Bachelor of Sports Sciences

Bachelor's Programme

Sports Sciences


Overview

The Bachelor of Sports Sciences is a comprehensive three-year undergraduate programme designed to provide students with a multidisciplinary understanding of human performance, athletic development, and applied sports science. The curriculum integrates core scientific domains such as biomechanics, exercise physiology, sports psychology, nutrition, motor learning, and training methodologies with practical applications in performance testing, fitness management, and athlete support systems.

The programme offers a major in Sports Sciences, complemented by a minor in Sports Analytics, enabling learners to combine scientific inquiry with data-driven performance analysis and emerging digital technologies in sport. Students gain extensive hands-on experience through laboratory work, field-based assessments, research-oriented learning, and internships with sports academies, fitness centres, and sports science laboratories. Graduates are prepared for professional practice in sports performance, conditioning, analytics, and rehabilitation, while also developing a strong foundation for postgraduate study and research in sports sciences and allied disciplines.

Duration : 3 + 1 Years (6–8 Semesters, as per NEP framework)

No. of Credits :

  • ≥ 132 Credits for the 3-year programme (as per NEP guidelines)
  • ≥ 172 Credits for the 4-year Honours programme (as per NEP guidelines)

Eligibility

A candidate who has successfully completed Level 4 / Class 12 schooling (through formal schooling or the open school system) or its equivalent is eligible for admission to undergraduate sports programmes.

Applicants who have not studied the requisite discipline-specific subjects may be required to complete prescribed bridge courses, as determined by the University.


Study Campus

School of Sports Education and Research
JAIN (Deemed to be University),
Jakkasandra, Harohalli Taluk,
Kanakapura Road,
Bengaluru, Karnataka - 562112


Admissions Office

JAIN Knowledge Campus
# 44/4, District Fund Road
Jayanagar 9th Block Campus
Bangalore - 5600 69
P : +91 9606978661

Curriculum Structure

  • Human Anatomy – I (Theory)
  • Human Anatomy – I (Practical)
  • Human Physiology – I (Theory)
  • Human Physiology – I (Practical)
  • Introduction to Exercise and Sports Sciences
  • English – I
  • Language – I
  • Test, Measurement, Evaluation and Physical Training
  • Computer Applications and Technology
  • Mind Management and Human Values – I
  • Transdisciplinary Project-Centric Learning – I

  • Human Anatomy – II (Theory)
  • Human Anatomy – II (Practical)
  • Human Physiology – II (Theory)
  • Human Physiology – II (Practical)
  • Basics of Statistics and Research Methodology
  • English – II
  • Language – II
  • Sports Performance Testing in Ball Games (Basketball, Handball, Volleyball)
  • Mind Management and Human Values – II
  • Transdisciplinary Project-Centric Learning – II

  • Basics of Kinesiology and Biomechanics (Theory and Practical)
  • Biochemistry and Ergogenics
  • Motor Control, Learning and Skill Acquisition
  • Basics of Exercise Physiology
  • Sports Performance Testing in Racket Games (Badminton and Tennis)
  • Simple Product Design
  • Statistical Tools for Data Analysis
  • Sports Data Analytics
  • Sports Performance Analysis
  • Transdisciplinary Project-Centric Learning – III

  • Sports Psychology and Sociology
  • Sports Training
  • Talent Identification and Long-Term Athlete Development
  • Intellectual Property Rights / Insurance and Mutual Funds
  • E-Sports – I
  • Sports Technology
  • Sports Performance Testing in Combative Games (Wrestling and Judo)
  • Transdisciplinary Project-Centric Learning – IV

  • E-Sports – II
  • Sports Digital Marketing
  • Photo and Video Analysis
  • Strength and Conditioning – I (Theory)
  • Strength and Conditioning – I (Practical)
  • Sports Anthropometry
  • GST and Customs / Stock Market Operations
  • Transdisciplinary Project-Centric Learning – V

  • Artificial Intelligence in Sports
  • Adaptive Sports Technology
  • Sports Injuries and Rehabilitation
  • Strength and Conditioning – II (Theory)
  • Strength and Conditioning – II (Practical)
  • Sports Nutrition
  • Transdisciplinary Project-Centric Learning – VI

  • Advanced Sports Data Analytics – I
  • Advanced Sports Performance Analysis – I
  • Advanced Research Methodology and Statistics
  • Advanced Exercise Physiology
  • Advanced Kinesiology and Biomechanics (Theory)
  • Advanced Kinesiology and Biomechanics (Practical)
  • Sports Project

  • Advanced Scientific Applications in Team and Individual Sports
  • Advanced Sports Data Analytics – II
  • Advanced Sports Performance Analysis – II
  • Sports Project
  • Internship – III

Course Highlights

Advanced Human Performance Sciences
In-depth academic engagement with exercise physiology, biomechanics, motor learning, sports psychology, nutrition, and ergogenic principles.

