Find Academic Supervisors

Izabela LubowieckaView profile

Professor

• Biomechanics
• Computational Mechanics
• Medical Device Optimization
• +2 more

Prof. Izabela Lubowiecka serves as a Professor at the Department of Structural Mechanics within the Faculty of Civil and Environmental Engineering at Gdańsk University of Technology. Her office is located in the Main Building (room 467A) with contact details including email lubow@pg.edu.pl and phone (58) 348 64 08. She maintains an active research profile with current projects and recent publications through 2025. Her research spans computational biomechanics with specific focus on abdominal wall mechanics, hernia repair systems, and temporomandibular joint analysis. She integrates structural engineering principles with medical applications through advanced computational modeling, uncertainty quantification, and machine learning techniques. Key methodologies include Self-Organising Maps for biomechanical data clustering and digital image correlation for in vivo strain analysis, targeting improvements in medical device design and surgical outcomes. Recent publications (2023-2025) demonstrate consistent interdisciplinary work bridging engineering and clinical medicine. Core themes include mechanical compatibility optimization of hernia implants, failure analysis of surgical mesh systems, and machine learning applications for identifying biomechanically similar tissue regions. This research emphasizes patient-specific modeling through uncertainty quantification and sensitivity analysis to address clinical challenges like hernia recurrence. Prof. Lubowiecka secures significant research funding through national programs: Mechanics of anterior abdominal wall in optimisation of hernia treatment : OPUS project (UMO-2017/27/B/ST8/02518) since 2018 3D-JAW : TMJ modeling for dental applications (POIR.04.01.02-00-0029/17-00) since 2017 Geometric-strength analysis of historical carpentry joints : OPUS project (UMO-2015/17/B/ST8/03260) since 2016 She leads a research team collaborating with medical professionals on translating computational biomechanics into clinical solutions for hernia repair and dental prosthetics, with emphasis on practical implementation of research findings.

• Human Musculoskeletal Biomechanics
• Clinical Gait Analysis
• Foot & Ankle biomechanics orthotics
• +5 more

Dr. Anmin Liu is a Research Fellow at the Centre for Human Movement and Rehabilitation within the School of Health & Society at the University of Salford. He has been a member of academic research staff in biomechanical engineering since joining the university in 2003, following his PhD research on walking mechanics of humans and legged robots at Salford. Dr. Liu's research primarily focuses on human biomechanics with special emphasis on: Foot and ankle biomechanics (his primary focus since beginning research at the Centre) Clinical gait analysis services for individuals with lower limb deformities Development of multi-segment foot and ankle models Quantified assessment of biomechanical effects of orthotic and prosthetic devices Management of lower limb injuries, deformities, and knee/hip osteoarthritis Optimization of data collection, biomechanical modeling, treatment, and assessment methods His recent publications (2020-2025) demonstrate consistent output across multiple high-impact journals, with research spanning knee osteoarthritis biomechanics, foot orthotics, gait analysis, prosthetics, and load carriage biomechanics. His work frequently involves collaboration with other researchers at the University of Salford and beyond. Dr. Liu's scientific contributions include: Development of advanced walking simulators for human foot biomechanics Research on knee biomechanics and injury prevention Studies on the effectiveness of various interventions for knee osteoarthritis Analysis of foot orthosis geometry effects on lower limb biomechanics Investigations into load carriage performance for military applications As an active supervisor, Dr. Liu currently serves as Second Supervisor for an MRes student in Biomechanics and Human Movement (2023-2025) and has supervised numerous PhD and MSc students throughout his career. He continues to be a key contributor to the Centre for Human Movement and Rehabilitation's research program, particularly in knee biomechanics and lower limb rehabilitation.

