After earning my Ph.D. in Science from the University of Tokyo in 2020, I have been conducting research on synoptic-scale transient eddy activity (mobile cyclones and anticyclones) and midlatitude atmosphere–ocean interactions. These works are directly relevant to understanding the mechanisms behind day-to-day weather variability and extreme weather events, profoundly impacting our lives.

Since December 2024, I have been an Associate Professor at the University of Tsukuba, where I advance research on climate dynamics and transient eddy activity in past, present, and future climates.

I am driven to conduct research that provides crucial, science-based insights for predicting the risks of weather-related disasters. My ultimate goal is to apply this knowledge to build a more resilient society, ensuring the safety of people's lives and livelihoods and creating a more secure, sustainable future for all. 

• Newly joined the APRAC DynVar Steering Committee: DynVar (2025.09.26)

• Paper published in Geophysical Research Letters: Kawamura et al. (2025) Journal Site (2025.09.19)

• Paper published in AGU Advances: Okajima et al. (2025b) Journal Site & press release (2025.09.02)

• An introductory online article on my research is available at "Tsukuba Future". (2025.07.17)

• Prof. Julie Arblaster from Monash University gave a seminar. (2025.07.10) 

• Paper published in PEPS: Koike et al. (2025) Journal Site (2025.07.07)

• Participated in "Stormtracks 2025 Workshop" as a member of Science Organizing Committee. (2025.06.20)

• The new logo of Habitable Japan is out: Habitable Japan website (2025.06.09)

• Paper published in Journal of Climate: Okajima et al. (2025a) Journal Site & press release (2025.04.16)

• The webpage of the curvature-based methodology is now open: CUBED (2025.03.02)

• Paper published in SOLA: Sekizawa et al. (2025) Journal Site (2025.01.21)

• Paper published in Journal of Climate: Satoh et al. (2025) Journal Site (2025.01.09)