| Graduate School of Law | NARAOKA Souchi | International Collaboration for understanding the experiences of POWs and Internees in modern Japan |
| Graduate School of Science | SOTA Teiji | International collaboration for comparative genomic study on the evolutionary and ecological mechanisms of species diversity |
| Graduate School of Science | YOSHIDA Kentaroh | New low-energy effective theory emerging from superstring theory |
| Graduate School of Science | UENO Satoru | Construction and utilization of Japan-Peru-Saudi Arabia high-speed solar explosion monitoring system |
| Graduate School of Medicine | SHINOHARA Takashi | Purification and culture of primate/human spermatogonial stem cells |
| Graduate School of Medicine | NAKAYAMA Takeo | An international comparison of institutions of community pharmacists-based support for people with chronic disease in developed countries |
| Graduate School of Engineering | OHSAKI Makoto | Japan-US cooperative research network for optimization of seismic performance and architectural design of large-scale structures |
| Graduate School of Agriculture | KURODA Kouichi | Establishment of a high-throughput biological assay for enhanced production of branched-chain alcohols |
| Graduate School of Biostudies | NISHIHAMA Ryuichi | Establishment of the international research base to understand the principle behind plant development using “Zenigoke”, the Kyoto University-born model plant |
| Research Institute for Sustainable Humanosphere (RISH) | UMEMURA Kenji | International cooperation research on the development of wood-based materials using agricultural wastes |
| Disaster Prevention Research Institute (DPRI) | ITO Yoshihiro | Developing of a next-generation ocean bottom pressure gauge to measure long-period vertical crustal deformation toward the prediction of large earthquakes |
| Institute for Integrated Cell-Material Sciences (iCeMS) | HASEGAWA Kouichi | Sustainable malaria P. vivax liver stage model for disease mechanism study and drug development |
| Institute for Integrated Cell-Material Sciences (iCeMS) | NAMASIVAYAM Ganesh Pandian | Technology Integration from Three Countries to Develop Nanoparticle-based Transcription Factor Mimics and Reconstruct Articular Cartilage Components |