• Musculoskeletal Biomechanics
• Muscle-Tendon Mechanics
• Neuromuscular Rehabilitation
• +3 more

Dr. Josh Walker is a Senior Lecturer in Musculoskeletal Biomechanics at Leeds Beckett University's Carnegie School of Sport. He holds a BSc in Sport & Exercise Science (2016), MSc in Sport & Exercise Biomechanics (2017), and PhD (2022) from Leeds Beckett. His research examines muscle-tendon mechanics, injury rehabilitation, and biomechanical measurement reliability, with notable work on Controlled Ankle Motion (CAM) boots. He leads the MSc Biomechanics of Human Movement, MSc Sport and Exercise Science, and PG Cert Musculoskeletal Biomechanics programs. Dr. Walker's research employs ultrasonography, motion capture, and dynamometry to study neuromuscular adaptations. Key interests include: Optimizing CAM boots for Achilles tendon/diabetic foot rehabilitation Validation of markerless motion capture systems Muscle-tendon function in locomotion and aging His recent publications (2022-2025) focus on sports biomechanics, gait analysis, and athletic performance, with recurring themes of rehabilitation efficacy, measurement validation, and elite athlete kinematics. No awards are documented. He advises postgraduate research on Achilles tendon rupture and neuromuscular adaptations. Through the Health and Performance Hub, he provides biomechanical services to sports clubs, emphasizing isokinetic strength assessment during rehabilitation. Dr. Walker leads research at the Centre for Active Lifestyles and Healthy Ageing (ACTLIFE), investigating movement biomechanics for injury prevention and healthy aging.

• Sports Science
• Physical Education
• Football Training Methodology
• +2 more

Assoc. Prof. Asen Borisov Atanasov serves in the Department of Theory and Methods of Physical Education at St. Cyril and St. Methodius University of Veliko Tarnovo's Faculty of Education. Holding a PhD in Sports Science (awarded 2015 with dissertation on futsal's impact on student physical capacity), he maintains an active research profile through the university's ORCID system (0000-0003-2779-9548). His research focuses on football training methodology, motor skill development, and physical education optimization for students. Key interests include youth athletic performance metrics, training program effectiveness, and sports pedagogy innovations. Current publications (2023-2025) analyze circular training methods, student football development trends, and futsal awareness among university students. Recent publications demonstrate consistent thematic focus on football performance analysis across age groups, with methodological emphasis on experimental training approaches and performance metrics. His work frequently examines physical capacity assessment in student populations through longitudinal and comparative studies. As project member in "Наука и спорт" (2025) and previous initiatives (2022-2023), he contributes to integrating scientific research into university athletic training through performance analysis, psychological assessment, and recovery optimization. These projects actively involve doctoral candidates and students in data collection and analysis. His academic leadership includes developing physical education curricula and training methodologies for university settings, particularly documented in his 2018 monograph "Оптимизиране на учебния процес по футбол в условията на висшите училища" and 2021 teaching manual for business academy students.

• Biology of Aging
• Nutrition in the Elderly
• Exercise Physiology
• +6 more

Daniel Carlos Bunout Barnett is a Full Professor at the Institute of Nutrition and Food Technology, Professor Doctor Fernando Mönckeberg Barros, University of Chile. With a working schedule of 16 hours per week, he maintains an active academic presence with numerous teaching responsibilities across both undergraduate and postgraduate programs. His research interests focus on the intersection of nutrition, aging, and musculoskeletal health. Key areas include biology of aging, nutrition in the elderly, exercise physiology for older adults, chronic diseases associated with nutrition, and bioethics. His work demonstrates a consistent focus on understanding how nutritional interventions affect muscle health, metabolic function, and overall well-being in aging populations. Analysis of his recent publications reveals a strong emphasis on sarcopenia assessment, muscle physiology in aging populations, nutritional interventions for chronic conditions, and the application of novel diagnostic techniques like ultrasound for assessing muscle and liver health. His research frequently employs longitudinal study designs and incorporates both Chilean-specific and international collaborative approaches. Professor Bunout Barnett has served as principal investigator or co-investigator on numerous research projects funded by FONDECYT, Domeyko Program, and international grants, with continuous research activity from 2005 through 2027 as evidenced by current projects. His work spans nutritional gerontology, metabolic health, and the physiological impacts of aging. He has supervised at least one thesis student (Sandra Gutiérrez Pinto) and maintains active collaborations with researchers across multiple institutions. His academic contributions include numerous publications in high-impact journals across nutrition, gerontology, and metabolic health fields.

