Candidates must have completed B.Sc / B.P.Ed / BPT / B.E / B.Tech or any equivalent degree from a recognized university.
In an era marked by rapid advancements in sports performance, rehabilitation, and sports technology, the global demand for specialized professionals in Sports Biomechanics is steadily increasing. In alignment with this growing need and with the vision of strengthening India’s sports and scientific ecosystem, REVA University offers an advanced postgraduate program in M.Sc. Sports Biomechanics under the Department of Sports & Exercise Science
The M.Sc. Sports Biomechanics program is a two-year, full-time, application- and research-oriented postgraduate program that integrates advanced theoretical knowledge with extensive practical and laboratory-based learning. The program is designed to provide an in-depth understanding of the mechanical principles governing human movement, force generation, injury mechanisms, and performance optimization across sports, exercise, and rehabilitation settings.
This postgraduate program focuses on advanced movement analysis, kinetics and kinematics, neuromuscular biomechanics, sports technology, ergonomics, and research methodology. Students develop strong analytical and problem-solving skills through hands-on training with modern biomechanical instruments, data analysis tools, and evidence-based assessment techniques. The curriculum prepares graduates to apply scientific principles in elite sports performance, rehabilitation, ergonomics, sports technology industries, and academic research.
The M.Sc. Sports Biomechanics program offers a comprehensive academic structure comprising advanced core courses, electives, laboratory practicals, skill development modules, internships, and a mandatory research project. Through these components, students gain the competence to conduct scientific research, apply biomechanical principles effectively, and pursue careers as sports biomechanists, researchers, academicians, and doctoral scholars in national and international settings.
To develop technologically empowered, research-driven, and globally competent sports biomechanics professionals who enhance human performance, health, rehabilitation, and wellbeing through innovation, scientific excellence, and sustainable practices.
oriented and research-driven, aligned with industry and academic standards.
The Programme Educational Objectives are to prepare the students to:
Advanced Scientific Knowledge and Application : Graduates of the M.Sc. Sports Biomechanics program will acquire advanced theoretical knowledge and practical expertise in biomechanics, human movement analysis, neuromuscular function, and performance science, enabling them to apply biomechanical principles effectively in sports performance, rehabilitation, ergonomics, and allied domains.
Research, Analysis, and Innovation : Graduates will develop strong research competence, analytical thinking, and problem-solving skills through exposure to research methodology, computational biomechanics, measurement techniques, and data analysis tools, preparing them to conduct independent research, pursue doctoral studies, and contribute to scientific innovation.
Professional Practice and Interdisciplinary Integration : Graduates will demonstrate professional competence by integrating biomechanics with exercise physiology, strength and conditioning, sports nutrition, injury prevention, and sports technology, enabling effective collaboration in multidisciplinary teams across sports, healthcare, and research environments.
Ethical Leadership and Lifelong Learning : Graduates will exhibit ethical responsibility, scientific integrity, and leadership qualities while engaging in lifelong learning to adapt to evolving technologies such as AI, machine learning, and advanced biomechanical tools, contributing responsibly to national and international sports science and health sectors.
Graduates will be able to analyze human movement using advanced biomechanical tools and techniques. They will design evidence-based solutions for performance enhancement, injury prevention, and rehabilitation. Graduates will demonstrate strong research, analytical, and technological competence in biomechanics. They will be prepared for careers in sports performance, research, academics, and doctoral studies.
Upon completion of the M.Sc Sports Biomechanics, students should be able to demonstrate the following program outcomes:
Advanced Disciplinary Knowledge : Demonstrate comprehensive and in-depth knowledge of biomechanics, kinesiology, neuromuscular function, functional anatomy, measurement techniques, gait analysis, and applied sports biomechanics across track and field events.
Research Methodology & Scientific Inquiry : Apply research methodology, experimental design, biostatistics, data analytics, and computational tools (MATLAB, AI/ML, simulation techniques) to conduct independent and ethically sound research in sports biomechanics.
Critical Thinking & Analytical Reasoning : Critically analyze human movement, sports performance, injury mechanisms, and motor learning patterns using scientific reasoning and biomechanical models.
Problem Solving & Evidence-Based Decision Making : Identify biomechanical issues, interpret movement data, and design scientifically validated solutions for performance enhancement, injury prevention, and rehabilitation programs.
Technological & Digital Competence : Use modern instrumentation including motion capture, EMG, force platforms, 2D/3D video analysis, anthropometric tools, performance analysis software, wearable sensors, and AI-based biomechanical tools.
Applied Sports Performance Expertise : Integrate biomechanical principles into sports coaching, strength & conditioning, sports nutrition, performance analysis, and applied sports biomechanics (track and field events) to optimize athlete development.
Human Function, Health & Special Populations Understanding: Demonstrate understanding of women’s health, youth athletes, masters athletes, para-athletes, neuromuscular control, posture, gait deviations, and functional movement screening for safe and effective performance planning.
Professional Ethics & Values: Practice ethical conduct, research integrity, safety standards, and responsible use of advanced sports technologies in academic, clinical, and sports environments.
Communication Skills: Effectively communicate biomechanical assessments, research findings, performance evaluations, and scientific reports to coaches, athletes, healthcare providers, and academic communities.
Individual & Team Collaboration : Work effectively as an individual and as part of multidisciplinary teams involving physiotherapists, coaches, psychologists, nutritionists, data scientists, and sports performance analysts.
Leadership, Management & Entrepreneurship : Demonstrate leadership in managing sports science laboratories, athlete assessment centers, coaching environments, internships, and collaborative sports technology projects, with the ability to innovate and create entrepreneurship pathways.
Lifelong Learning & Professional Advancement : Engage in continuous learning, adopt emerging technologies (AI/ML, computational biomechanics), pursue higher education, research careers, or professional certifications to contribute to the field of sports biomechanics
On successful completion of the program, the graduates of M.Sc (Sports Biomechanics) program will be able to:
