predicting subjective time from brain activity, Bayesian models of intentional binding, and critiques of methodologies like the rubber hand illusion. His peer-reviewed articles span journals in computational neuroscience, psychology, and AI.
Dr. Charlotte Goldthorpe is a Senior Lecturer in the Department of Design and Architecture within the School of Arts and Humanities at the University of Huddersfield. She serves as Course Leader for both Fashion Marketing and Fashion Design programs and is affiliated with the Centre for Cultural Ecologies in Art, Design and Architecture. Dr. Goldthorpe actively supervises PhD students and has developed a significant research profile spanning fashion, textiles, and memory studies. Education: PhD in Narrative-led Making exploring storytelling through objects, University of Huddersfield (2022) MA Fashion Artefact, London College of Fashion (2011) PGCE Design and Technology, Goldsmiths University (2007) BA (Hons) Design for Film and Television (First Class), Nottingham Trent University (2003) Dr. Goldthorpe's research centers on storytelling and the transmission of memories through making, with her innovative 'narrative-led making' methodology at its core. Her current groundbreaking work captures stories from ageing rubber fetishists to understand how their kink has positively impacted wellbeing throughout their lives. Her interdisciplinary approach bridges fashion design, textile studies, memory studies, and creative health, exploring how crafted artifacts can embody personal narratives and emotional experiences, particularly focusing on marginalized communities and alternative lifestyles. Analysis of Dr. Goldthorpe's publication history reveals a consistent trajectory exploring the relationship between material objects and personal narratives. Her recent work (2023-2025) increasingly focuses on wellbeing through craft, with particular emphasis on community engagement, co-production methodologies, and understanding how creative practices preserve cultural knowledge and support mental health. Her research demonstrates how material culture can give voice to underrepresented groups through innovative design approaches. Professional Activities: Regular presenter at international conferences including IFFTI and Textile Institute World Conference Active participant in research projects related to digital fashion innovation Collaborator with museums on community engagement projects Recent presentations on 'Legacy in Latex' (March 2025) and 'Oral histories of ageing fetishists' (June 2025) Chair of the 92nd Textile Institute World Conference (July 2023) Dr. Goldthorpe maintains an active industry practice as a designer, having established her own accessories business and designed for labels including 'Nomad' and 'Antithesis'. Her professional experience directly informs her academic work, particularly in digital innovation for fashion marketing where she has collaborated on projects involving 3D avatar garments featured in Innovation in Textiles (2021).
Petar Todorović is a Professor at the Department of Production Engineering, Faculty of Engineering, University of Kragujevac. His research focuses on tribology, manufacturing processes, occupational safety, and quality management. He holds a professorship since 2017 and is affiliated with the university's scientific repository SciDAR. Education details are not explicitly listed, but his extensive publications indicate expertise in mechanical and materials engineering. Key research areas include friction behavior of biomedical alloys, 3D printing applications, and exoskeletons for workplace safety. He has collaborated on projects involving sensor technology for education and embedded systems in aquaponics. His work emphasizes practical applications like fixture design optimization, vibration analysis in machinery, and adaptive order tracking techniques. Over 50 publications span from 1997 to 2025, addressing topics such as tribological testing, surface engineering, and safety in SMEs. Notable contributions include methodologies for friction coefficient determination and implementations of Industry 4.0 in safety systems. Petar Todorović's research extends to biomedical materials, education technology, and policy improvements for researcher well-being at his institution. He is actively involved in interdisciplinary projects bridging engineering and health sciences.
Akbar Khatibi is a Professor and Associate Dean, Academic Operations at the School of Engineering, RMIT University in Melbourne, Australia. He has held academic roles including Professor (2016–Present), Senior Lecturer (2012–2015), and Research Fellow positions at RMIT and other Australian institutions since 2000. Previously, he served as an Assistant Professor at the University of Tehran (2005–2011) and a Lecturer at the University of Melbourne (2001–2005). His research focuses on advanced composite materials, nanotechnology, structural integrity, and bio-inspired engineering solutions. He also explores interdisciplinary areas like aerospace engineering, civil engineering, and condensed matter physics. Key projects include optimizing metal-composite joints, enhancing fire resistance in composites, and developing sustainable materials from recycled tyre rubber. His teaching interests span composite structure design, fracture mechanics, and interface engineering. He has supervised numerous research projects, such as 'Aero-Structural Optimisation of Wingtip Design with Smart Materials' and 'Bio-inspired hybrid joints for aerospace applications,' though specific student names are not listed. Dr. Khatibi is actively involved in research collaborations and utilizes advanced techniques like molecular dynamics and finite element modeling. He holds an ORCID identifier (0000-0002-1036-7290) and is open to supervising further studies in his areas of expertise. His work emphasizes practical applications of materials science, including aerospace components, automotive engineering, and structural health monitoring. Projects like 'Multi-axial Fabric Composites for Aerospace Components' and 'Self-healing and self-sensing materials' highlight his dedication to innovation in composite technologies and durability. No scientific awards are explicitly mentioned in the provided texts, but his contributions to sustainable materials and structural engineering are notable.