Bartłomiej MichalakView profile

Lecturer

• Sports Science
• Exercise Physiology
• Motor Skills Development
• +3 more

Bartłomiej Michalak serves as a Lecturer in the Department of Sport Theory at Józef Piłsudski University of Physical Education in Warsaw, Faculty of Sport Sciences. He actively collaborates with Jakub Grzegorz Adamczyk's Lab and maintains interdisciplinary connections with Warsaw University of Technology, particularly in emerging research areas. His research spans critical domains in contemporary sports science: physiological adaptations in masters athletics, position-specific performance analysis in youth soccer, comparative functional assessment across sports disciplines (soccer vs. karate), and pioneering work in esports training methodology. Recent investigations focus on thermal regulation in aging athletes, bone density maintenance through lifelong exercise, and optimizing recovery techniques like myofascial release. Analysis of his publication trends reveals strategic expansion from traditional sports physiology (2017 combat sports study) toward interdisciplinary integration, culminating in significant contributions to esports research methodology. His current work demonstrates strong emphasis on practical applications for athlete development across age groups and competitive contexts. Dr. Michalak's advising approach emphasizes hands-on research participation, with students frequently co-authoring conference papers and journal articles. His active grant involvement is evidenced by multi-institutional collaborations and consistent publication output, particularly in masters athletics and emerging esports research domains. Associated with Jakub Grzegorz Adamczyk's research group, he contributes to a dynamic team environment focused on physiological assessment and performance optimization. Current projects indicate strong emphasis on translating research findings into practical training protocols for both traditional and electronic sports contexts.

• Biomechanics of walking
• Foot loading characteristics
• Lower limb biomechanics in children with excessive body mass
• +6 more

Stephen Cousins is a Lecturer in Exercise Science at La Trobe University's Rural Health School, based at the Bendigo Campus. He also serves as the International Partnerships Coordinator within the school. With over a decade of academic experience, he teaches across various Exercise Science subjects and coordinates undergraduate placements to meet Exercise and Sport Science Australia (ESSA) accreditation standards. His background spans institutions in Australia, the UK, and practical roles in professional sports. Education: PhD in Sport and Exercise Science from University of East London (2014) MSc in Sport & Exercise Science from University of Chichester BSc(Hons) in Sport & Exercise Science from University of Chichester PG Cert in Teaching in Higher Education from University of East London PG Cert in Research Methods from University of East London Dr. Cousins' research focuses on the impact of overweight and obesity on health, novel exercise interventions for chronic diseases, physical testing in Australian football, and physical activity interventions for older adults. His work integrates biomechanics, exercise physiology, and sport science to address practical health and performance challenges. His PhD research explored the influence of childhood excessive body mass on foot loading characteristics and lower limb biomechanics. His recent publications demonstrate a strong focus on applied research in sports science, with emphasis on Australian Rules Football analytics, walking football programs for older adults, and innovative rehabilitation approaches for acquired brain injuries using tools like Nintendo Ring Fit Adventure. The research spans biomechanical analysis, performance testing, and community-based exercise interventions. Professional Certifications: Level 1 Certified Strength and Conditioning Coach (ASCA) Level 3 Certified Crossfit Trainer Level 2 AWF State Weightlifting/Sports Power Coach Dr. Cousins has secured research funding including a consulting project with Football Victoria Inc (2024) on walking football for older adults and a scholarship with Australian Football League (Victoria) Ltd (2023-2027) on training demands in adolescent athletes. He is available for Masters and PhD student supervision and has extensive practical experience from roles at Portsmouth FC, Chicago Fire FC, and Aspire Academy in Qatar.

