International collaboration combined with artificial intelligence is fundamentally changing how materials scientists approach energy storage and sustainable technologies across Asia. A new model emerging from the ASEAN-Japan Science, Technology and Innovation (STI) Coordination Program demonstrates how seed funding and researcher networks can catalyze breakthrough discoveries by bringing together expertise in electrochemistry, machine learning, and advanced materials across multiple countries.

Why Is Cross-Border AI Research in Materials Science Becoming Critical?

The complexity of modern materials challenges requires expertise that spans chemistry, materials science, engineering, data science, and artificial intelligence. No single institution or country possesses all the necessary skills to solve problems like designing better batteries, improving energy storage systems, or developing sustainable electrochemical technologies. This reality has prompted a shift toward international research networks that deliberately connect complementary expertise across borders.

Associate Professor Dr. Pawin Iamprasertkun, Head of the Research Unit in Sustainable Electrochemical Intelligent at Sirindhorn International Institute of Technology (SIIT) in Thailand, exemplifies this trend. His research group has published more than 80 articles in top-tier journals with over 2,200 citations, and he has received multiple national and international awards for contributions to sustainable energy research.

How Are Researchers Building Regional AI Materials Networks?

Under the JASTIC Seed-Funding Program, researchers are establishing concrete platforms that connect scientists working at the intersection of electrochemistry, energy storage, advanced materials, and artificial intelligence. The initiative goes beyond simple collaboration; it actively promotes researcher mobility, interdisciplinary training, and capacity building for students and early-career researchers across the region.

The practical steps researchers are taking to build these networks include:

• Academic Visits and Institutional Partnerships: Direct visits to leading research institutions like the National University of Singapore (NUS) enable collaborative discussions with top researchers and identify opportunities for joint research, researcher exchanges, and international scientific events.
• Workshops and Training Programs: Specialized workshops on machine learning in electrochemistry and industrial seminars on next-generation battery technologies expose students and young researchers to emerging interdisciplinary research directions at the interface of electrochemistry, artificial intelligence, and sustainable energy.
• International Proposal Development: Seed funding catalyzes the preparation and submission of larger international research proposals, such as those submitted to the e-ASIA Joint Research Program, which bring together research partners from multiple countries with complementary expertise.

One concrete example involved collaborative discussions with leading researchers including Professor Hui-Ying Yang and Professor Daniel Blackwood at NUS. These meetings strengthened institutional partnerships and identified opportunities for future joint research and international scientific events.

"Research excellence builds the foundation of innovation, but meaningful progress happens when talented people come together across disciplines, institutions, and countries," stated Associate Professor Dr. Pawin Iamprasertkun.

Associate Professor Dr. Pawin Iamprasertkun, Head of Research Unit in Sustainable Electrochemical Intelligent at Sirindhorn International Institute of Technology (SIIT)

What Makes This Model Different From Traditional Research Funding?

Traditional research funding often focuses on individual projects or institutions. The JASTIC Fellowship model emphasizes creating collaborative platforms that connect researchers, students, and industry partners across multiple countries. The greatest achievement of this approach is not a single project or event, but the creation of an ongoing ecosystem where scientific innovation can accelerate.

The program has successfully prepared and submitted an international proposal to the e-ASIA Joint Research Program involving research partners from Thailand, China, and Indonesia. This consortium brings together complementary expertise in electrochemical energy technologies and represents an important step toward building a sustainable regional research ecosystem.

The impact extends beyond publications and proposals. By bringing together expertise in electrochemistry, materials science, machine learning, and engineering across ASEAN and East Asia, researchers can accelerate the development of technologies needed to address global energy and sustainability challenges. This multidisciplinary, international approach is becoming increasingly recognized as essential for solving complex scientific problems that no single discipline or nation can address alone.

"The true value of the ASEAN-Japan STI Coordination Program lies beyond funding, it lies in the opportunities and connections it creates," noted Associate Professor Dr. Pawin Iamprasertkun.

Associate Professor Dr. Pawin Iamprasertkun, Head of Research Unit in Sustainable Electrochemical Intelligent at Sirindhorn International Institute of Technology (SIIT)

As materials science increasingly relies on machine learning to design new compounds and optimize processes, the ability to share expertise across borders and disciplines becomes a competitive advantage. The ASEAN-Japan model suggests that strategic seed funding, when combined with intentional network building, can unlock scientific innovation that benefits the entire region.