PhD in Aeronautics and Astronautics with over a decade of experience in advanced composite materials for aerospace and space transportation systems. My research focuses on developing cryogenic, linerless composite tanks and vacuum-insulated structures for reusable space vehicles and next-generation transportation platforms. The work emphasizes liquid oxygen (LOX)-compatible composite materials and low-permeability gas-barrier systems for hydrogen storage, integrating material innovation with scalable manufacturing for both aerospace and terrestrial applications.

I currently lead cryogenic composite development at SPACE WALKER, overseeing complete process design, from material formulation and tooling to sub-scale tank validation, within programs funded by the Japanese Government, JAXA, MEXT, and NEDO. My collaborations with DLR, Fraunhofer IPT, and Coriolis Composites in-situ advance Automated Fiber Placement (AFP) and Laser-Assisted Tape Winding (LATW) technologies toward industrial-scale production.

My work bridges materials science and system implementation, turning laboratory-scale innovations into certified, flight-ready composite hardware.