Shawn FlanaganView profile

Associate Professor

• Neuroscience
• Exercise Physiology
• Biomechanics
• +3 more

Shawn Flanagan, PhD, is an Associate Professor of Podiatric Medicine and Neuroscience at Rosalind Franklin University, with joint appointments in the Scholl College of Podiatric Medicine and School of Graduate and Postdoctoral Studies. He directs the Human Performance Laboratory within the Center for Lower Extremity Ambulatory Research, employing neuroimaging, biochemical analysis, and behavioral techniques to study brain-body interactions in human performance and disease. His federally funded research (DoD, NIH, NASA) focuses on neuroplasticity, stress physiology, and tactical athlete readiness. Research interests span neurobiological mechanisms of human performance, military medicine , and injury prevention , with emphasis on: Neuroimaging and brain stimulation techniques Stress physiology and HPA axis modulation Biomechanics of load carriage and operational tasks Translational applications for tactical populations Recent publications (2020-2023) demonstrate strong focus on military performance optimization , concussion diagnostics , and neuroplasticity in injury recovery , with methodological innovations in TMS protocols and wearable sensor applications. Dr. Flanagan leads interdisciplinary teams investigating: Lower extremity injury prediction models Corticomotor system adaptations to musculoskeletal injury Operational stress impacts on neuroendocrine function He maintains collaborations with military research units and contributes to developing evidence-based training protocols for special operations personnel.

Dale HarrisView profile

Senior Lecturer

• Falls prevention
• Neuromodulation
• Exercise-based interventions for Parkinson's disease
• +5 more

Dr. Dale Harris serves as a Senior Lecturer and Research Fellow at Victoria University's Institute for Health & Sport in Melbourne, Australia, with an additional Adjunct Research Fellow position at La Trobe University since February 2024. His academic career spans multiple roles including Senior Lecturer (commencing January 2025) and Research Fellow (since January 2020), establishing him as a specialist in exercise science and neuromodulation interventions for Parkinson's disease and neurological conditions. Dr. Harris completed his educational journey with: PhD in Exercise and Sports Science from Deakin University (July 2021) Masters in Exercise and Sports Science, Strength and Conditioning from Edith Cowan University Bachelors in Exercise Science (Hons) from Deakin University Dr. Harris's research focuses on falls prevention , neuromodulation techniques , and exercise-based interventions for Parkinson's disease . His technical expertise includes transcranial magnetic stimulation (TMS), surface electromyography (EMG), functional near-infrared spectroscopy (fNIRS), balance assessment using the NeuroCom Balance Master, and clinical examinations including the Unified Parkinson's Disease Rating Scale. He developed a reliable Parkinson's disease-specific falls questionnaire now used internationally by the Struthers Institute and translated into multiple languages. Analysis of Dr. Harris's publication record reveals a strong trajectory in neuromodulation approaches for Parkinson's disease management, with increasing focus on strength and power training protocols tailored for neurological populations. His recent work demonstrates innovative integration of gym-based powerlifting adaptations for people with early-onset Parkinson's disease, alongside significant research on sex-specific exercise responses and neuromuscular adaptations across diverse populations including elite athletes and women's health. Dr. Harris has received significant recognition for his contributions: Victoria University's Early Career Research Award (2021) Shake-It-Up Foundation travel award to present at the World Parkinson's Congress in Spain (2023) Australia Active National Awards Program Finalist - Most Inclusive and Diverse Programs (2025) for his clinical trial 'Powerlifting for People with Early Onset Parkinson's disease' As an active supervisor, Dr. Harris co-supervises three HDR students with research spanning resistance training for women's health and physical activity patterns in law enforcement. He successfully secured a $50,000 AUD grant as lead investigator in 2023 for a world-first exercise training feasibility study in people with young-onset Parkinson's disease through the Bethlehem Griffiths Research Foundation. His community engagement includes expert panel discussions with Fight Parkinson's on exercise for people living with Parkinson's disease, reaching multiple community members across Victoria. Dr. Harris maintains active collaborations with clinical and research partners, contributing to both academic advancement and practical applications of exercise science in neurological rehabilitation. His work bridges laboratory research with real-world implementation, particularly evident in his community-focused outreach and innovative clinical trials.

