Scientific Program
Details about the scientific program will be announced later. Stay tuned!
Keynote Speakers
We are proud to announce the following keynote speakers for ICMST 2025:
Dr. Todd Pataky
Affiliation: Department of Human Health Sciences, Kyoto University, Japan
Title: Statistical Parametric Mapping in Biomechanics: an historical perspective
Statistical Parametric Mapping (SPM) first appeared in the Biomechanics literature...
Statistical Parametric Mapping (SPM) first appeared in the Biomechanics literature in 2006, but its journey as a general data analysis methodology has a substantially deeper history. This lecture will consider the historical development of key statistical ideas --- starting in the 1700s --- that ultimately gave rise to SPM's core theory in the 1970s. The role of large dataset analysis challenges --- in Biomechanics, Neuroimaging and beyond --- will also be considered as a catalyst for SPM's emergence in the applied literature in the 1990s. SPM's current role in Biomechanics will be discussed along with its future prospects as a general data analysis framework.
Dr. Chih-Hsiu Cheng
Affiliation: School of Physical Therapy, Chang Gung University, Taiwan
Title: Toward Personalized Spine Health: From Biomechanical Insights to Digital Therapeutics for Active Aging
This speech explores the integration of patient-specific finite element...
This speech explores the integration of patient-specific finite element modeling and digital therapeutics to advance personalized spine health in aging populations. Our recent studies have examined biomechanical changes in patients undergoing cervical and lumbar spine surgeries, offering insights into load redistribution, surgical impact, and compensatory adaptations in the aging spine. To address these clinical challenges, we developed several assistive systems targeting pain management and functional decline in older adults. This presentation will emphasize age-related movement impairments, rehabilitation demands, and the translational potential of spine biomechanics in shaping next-generation digital health interventions.
Dr. Hélène Pillet
Affiliation: Institut de Biomécanique Humaine Georges Charpak, Arts et Métiers ParisTech, France
Title: From locomotion biomechanics to the design of assistive device for people with disabilities
In this presentation, we will discuss various scientific aspects of biomechanics...
In this presentation, we will discuss various scientific aspects of biomechanics, including kinematics, dynamics, stability, and mechanical interactions at the interface between devices and humans. Through several concrete examples addressing real-life and sports-related challenges, we will highlight how biomechanical analysis supports the development of effective and personalized assistive technologies. By understanding movement strategies and the transfer of mechanical actions through interfaces, we aim to bridge the gap between scientific knowledge and practical applications that enhance the mobility, autonomy, and quality of life of people with disabilities.
Dr. Jooeun Ahn
Affiliation: Department of Physical Education, Seoul National University, Korea
Title: Enhancing movement with simple, compact, light but smart garments
Various wearable devices have been developed to support and enhance human movement...
Various wearable devices have been developed to support and enhance human movement. However, many individuals are reluctant to adopt such technologies due to the discomfort and inconvenience associated with wearing bulky or complex equipment. This lecture will introduce various garment-type wearable devices that are deliberately designed to be simple, compact, and lightweight, yet effective in improving human motor performance. This lecture will also explain the underlying mechanisms of the devices, and highlight the importance of harmoniously integrating comfort and functionality to promote user acceptance and practical utility.
Stay tuned for more updates on our distinguished speakers.
Asian Researchers Session
Parunchaya Jamkrajang, Ph.D.
Affiliation: College of Sports Science and Technology, Mahidol University, Thailand
Title: Applied Movement Biomechanics in Thai Sports and Clinical Contexts
The presentation explores the practical application of movement biomechanics in Thai..
The presentation explores the practical application of movement biomechanics in Thai sports and clinical settings. It highlights two primary domains: enhancing athletic performance and improving clinical assessment. In sports, biomechanical analysis of badminton lunges using neuromuscular, kinematic, and kinetic data—including ground reaction forces and joint moments—supports performance optimization and injury prevention. Clinically, biomechanics is applied to assess joint function, analyze movement quality, and select appropriate evaluation tools. The session also discusses the translation of laboratory-based findings to real-world environments, such as paramedic and emergency care scenarios, focusing on safe techniques for patient handling and lifting.
