The program covers fundamental areas such as exercise physiology, metabolism, performance nutrition, athlete health, body composition management, nutritional supplements, and research methods; it aims to develop students' scientific thinking, critical analysis, and research skills. Throughout the educational process, students gain the ability to develop nutrition strategies specific to different sports branches in line with evidence-based practices, while also acquiring the competence to conduct academic research and produce scientific publications.
Purpose of the Program
The main objective of the program is to train experts who can evaluate nutritional practices aimed at optimizing athlete performance in light of scientific data, plan nutrition programs suitable for different age groups and performance levels, conduct research, and generate knowledge at national and international levels.
Program Learning Outcomes
Graduates who successfully complete this program;
- They will acquire advanced theoretical and practical knowledge regarding sports nutrition.
- It scientifically evaluates the physiological and metabolic relationships between exercise and nutrition.
- It analyzes the energy and nutrient requirements of different sports branches.
- It develops nutritional strategies aimed at improving performance, accelerating recovery, and reducing the risk of injury.
- It creates individualized intervention programs using body composition assessment methods.
- The athlete evaluates sports supplements based on current scientific evidence.
- They can design scientific research, perform data analysis, and prepare academic publications.
- They conduct their professional practices in accordance with ethical principles and international standards.
Program Content
Advanced Approaches in Sports Nutrition
Energy balance, energy availability, the effects of macronutrients and micronutrients on performance, current approaches and evidence-based practices in athlete nutrition.
Exercise Physiology and Metabolic Adaptations
Exercise-induced acute and chronic physiological changes, energy systems, muscle metabolism, and biological determinants of performance.
Nutrition Strategies Specific to Different Sports Branches
Nutritional planning tailored to the performance requirements of endurance, strength, team, and individual sports.
Body Composition and Performance Management
Body composition assessment, weight control, fat loss, muscle mass increase, and competition-specific nutritional practices.
Recovery, Rehabilitation and Athlete Health
Nutritional approaches after injury, inflammation management, immune system support, and the relationship between health and performance in athletes.
Sports Support Products and Ergogenic Aids
Nutritional supplements, performance-enhancing applications, efficacy levels, safety, ethics, and anti-doping processes.
Sports Nutrition in Special Groups
Nutritional practices for child and adolescent athletes, female athletes, senior citizens, and elite athletes.
Research Methods and Scientific Studies
Research design, statistical analysis methods, scientific publication evaluation, academic writing, and thesis writing.
Career Opportunities
Program graduates;
- In professional sports clubs,
- In national team competitions,
- In Olympic training centers,
- In sports performance and high-performance laboratories,
- In healthcare facilities,
- In universities and research centers,
- In the fields of sports consulting and performance nutrition.
They can work as experts, researchers, and academics.
Egitim Felsefesi
The program adopts a contemporary educational approach that integrates scientific knowledge production with practical application. Students develop their professional competencies through case analyses, laboratory applications, performance evaluations, scientific research, and thesis work, in addition to theoretical courses. As a result, graduates are equipped to implement evidence-based practices supporting athlete health and performance at national and international standards.
