Automated Bubble-Free Gel Dispensing System
Precision motion platform inspired by 3D-printer mechanics to dispense high-viscosity cell culture gel without air bubbles.
Bachelor of Engineering Graduate from Kyoto University of Advanced Science — specializing in power electronics, robotics, automation, and AI-driven systems.
Engineering graduate from Kyoto University of Advanced Science with a strong foundation in power electronics, robotics, and software development. Experienced through peer-reviewed research publications, industry capstone projects with SCREEN Holdings and Techfirm Inc., and an internship at Nidec Corporation.
Nidec Summer Internship · 2024
Precision motion platform inspired by 3D-printer mechanics to dispense high-viscosity cell culture gel without air bubbles.
Compared conventional vs. center-tapped DAB topologies with Python/SCPI automation. Published at IEEE IPEC 2026.
Front-end web interface + AI avatar integration for an interactive recruitment assistant.
KUAS Graduation · 2026
Interested in collaborating on power electronics, robotics, or AI-driven engineering projects? I'd love to hear from you.