School of Physical Education

 M.Sc. in Sports Physiology studies the scientific aspects of exercise, performance, and recovery. This curriculum, which typically takes 1-2 years to finish, includes courses in Exercise Physiology, Sports Nutrition, Biomechanics, Sports Medicine, Cardiovascular and Respiratory Physiology, Strength and Conditioning, and Injury Prevention. Students acquire practical experience through labs, internships, and research projects that cover issues such as athletic performance enhancement and rehabilitation. The curriculum prepares graduates for positions as sports scientists, performance analyzers, fitness trainers, or sports medicine researchers who deal with athletes, sports teams, or fitness groups. To complete the course, a thesis or practical project may be required.

M.Sc. in Sports Biochemistry investigates the biochemical processes that underpin athletic performance, exercise, and rehabilitation. Typically spanning 1-2 years, the program includes courses in Exercise Biochemistry, Metabolism and Nutrition, Muscle Physiology, Endocrinology in Sport, Molecular Biology of Exercise, and Bioenergetics. Students learn about how biochemical processes influence performance, tiredness, and recovery. Practical labs, research projects, and internships enable students to apply theory in real-world sports settings. Graduates may pursue professions in sports science, athletic training, sports nutrition, or clinical research. Some programs demand a thesis or research project to finish the degree.

An M.Sc. in Sports Nutrition, which normally takes 1-2 years to complete, examines the role of nutrition in improving athletic performance, recuperation, and overall health. Core courses include Sports Nutrition Science, Exercise Metabolism, Nutritional Supplements in Sports, Dietary Strategies for Performance, Exercise Physiology, and Clinical Nutrition. Students learn how to create nutrition regimens that are suited to the needs of athletes, ranging from endurance to strength training. Practical components include case studies, internships, and research projects. Graduates can work as sports nutritionists, dietitians, or advisors for athletes, sports teams, fitness facilities, and wellness groups. A thesis or capstone project might be required.

M.Sc. in Sports Psychology, usually completed in 1-2 years, focuses on the mental and emotional components of athletic performance. The core courses include Psychological Skills Training, Sport and Exercise Psychology, Mental Health in Athletes, Performance Enhancement Techniques, Motivation and Stress Management, and Cognitive Behavioral Techniques. Students learn how to use psychological principles to improve athletic performance, stress management, and rehabilitation. Internships, case studies, and research projects are examples of practical learning experiences. Graduates can work as sports psychologists, performance consultants, or mental health specialists for sports teams, athletic organizations, rehab facilities, or research. A thesis or capstone project is usually needed.

An M.Sc. in Sports Biomechanics, which normally takes 1-2 years to complete, studies movement, mechanics, and their impact on athletic performance. The core courses include Biomechanics of Human Movement, Kinematics and Kinetics, Muscle Function and Injury Prevention, Sports Equipment Design, Movement Analysis, and Applied Biomechanics. Students acquire hands-on experience with motion capture, force plates, and other technologies for analyzing athletic performance. Graduates of the program are prepared to work with athletes, sports teams, rehabilitation institutes, and research institutions. Sports scientists, biomechanists, injury prevention specialists, and strength and conditioning coaches are all viable career paths. A thesis or research project is generally required.