• Physiotherapy
• Cardiopulmonary Rehabilitation
• Musculoskeletal Disorders
• +3 more

Christos Karagiannis serves as Assistant Professor of Physiotherapy at the Department of Health Sciences within the School of Sciences at the European University of Cyprus. He has been employed at the institution since November 2010, initially as a Clinical Trainer until August 2020, and subsequently promoted to Lecturer (Assistant Professor) from September 2020 to the present. His academic credentials include: PhD in Physiotherapy (2020, European University of Cyprus) MSc in Cardiopulmonary Resuscitation (2012, National and Kapodistrian University of Athens) BSc in Physiotherapy (2008, Higher Technological Educational Institute of Athens) Dr. Karagiannis specializes in evidence-based physiotherapy interventions across three primary domains: cardiopulmonary rehabilitation (particularly COPD management), musculoskeletal disorders (including Achilles tendinopathy and shoulder impingement), and neurological rehabilitation (focusing on cervical radiculopathy). His research methodology heavily emphasizes randomized controlled trials, systematic reviews, and rigorous reliability testing of clinical assessment tools, with significant contributions to understanding handgrip strength as a functional indicator across diverse patient populations. Analysis of his publication record reveals a distinct trend toward investigating targeted exercise protocols and manual therapy techniques. His work consistently bridges clinical practice with measurable outcomes, particularly in developing standardized assessment methods for grip strength across cardiac, pulmonary, and neurological conditions. The strong emphasis on methodological rigor in reliability studies demonstrates his commitment to establishing valid outcome measures in rehabilitation science. As Principal Investigator for a doctoral research project (2017-2020) investigating upper limb exercise training for COPD patients, he has contributed to advancing evidence-based pulmonary rehabilitation protocols. His ongoing academic service includes participation in university committees related to academic advisory functions, though specific committee assignments are not detailed in available records.

• Orthopedic Biomechanics
• Prosthetics and Orthotics
• Injury Mechanics
• +4 more

Dr. Ha Van Vo is an Eminent Scholar, Distinguished University Professor, and Professor of Biomedical Engineering at Mercer University's School of Engineering. As a Vietnam War survivor, he founded the Mercer On Mission Orthopaedic and Prosthetic Program in 2009, which has provided prosthetic devices to over 13,000 amputees and treated 52,000+ orthopaedic patients in Vietnam and Cambodia. His academic credentials include a PhD in Mechanical Engineering (Florida Atlantic University), DPM in Podiatric Medicine (Barry University), MS in Manufacturing Systems Engineering (Florida Atlantic University), and BSE in Engineering Science (University of Florida). His research focuses on: Orthopedic biomechanics and rehabilitation engineering Prosthetic/orthotic design for developing countries Biomaterials for orthopedic surgery Bone fracture mechanics and injury analysis Clinical gait assessment methods He teaches courses including Biomechanics, Biomedical Materials, Injury Mechanics, and Prosthetics/Orthotics clinical fitting. Research publications primarily explore prosthetic design optimization, fracture mechanics, orthopedic device testing, and gait analysis, with strong emphasis on clinical applications in resource-limited settings. Recent work includes novel knee braces for neurological disorders and pediatric prosthetic solutions. Honors & Awards: The Best Citizen, Ben Tre's People Committee (2023) Two-time Paul Harris Fellow, Rotary International (2019, 2015) Healthcare Hero Award (2018) Mercer University's Distinguished University Professor (2018) Faculty of the Year (2018) Inaugural Faculty Member of the Year, Southern Conference (2015) He secured a $10M grant to establish the Sheridan Center for Prosthetics and Orthotics at Mercer. Leads interdisciplinary teams in the Mercer On Mission program, collaborating with medical professionals and engineers to develop affordable rehabilitation devices. Serves on review panels for international journals and research foundations including Springer Nature and Swiss National Science Foundation.

