DrMatthew Banger
Gait Laboratory Technician
Department of Surgery & Cancer - Faculty of Medicine
Orcid identifier0000-0001-6672-5379 (opens in a new tab)
- Gait Laboratory TechnicianDepartment of Surgery & Cancer - Faculty of Medicine
- 225, Sir Michael Uren Hub, White City Campus, United Kingdom
BIO
Dr. Matthew Banger specializes in research involving robotic arm-assisted arthroplasty, biomedical engineering, and machine learning, with a focus on osteoarthritis diagnosis, treatment, and management.
Operating from the Biodynamics Lab at Imperial College’s MSk Lab, his work emphasizes a deeper understanding of human movement, with the goal of providing customized solutions that aid in rehabilitation, optimize performance, and improve movement patterns. Utilizing tools such as 3D motion capture systems, wireless EMG technology, and force platforms, the lab conducts comprehensive studies on human locomotion. Collaboration efforts include engagement with medical professionals, researchers, rehabilitation specialists, and industry experts.
Prioritizing the early diagnosis of conditions, such as knee osteoarthritis, can potentially expedite recoveries and enhance the quality of life. Such initiatives cater to a broad audience, including individuals undergoing surgical procedures, athletes, professionals, and patients with joint conditions. They are offered solutions such as precise training routines, ergonomic evaluations, and research-based exercise regimens. Additionally, the adoption of wearable technology supports ongoing joint health monitoring, prompting timely interventions and effective condition management. Through this structured approach, the aim is to achieve improved patient outcomes, characterized by diminished pain, increased mobility, and overall improved well-being.
Operating from the Biodynamics Lab at Imperial College’s MSk Lab, his work emphasizes a deeper understanding of human movement, with the goal of providing customized solutions that aid in rehabilitation, optimize performance, and improve movement patterns. Utilizing tools such as 3D motion capture systems, wireless EMG technology, and force platforms, the lab conducts comprehensive studies on human locomotion. Collaboration efforts include engagement with medical professionals, researchers, rehabilitation specialists, and industry experts.
Prioritizing the early diagnosis of conditions, such as knee osteoarthritis, can potentially expedite recoveries and enhance the quality of life. Such initiatives cater to a broad audience, including individuals undergoing surgical procedures, athletes, professionals, and patients with joint conditions. They are offered solutions such as precise training routines, ergonomic evaluations, and research-based exercise regimens. Additionally, the adoption of wearable technology supports ongoing joint health monitoring, prompting timely interventions and effective condition management. Through this structured approach, the aim is to achieve improved patient outcomes, characterized by diminished pain, increased mobility, and overall improved well-being.
FACULTY
- Faculty of Medicine
POSITION NAME
- Gait Laboratory Technician