FUKUOKA, Feb 1 – The Sakura Science Exchange Program continues to strengthen research connections between Universiti Teknologi Malaysia (UTM) and Kyushu Institute of Technology (Kyutech), with a focus on advancements in artificial intelligence (AI) and virtual reality (VR). Through this program, researchers and students from both institutions engage in collaborative projects, share knowledge, and participate in hands-on experiments, particularly in human motion data analysis and AI-driven immersive simulations. This initiative not only accelerates technological innovation but also deepens the long-standing partnership between UTM and Kyutech, which has been fostering impactful research, especially in VR, since 2011.
Recently, a delegation from UTM participated in the Sakura Science Exchange Program at Kyutech, Japan. This program, made possible through the UTM-Kyutech partnership, provided a valuable platform for research and cultural exchange, specifically emphasizing advancements in motion capture technology at Oshita Laboratory on the Iizuka Campus. Under the theme “International Joint Research on Virtual Reality Using Motion Capture Technology,” participants explored AI-driven motion analysis and its applications in VR simulations. The UTM delegation included Prof. Dr. Mohd Shahrizal Sunar, Director of the Institute of Human-Centered Engineering (iHumEn), along with postgraduate students Nur Irdina Ahmad Rifdi (PhD), Muhammad Noor Iman Sa’adon (Master’s), and Muhammad Faris Aieman Rosman (Master’s).
The program commenced with a warm welcome at Kyutech, where the delegation was introduced to the university’s mission and research ecosystem. A key highlight of the visit was an in-depth session at Oshita Laboratory, which is renowned for its research in motion capture technology. Participants had the opportunity to engage with faculty and researchers, gaining valuable insights into innovative approaches to human motion analysis and related technologies.
Participants gained practical experience in motion capture technology integrated with AI using Python during the three-week program. A primary focus of the research was the development of a fitness training system utilizing Unity and Python, which leveraged motion capture data for real-time analysis and feedback. The program also encouraged discussions on innovative approaches to human motion analysis and AI-driven applications, providing valuable insights for future research.
Beyond the lab, the program also included cultural and city tours, allowing participants to immerse themselves in Japan’s rich heritage and modern attractions. The delegation explored Iizuka City and Fukuoka City, visiting iconic locations such as teamLab, the Art Science Museum, and the Cultural Village. The opportunity to experience authentic Japanese cuisine further enriched the participants’ cultural understanding.
During the invitation period, participants had the opportunity to interact with both Japanese and international students from Kyutech, which helped foster cross-cultural academic discussions and networking. Additionally, the program allowed interactions with invitees from Bangladesh who were participating in another Sakura Science Program. This exchange offered a chance to share diverse research perspectives and enhance global collaboration.
As the program came to an end, the delegation presented its final research findings during a formal presentation attended by faculty and researchers from Kyutech. A banquet ceremony was held following the presentation to celebrate the achievements and experiences gained throughout the program. During the ceremony, certificates of completion were given to recognize the delegation’s successful participation. Sincere gratitude was expressed to Kyutech and the Japan Science and Technology Agency (JST) for providing this unforgettable opportunity to enhance research expertise and promote international collaboration.
