| Type | Duration | ECTS |
|---|---|---|
| Executive | 12 Months | 60 |
| Regular | 24 Months | 90 |
A quick summary of the placement support received by Masters in Sports Sciences & High Performance program’s alumni
Who is this program for ?
A quick summary of the placement support received by Masters in Sports Sciences & High Performance program’s alumni
Exercise Physiology is the study of how the human body responds to physical activity. This field explores the physiological changes that occur during exercise, from the molecular level to the whole-body response.
Key areas covered in Exercise Physiology include:
Understanding Exercise Physiology is essential for athletes, coaches, and sports scientist. It provides insights into optimizing training programs, preventing injuries, and improving overall health and performance.
Sports Nutrition is the study of how food and nutrients impact athletic performance. This field focuses on providing athletes with the optimal nutrition to support their training, recovery, and overall health.
Key areas covered in Sports Nutrition include:
By understanding Sports Nutrition, students can guide athletes to optimize their fuel intake, enhance their performance, and minimize the risk of injuries and overtraining.
Sports Psychology is the study of how psychological factors influence athletic performance. It explores the mental aspects of sports, including motivation, anxiety, self-confidence, and team dynamics.
Key areas covered in Sports Psychology include:
By understanding Sports Psychology, students can guide athletes to develop the mental skills necessary to perform at their best, overcome challenges, and achieve their athletic goals.
Sports Biomechanics is the study of the mechanics of human movement in relation to sports performance. It analyzes the forces and motions involved in athletic activities to optimize performance and reduce the risk of injuries.
Key areas covered in Sports Biomechanics include:
Research Methodology is the process of conducting research studies. It involves planning, designing, and conducting experiments to gather data and draw conclusions.
Key areas covered in Research Methodology include:
By understanding Sports Biomechanics and Research Methodology, students can use scientific evidence to improve performance, prevent injuries, and develop effective training programs.
Training Methodology is the science of designing and implementing effective training programs. It involves understanding the principles of exercise physiology, biomechanics, and sports psychology to optimize athletic performance.
Key areas covered in Training Methodology include:
Evaluation is the process of assessing an athlete's performance and progress. It involves collecting data on various aspects of athletic performance, such as physical fitness, skill development, and psychological factors.
Key areas covered in Evaluation include:
Talent Identification is the process of identifying athletes with the potential to excel in a particular sport. It involves evaluating athletes based on their physical attributes, skills, and psychological characteristics.
Key areas covered in Talent Identification include:
By understanding Training Methodology, Evaluation, and Talent Identification, athletes, coaches, and sports scientists can optimize performance, prevent injuries, and develop the next generation of athletic talent
High Performance Modalities
High Performance Modalities focus on advanced strategies and techniques to enhance athletic performance. This field incorporates cutting-edge technologies, scientific research, and specialized knowledge to help athletes reach their full potential.
Key areas covered in High Performance Modalities include:
By incorporating High Performance Modalities, athletes and coaches can gain a competitive edge, improve performance, and minimize the risk of injuries. This field offers a comprehensive approach to optimizing athletic success.
