Ergonomics and Ergogenics Technology Centre (ERGOTC)

At ERGOTC, you’ll work with a multidisciplinary team of specialists in biomechanics, physiology, psychology, biochemistry, nutrition, strength and conditioning, kinesiology, and more—equipped to address the full spectrum of human performance and movement challenges.

What we offer

• Applied Consultancy and Research
  Tap into our expertise in human movement science to assess physical performance, refine products, and optimise training or work conditions.

• Ecological Validity Testing
  Ensure your test protocols reflect real-world conditions through rigorous assessments designed to validate effectiveness outside the lab.

• Performance Assessments
  Apply sports and exercise science methodologies to analyse performance and functional movement across various populations—from athletes to workers.

• Custom Exercise Programme Development
  Access evidence-based, tailored exercise plans and innovative sports technologies to enhance performance or rehabilitation outcomes.

Past and ongoing collaborations

We’ve supported a wide range of public and private organisations across sectors including defence, healthcare, sports, education, and R&D. Some of our partners include:

• National Research Foundation

• Singapore Armed Forces

• Singapore Civil Defence Force

• A*STAR

• Singapore Sports Institute

• Ministry of Education

• Outward Bound Singapore

• Nanyang Technological University

• Defence Science Organisation

• Singapore Totalisator Board

R&D Highlights

Kinematic and Kinetic Analysis of the Tennis Forehand Stroke

Partner: Universitas Negeri Padang, Indonesia

We’re using high-speed optical cameras and embedded force sensors to study the biomechanics of the tennis forehand. This research helps inform athlete training and sports equipment innovation.

Physiological Impact of Firefighting and BAPT Validation

Partner: Singapore Civil Defence Force (SCDF)

Our study profiles the physiological demands of firefighting and evaluates the Breathing Apparatus Proficiency Test (BAPT). The goal: more accurate assessments and targeted training protocols for SCDF responders.

Augmented Reality for Lower Limb Injury Diagnostics

Partners: Nanyang Technological University and Ministry of Education

We're developing a marker-less motion capture system that collects accurate 3D joint data. This technology has the potential to revolutionise clinical assessments in mainstream sports medicine.