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Research

Centre for Future Health and Intelligent Exercise

 

About the Center

 

The Center for Future Health and Intelligent Exercise (FITX) is dedicated to promoting future-oriented healthy lifestyles, with the vision of advancing scientific approaches to exercise and intelligent solutions for health. By integrating cutting-edge technologies, such as artificial intelligence, wearable devices, and big data, with exercise science, the center enables real-time monitoring, personalized assessment, and intelligent intervention in physical activity. This approach supports exercise practices, disease prevention, and improved quality of life. FITX brings together multidisciplinary expertise to drive the integration of medicine and exercise and to build a comprehensive, full-cycle innovation ecosystem that spans fundamental research, technological development, standardization, and translational application. FITX aims to become a world-class research hub in future health and intelligent exercise, while serving as a leading platform for high-level talent development.

 

Center Members

 

 

Shulin Cheng

Professor

Director

Sports Medicine

 

Jingchuan Wang

Research Professor

Executive Director

Intelligent Robot

Ruigang Yang

Distinguished Professor

AI-powered Vision

 

Minqiang Wang

Associate Professor

Flexible Wearable Sensor

 

 



 

 

 

Xiuqiang Wang

Associate Research Professor

Exercise Science

Chenggang Wang

Assistant Research Professor

 

 

 

 

 

Plan and Expected Scale

• Expected center size: 15 Principal Investigators (PIs), 15 research-track faculty, and 50 graduate students.

 

 

Main Research Areas:

1. Exercise heterogeneity and chronic disease prevention

2. Multi-omics of exercise and the “exercise pill” concept

3. 3D exercise vision and embodied intelligence optimization

4. Digital health and exercise robotics

5. Standardization of exercise-medicine integration and wearable technologies

 

 

Platform Plan and Objectives

• Scientific Research: Pursue interdisciplinary research to uncover molecular mechanisms and clinical applications of exercise for lifelong health.

• Technological Innovation: Develop AI, wearable devices, intelligent exercise prescriptions, and digital health management platforms.

• Clinical Translation: Implement research outcomes in clinical settings to promote healthy lifestyles across all ages.

• International Collaboration: Build partnerships with leading global institutions to enhance academic exchange.

• Talent Development: Cultivate high-level talents from undergraduate to postdoctoral levels and establish a translational exercise medicine education system.