• Sports Science
• Exercise Physiology
• Genetics of Athletic Performance
• +4 more

Dr Jon Brazier serves as a Senior Lecturer in Strength and Conditioning within the Department of Psychology, Sport and Geography at the University of Hertfordshire's School of Life and Medical Sciences. He maintains active roles in the Centre for Research in Psychology and Sports, High Performance Sport Research Group, and Exercise, Health and Wellbeing Research Group. As an accredited strength and conditioning coach with both the UKSCA and NSCA, he has provided coaching support across professional football, combat sports, and track and field. His research focuses on the intersection of genetics and athletic performance, particularly: Molecular physiology of musculoskeletal injuries in rugby athletes Genetic influences on concussion susceptibility and recovery Effects of extreme exercise on kidney health and systemic physiology Gene variant associations with soft tissue injury history and performance phenotypes His work leverages advanced genomic techniques to develop personalized injury prevention strategies for elite athletes. Analysis of his 39 publications (2014-2025) reveals strong specialization in sports genomics and rugby athlete physiology, with increasing focus on epigenetic concussion mechanisms and renal impacts of extreme exercise. Key publication venues include the Journal of Science and Medicine in Sport and Gene. Professional recognition includes Scopus-indexed publications with notable citations in rugby injury genetics research. His collaborative network spans multiple international institutions focused on sports medicine and athletic performance optimization. Brazier actively mentors students within Hertfordshire's sports science programs and contributes to the university's research ecosystem through the High Performance Sport Research Group. His practical coaching experience informs evidence-based approaches to athlete development and injury prevention. Current research infrastructure includes partnerships with professional rugby organizations and access to elite athlete cohorts for genomic and physiological studies. Future work appears directed toward clinical translation of genetic findings into personalized training and rehabilitation protocols.

• Exercise Science
• Sports Medicine
• Diabetes and Exercise
• +3 more

Thorsten Kreutz is a Professor of Fitness and Health at IST University of Applied Sciences since June 1, 2013, and serves as program director for the Bachelor's program in Fitness Science and Fitness Economics. With over 25 years of practical experience in fitness, health, and therapy sectors, he teaches Sports Medicine Fundamentals, Diagnostics and Training Science, Medical Fitness Training, Prevention and Rehabilitation Sports, and Medical Fitness across all fitness-specific programs. His educational background includes: Studies at the German Sport University Cologne Dissertation on cellular effects of endurance/strength training in muscles/erythrocytes and diabetic metabolism at the Institute of Cellular and Molecular Sports Medicine Specialization as Sports Therapist for internal, orthopedic, and neurological conditions Prof. Kreutz's research centers on training science and sports therapy for diabetes prevention and rehabilitation. He investigates exercise interventions including Nordic Walking, HIIT, and timing protocols (e.g., pre-breakfast exercise), while exploring impacts on diabetic foot syndrome, gut microbiome, and cardiac conditions. His work bridges laboratory findings with clinical applications through feasibility studies and randomized trials. Analysis of his 2019-2024 publications reveals consistent focus on diabetes-exercise interactions, with 8 articles demonstrating clinical translation from perceived exertion studies to pilgrimage hiking feasibility. Key trends include personalized exercise prescriptions for diabetic complications and multidisciplinary approaches combining metabolic monitoring with physical activity interventions. No scientific awards were mentioned in the provided text. As program director, he oversees curriculum development and student education in fitness sciences. His research collaborations (e.g., with Brinkmann, Bloch, Predel) suggest institutional grant support for clinical studies, though specific funding sources aren't detailed. He likely mentors students through program leadership and research participation. Prof. Kreutz previously led a therapy/training center in Hilden's medical care facility (2010-2013). Current work involves collaborations with German Sport University Cologne researchers and medical centers, integrating clinical practice with academic research in diabetes-focused exercise therapy.