Hoon Kim, PhD, ATC
Affiliation: Department of Sports Medicine Department of Software Convergence, Soonchunhyang University
Title: Unveiling Movement Strategies: Squats and Jumps through In Silico Modeling and AI
This presentation introduces two independent computational approaches used to...
This presentation introduces two independent computational approaches used to investigate human movement in athletic movements. In one line of work, in silico musculoskeletal modeling & simulation was applied to estimate joint contact forces and examine muscle-specific contributions to net joint moments during squatting. In a separate effort, machine learning models were developed to predict ground reaction forces during countermovement jumps using smartphone-based inertial sensor data. Together, these studies highlight how simulation-based and AI-driven methodologies can offer complementary insights into movement strategies relevant to sports science, rehabilitation, and real-world monitoring.
Yun-Ju Lee, Ph.D. PT
Affiliation: Department of Industrial Engineering and Engineering Management National Tsing Hua University, Taiwan
Title: Ergonomic sensing of IMU approach for gait application
Ergonomic sensing using Inertial Measurement Units (IMUs) is pivotal for analyzing...
Ergonomic sensing using Inertial Measurement Units (IMUs) is pivotal for analyzing gait applications, particularly in recognizing walking directional intentions and emotional states. Research indicates that IMUs can effectively classify various gait types and conditions, enhancing our understanding of human motion dynamics. For instance, the use of IMUs to identify fatigue and simulate different gait conditions showcases their versatility in real-world applications. Additionally, the integration of machine learning techniques has led to high classification accuracy for emotional states based on gait features. However, challenges remain, including measurement accuracy and environmental factors, which must be addressed to optimize the effectiveness of these movement sensing technologies.
Daisuke Ichimura, Ph.D.
Affiliation: Artificial Intelligence Research Center, National Institute of Advanced Industrial Science and Technology (AIST), Tokyo, Japan,
Title:Neuromusculoskeletal simulation of pathological gait
Bipedal locomotion involves the real-time coordination of numerous muscles and exhibits notable ...
Bipedal locomotion involves the real-time coordination of numerous muscles and exhibits notable redundancy, especially under pathological conditions. To investigate the mechanisms of pathological gait, we developed a computational neuromusculoskeletal model that integrates a neural controller with a musculoskeletal system. After identifying unknown parameters through optimization, the model achieved stable bipedal walking. We then introduced specific lesions or impairments to simulate pathological gaits under different conditions. In this presentation, we will show some examples of pathological gait models. These simulations may help us understand pathophysiological mechanisms and support the development of tailored rehabilitation strategies.
Mako Fukano, Ph.D.
Affiliation: College of Engineering, Shibaura Institute of Technology, Japan
Title: Toward a Comprehensive Understanding of Female Athletes: Overcoming the sex/gender disparities in sports
This presentation will focus on sports-related health issues in women. Despite...
This presentation will focus on sports-related health issues in women. Despite the growing participation of women in sports, recent studies have reported that only 10-37% of participants in sports and exercise medicine research are women —a figure that has remained largely unchanged for over a decade —indicating the significant underrepresentation of women in this field. This underrepresentation is particularly concerning given the unique and complex health considerations faced by female athletes, including elevated injury rates, cyclical hormonal fluctuations, and psychological factors. Among these, we will highlight the problem of ankle sprains, particularly their higher incidence in female athletes compared to males, and present recent research findings in this area.
Social Program
Details about the social program will be announced later. Stay tuned!
Important Dates
- Paper Submission Opening: 2025/5/15
- Registration Opening: 2025/9/1
-
Paper Submission Deadline:
Extended to 2025/8/31 2025/7/31
- Notification of Abstract Acceptance: 2025/9/15
- Late-Breaking Abstract Deadline: 2025/10/18
- Late-Breaking Abstract Acceptances: 2025/10/25
- Registration Deadline: 2025/11/05
- Conference Dates: 2025/11/28~30
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Call for Papers
We invite researchers and practitioners to submit their papers for the 2025 International Conference on Movement Science and Technology. For more details, please refer to the Call for Papers.
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