ABOUT US
Connecting Motion to Life
At MAI-Motion, we’re pioneering a revolutionary approach to understanding humanmovement, bringing together a unique blend of expertise across medical, technological, andscientific disciplines. Our team comprises top orthopaedic consultant surgeons, leadingcomputer vision scientists, and acclaimed academics in biomechanics.
Our Vision
We believe in a world where motion analysis goes beyond the surface, capturing not justvisible movements, but also the intricate interplay of anatomical structures beneath. Ourgoal is to redefine motion analysis, delivering precise, comprehensive, and clinically relevantinsights to enhance patient outcomes in the field of musculoskeletal health.
Our Team
Our multidisciplinary team brings together a diverse array of experts. Each member plays apivotal role, contributing their unique knowledge and skills to the development of MAI-Motion.
Our orthopaedic surgeons provide a deep understanding of musculoskeletal conditions andthe clinical needs of patients and healthcare professionals. Our computer vision scientistsshape the advanced algorithms and artificial intelligence behind our innovative technology.Our biomechanics academics ensure the rigorous scientific underpinning of our approach,contributing a wealth of research and expertise in the field of human movement.
Prof. Paul Lee
Medical Director
Prof. Lee is a leading orthopaedic consultant surgeon with a deep understanding of musculoskeletal conditions and…
Prof. Xujiong Ye
Dr. Lei Zhang
Senior Lecturer
Dr. Bethan Whiting
Mrs. Helen Morris
Sis. Nikki Travis
Dr. Yan Wen
Mr. George Williams
Mr. Kai Armstrong
Ms. Mary Williams
Mrs. Hayley Green
Ms. Sally Edwards
Dr. Sandy Willmott
Why We Developed MAI-Motion
We developed MAI-Motion to bridge a gap we saw in the field of musculoskeletal health: theneed for a holistic understanding of human movement. Traditional motion analysis toolssimply couldn’t provide the detailed, accurate insights we knew were possible.By integrating advanced 3D mesh technology with 3D volumetric MRI object detection,we’ve created a solution that delivers unprecedented insights into human movement and itsunderlying anatomical structures. Our technology is set to transform the diagnosis andtreatment of musculoskeletal conditions, aiding in everything from injury prevention tosurgical planning and rehabilitation.
We are excited about the possibilities MAI-Motion offers to healthcare professionals,researchers, athletes, and anyone seeking to understand and optimize their movement. Webelieve our technology has the potential to drive major advancements in the field ofmusculoskeletal health, and we’re proud to be leading the way.
Supported by Innovate UK KTP Project
MAI-Motion is proud to have received support and funding from Innovate UK’s KnowledgeTransfer Partnership (KTP) project. This prestigious collaboration has allowed us to leveragecutting-edge research and expertise from leading academic institutions, including the University of Lincoln. Through the KTP project, we have been able to translate scientificadvancements into practical solutions, enabling us to develop MAI-Motion and revolutionizethe field of musculoskeletal motion analysis. We are grateful for the support and recognitionfrom Innovate UK, which has been instrumental in our journey to create a clinically relevantand user-friendly technology.
Vision Statement
Becoming the global leader in advanced motion analysis, driving innovation in musculoskeletal healthcare.
Mission Statement
Revolutionizing musculoskeletal health through advanced AI, 3D motion analysis, and 3Dvolumetric MRI.
Aim Statement
Striving for excellence, fostering collaborations, and ensuring user-centric innovation in everything we do.
Strategy statement
To revolutionize musculoskeletal
healthcare through the integration of advanced algorithms, and deep learning techniques, providing personalized and precise analysis to improved patient outcomes.
Welcome to the future of musculoskeletal health
Explore our site to learn more about our technology, see it in action, or get in touch with us.