• Muscle physiology
• Exercise physiology
• Ion transport
• +5 more

Jens Bangsbo is a Professor in the Department of Nutrition, Exercise and Sports at the University of Copenhagen, where he leads the August Krogh Section for Human Physiology and the August Krogh Section for Molecular Physiology. With over 466 research outputs and an h-index of 65, he is a leading figure in exercise physiology research, particularly focusing on muscle physiology, fatigue development, and team sports applications for health. His educational background includes a Dr. Sci. from the Faculty of Natural Science, University of Copenhagen (1994) and a Master degree in Mathematics and Physical Education, University of Copenhagen (1988). Bangsbo's research primarily focuses on muscle ion transport and metabolism, fatigue mechanisms during exercise, performance optimization through training, and the health benefits of team sports. His work has significantly contributed to understanding how exercise training adaptations relate to work capacity and health outcomes across different populations. He is particularly known for developing the '10-20-30' training method that has gained international recognition in endurance training. His extensive publication record shows a consistent trajectory from basic muscle physiology research to practical applications in sports performance and public health interventions. Recent work increasingly incorporates molecular approaches including proteomics while maintaining focus on practical team sports applications, particularly for aging populations and disease management. Bangsbo has secured over DKK 80 million in research funding from prestigious sources including the Danish Research Council and Nordea-fonden. His work has been widely recognized through numerous citations and invitations to international conferences. As an academic mentor, he has supervised more than 25 PhD students and 7 Post Docs, and has organized and taught at over 20 international PhD courses. His leadership extends to serving as Head of Research at his department for over 10 years and as Vice Head of Department (2007-2017). He leads several research teams including the Copenhagen Center for Team Sport and Health and the Copenhagen Women Studies group. His research bridges basic exercise physiology with practical applications in sports performance and public health, with collaborations spanning more than ten international research groups.

• Orthopedics
• Rheumatology
• Musculoskeletal Rehabilitation
• +4 more

Marius Henriksen serves as a Clinical Professor with a dual appointment at the University of Copenhagen's Department of Clinical Medicine and the Capital Region of Denmark. His primary academic affiliation is with the Internal Medicine: Rheumatology division, where he conducts extensive research on musculoskeletal disorders, particularly knee osteoarthritis. His work bridges clinical practice and academic research through collaborations with Bispebjerg and Frederiksberg Hospital and The Parker Institute. Henriksen's research focuses on orthopedic rehabilitation, pain mechanisms, and clinical trial methodology. His work spans biomechanical analysis of joint function, evaluation of weight loss interventions for osteoarthritis management, pharmacological treatments for fibromyalgia, and advanced imaging techniques for assessing bone structure in osteoarthritis. He employs both quantitative sensory testing and finite element modeling to understand pain mechanisms and joint loading patterns. His recent publications (2025) demonstrate strong emphasis on knee osteoarthritis research, with significant contributions to understanding exercise interventions, imaging biomarkers, and comparative effectiveness of treatments. The publications reveal consistent methodology using randomized controlled trials, systematic reviews, and advanced biomechanical modeling approaches. Henriksen actively collaborates with international research networks, as evidenced by multi-center trials and international patient surveys. His work shows particular strength in translating biomechanical findings into clinical applications for osteoarthritis management. His research output is substantial with 139-191 publications documented across institutional profiles, demonstrating consistent productivity over two decades (2004-2025). The research receives attention through news outlets, academic blogs, and social media platforms, with significant Mendeley readership indicating scholarly impact.