Sports Analytics and Performance Technology
Minor specialisation focused on data analytics, performance metrics, wearable technologies, video-based analysis, and digital performance systems.

Research and Applied Learning Orientation
Structured training in research methodology, laboratory testing, statistical analysis, and evidence-based practice in sports science contexts.

Industry and Elite Athlete Exposure
Practical experience through internships with professional teams, sports academies, fitness centres, and sports science laboratories.

Global Career and Academic Readiness
Preparation for professional roles in sports science support services, performance analysis, strength and conditioning, and progression to higher studies and research.

Career Enhancement Programs

  • Research skill development workshops
  • Communication and leadership training
  • Advanced certifications in fitness and conditioning
  • Interdisciplinary exposure to sports analytics and rehabilitation
  • Transdisciplinary project-centric learning
  • Structured internships
  • Online learning through Coursera, SWAYAM, and NPTEL

Career Outcomes

Graduates of the Bachelor of Sports Sciences are well-prepared for diverse and evolving professional pathways, including:

Applied Sports Science and Human Performance Practice

Graduates advance human performance by applying scientific principles from exercise physiology, biomechanics, nutrition, and motor learning to training, conditioning, and recovery contexts. They conduct physiological and biomechanical assessments, design performance-optimisation strategies, and support evidence-based practice in high-performance and fitness settings.

Performance Analysis, Sports Analytics, and Informatics Systems

Graduates analyse movement, match, and training data to inform tactical decisions, performance optimisation, and long-term athlete development. By integrating sports analytics, performance analysis, and informatics with digital tools, video analysis, and wearable technologies, they translate complex datasets into actionable insights for coaches and organisations.

Strength, Conditioning, and Rehabilitation Support

Graduates design and implement strength and conditioning programmes grounded in physiological assessment, load monitoring, and injury-risk management. Working alongside medical and allied health professionals, they support rehabilitation, reconditioning, and safe return-to-performance processes.

Sports Research, Health Promotion, and Evidence-Based Inquiry

Graduates engage in scientific inquiry through research design, laboratory testing, data interpretation, and applied evaluation in sports science contexts. They contribute to research projects, performance audits, and health promotion initiatives that address physical activity, wellness, and population health.

Sports Technology, Innovation, and Applied Industry Integration

Graduates operate at the intersection of sport, science, and technology by supporting the application of AI-enabled systems, adaptive sports technologies, and digital performance platforms. They contribute to technology testing, innovation projects, and applied consultancy within sports organisations, fitness enterprises, and performance laboratories, ensuring ethical and effective use of emerging tools in sport and human performance.

Entrepreneurial, Consulting, and Interdisciplinary Practice

Graduates initiate and manage consultancy services, sport science support ventures, and interdisciplinary practice models that integrate performance analysis, conditioning, rehabilitation, and wellness services. By combining scientific expertise with communication and digital engagement skills, they create sustainable professional pathways in applied sport science and health consultancy, responding to evolving industry and societal needs.

Together, these pathways equip graduates with scientific depth, analytical capability, and interdisciplinary adaptability, enabling sustained professional relevance and meaningful contribution across performance, health, research, and innovation domains as the sports sciences continue to advance.

FAQ's

How to become a Sports Scientist?


Students can begin by enrolling in a BSc in Sports Science course and later specialise in the field by pursuing a Master's degree. Several universities and colleges in India and abroad offer specialised programmes in Sports Science.

What is the highest paying Sports Science job?


Some of the highest-paying Sports Science jobs include sports medicine physician, sports psychologist, sports scientist, and sports management executive.

How to study Sports Science?


To study sports science, students complete their 10+2 education with at least 50% marks in any stream Science, Commerce, or Arts while English is compulsory. A strong foundation in the Sciences, particularly Human Biology and Psychology, is vital. Additionally, having a keen interest in sports is essential for success in this field.