State-of-the-art laboratories, training environments, and support facilities designed to integrate academics, research, and high-performance sport.
The Anatomy and Physiology Laboratory is a foundational facility supporting teaching and practical training in human structure and function. Designed to meet academic and professional standards, the lab enables students to gain hands-on understanding of anatomical systems and physiological processes relevant to physical education, sports science, health, and rehabilitation. The laboratory supports experiential learning through demonstrations, experiments, and practical assessments, linking theoretical knowledge with real-world applications in sports performance and human health.
The Injury Prevention and Management Laboratory is designed to provide students with practical knowledge and skills related to sports injury care, prevention strategies, and basic rehabilitation. The lab supports experiential learning in taping, strapping, first aid, injury assessment, and recovery techniques, enabling students to effectively manage common sports injuries and promote athlete safety and well-being.
The Advanced Sports Science Laboratory is a high-performance facility designed to support teaching, research, and athlete support services in the areas of human performance, training optimization, and sports analytics. The lab integrates physiology, biomechanics, strength and conditioning, and performance monitoring technologies to enable evidence-based assessment and enhancement of athletic performance. It provides students with hands-on exposure to modern testing protocols, data-driven decision-making, and applied research aligned with elite sport and academic standards.
The High Performance Gym is a specialized training facility designed to develop strength, power, speed, endurance, and movement efficiency for elite and aspiring athletes. Built on scientific training principles, the gym supports sport-specific conditioning, injury prevention, and long-term athlete development. It serves as a practical learning space for students of physical education, sports science, and strength & conditioning, enabling the application of evidence-based training methods in a high-performance environment.
Strength & Power Training
Functional & Athletic Training
Speed, Conditioning & Endurance
Recovery & Mobility
Monitoring & Safety
The Computer Science Laboratory is a technology-enabled learning space designed to support teaching, data analysis, research, and digital skill development for students of physical education and sports science. The lab facilitates applications in sports analytics, performance analysis, research methodology, data management, and digital communication, enabling students to integrate technology with sport and health sciences.
Dedicated support infrastructure ensuring athlete health, safety, training quality, and competitive readiness.
The School of Sports Education and Research (SSER) is committed to integrating sports science, biomechanics, and performance analysis into athlete development and sports education. Recently, SSER initiated sports-specific performance analysis services for combat sports, racket sports, swimming, and ball sports to bridge the gap between scientific assessment and practical athletic performance.
Our Performance Analysis Lab - VERGE focuses on evidence-based athlete monitoring, biomechanical analysis, strength and conditioning assessment, movement screening, and sports performance optimization using modern sports science technologies.
The lab highlights various areas of sports science including biomechanics and motion analysis, strength & conditioning assessment, movement screening, athlete monitoring, fatigue analysis, and sports-specific performance evaluation. It demonstrates how scientific methodologies are used to assess athletic performance, improve movement efficiency, reduce injury risk, and support evidence-based training practices.
A major focus of the SSER’s recent initiative of conducting sports-specific performance analysis for combat sports, racket sports, swimming, and ball sports. The first project was conducted for tennis athletes, where movement analysis, agility testing, sprint assessment, and lower-limb performance evaluation were carried out using scientific testing protocols. The website also showcases the active involvement of Bachelor of Sports Science (BSS) students, who participated in athlete testing and data collection under faculty supervision, helping them gain valuable hands-on practical exposure in sports science applications.
This reflects the institution’s commitment toward athlete development, innovation in sports science education, practical skill enhancement, and bridging the gap between scientific research and real-world sports performance.
The Anatomy and Physiology Laboratory is a foundational facility supporting teaching and practical training in human structure and function. Designed to meet academic and professional standards, the lab enables students to gain hands-on understanding of anatomical systems and physiological processes relevant to physical education, sports science, health, and rehabilitation. The laboratory supports experiential learning through demonstrations, experiments, and practical assessments, linking theoretical knowledge with real-world applications in sports performance and human health.
The Injury Prevention and Management Laboratory is designed to provide students with practical knowledge and skills related to sports injury care, prevention strategies, and basic rehabilitation. The lab supports experiential learning in taping, strapping, first aid, injury assessment, and recovery techniques, enabling students to effectively manage common sports injuries and promote athlete safety and well-being.
The Advanced Sports Science Laboratory is a high-performance facility designed to support teaching, research, and athlete support services in the areas of human performance, training optimization, and sports analytics. The lab integrates physiology, biomechanics, strength and conditioning, and performance monitoring technologies to enable evidence-based assessment and enhancement of athletic performance. It provides students with hands-on exposure to modern testing protocols, data-driven decision-making, and applied research aligned with elite sport and academic standards.
The High Performance Gym is a specialized training facility designed to develop strength, power, speed, endurance, and movement efficiency for elite and aspiring athletes. Built on scientific training principles, the gym supports sport-specific conditioning, injury prevention, and long-term athlete development. It serves as a practical learning space for students of physical education, sports science, and strength & conditioning, enabling the application of evidence-based training methods in a high-performance environment.
Strength & Power Training
Functional & Athletic Training
Speed, Conditioning & Endurance
Recovery & Mobility
Monitoring & Safety
The Computer Science Laboratory is a technology-enabled learning space designed to support teaching, data analysis, research, and digital skill development for students of physical education and sports science. The lab facilitates applications in sports analytics, performance analysis, research methodology, data management, and digital communication, enabling students to integrate technology with sport and health sciences.
Dedicated support infrastructure ensuring athlete health, safety, training quality, and competitive readiness.
The School of Sports Education and Research (SSER) is committed to integrating sports science, biomechanics, and performance analysis into athlete development and sports education. Recently, SSER initiated sports-specific performance analysis services for combat sports, racket sports, swimming, and ball sports to bridge the gap between scientific assessment and practical athletic performance.
Our Performance Analysis Lab - VERGE focuses on evidence-based athlete monitoring, biomechanical analysis, strength and conditioning assessment, movement screening, and sports performance optimization using modern sports science technologies.
The lab highlights various areas of sports science including biomechanics and motion analysis, strength & conditioning assessment, movement screening, athlete monitoring, fatigue analysis, and sports-specific performance evaluation. It demonstrates how scientific methodologies are used to assess athletic performance, improve movement efficiency, reduce injury risk, and support evidence-based training practices.
A major focus of the SSER’s recent initiative of conducting sports-specific performance analysis for combat sports, racket sports, swimming, and ball sports. The first project was conducted for tennis athletes, where movement analysis, agility testing, sprint assessment, and lower-limb performance evaluation were carried out using scientific testing protocols. The website also showcases the active involvement of Bachelor of Sports Science (BSS) students, who participated in athlete testing and data collection under faculty supervision, helping them gain valuable hands-on practical exposure in sports science applications.
This reflects the institution’s commitment toward athlete development, innovation in sports science education, practical skill enhancement, and bridging the gap between scientific research and real-world sports performance.