Biomechanics and Rehabilitation Engineering

The course “Biomechanics and Rehabilitation Engineering” offers students an in-depth understanding of the principles, theories, and applications of biomechanics and rehabilitation engineering in the field of healthcare. Through a combination of theoretical knowledge and practical experiences, students will explore the mechanics of human movement, the design of assistive devices, and the development of rehabilitation strategies.

The course begins by introducing students to the fundamentals of biomechanics. They will learn about the musculoskeletal system, joint mechanics, and the principles of human movement. Students will study topics such as kinematics, kinetics, and the analysis of forces and torques acting on the human body during various activities.

Building upon this foundation, the course explores the application of biomechanics in rehabilitation engineering. Students will investigate how biomechanical principles and analyses contribute to the design and development of assistive devices and technologies. They will learn about prosthetics, orthotics, exoskeletons, and other devices that enhance mobility and support individuals with physical disabilities.

The course delves into the assessment and analysis of human movement. Students will explore motion capture techniques, force plate measurements, and other methods used to quantify and analyze human biomechanics. They will gain practical experience in data collection, processing, and interpretation, allowing them to evaluate and improve human movement patterns.

Furthermore, the course covers rehabilitation strategies and interventions. Students will learn about therapeutic exercises, rehabilitation protocols, and techniques used in physical therapy and rehabilitation engineering. They will study the principles of motor learning, gait analysis, and movement retraining to develop effective rehabilitation plans for individuals with movement impairments.

The course addresses the importance of patient-centered care and the ethical considerations in biomechanics and rehabilitation engineering. Students will explore the ethical challenges and professional responsibilities associated with developing and implementing assistive technologies and rehabilitation interventions.

Throughout the course, students will engage in laboratory sessions, case studies, and projects to apply their knowledge in biomechanics and rehabilitation engineering. They will have the opportunity to work with motion capture systems, analyze real-world movement data, design and evaluate assistive devices, and develop rehabilitation plans.

By the end of the course, students will have acquired a comprehensive understanding of biomechanics and rehabilitation engineering. They will have developed the skills to analyze human movement, design assistive technologies, and develop rehabilitation strategies. This knowledge will prepare them for careers in biomechanics, rehabilitation engineering, physical therapy, or related fields where expertise in understanding human movement and developing solutions for rehabilitation is crucial for enhancing quality of life and restoring functional abilities