For the formation flying of multiple satellites for coordinated control, I developed a sensor using laser interferometry capable of measuring inter-satellite relative velocities within a range from several cm/s to a few μm/s. I handled the design of the entire optical system and performed data analysis using Python, presenting the results at the Japanese Physical Society Spring Meeting 2024.

As a representative of Japan in the JAXA microgravity experiment proposal program, Asian Try Zero-G 2022, I conducted experiments on the formation of three-dimensional patterns of micro-particles aboard the International Space Station. The experiment's methodology and analysis results were highly evaluated, earning me the Kibo-ABC Award, the top accolade in Asia. The findings from this experiment have been accepted for presentation at the International Astronautical Congress 2024.

To address the shortage of soccer goalkeeper coaches, I developed a system that captures practice sessions using two fisheye GoPro cameras mounted on the goal, converting the footage into 3D graphics for feedback to the players. This project was selected for the 2023 Untapped IT Talent Discovery and Development Project and received the Todai To Texas Demo Day Award. It was also showcased at SXSW 2024.

Details：https://youtu.be/2AKuOxyUSBs?feature=shared

At the international competition ARLISS, where rovers released from a rocket at an altitude of 3000 meters compete to autonomously reach a designated target, I developed a folding autonomous flying drone that meets the stringent requirements of weighing less than 1 kg and being the size of an empty can. As the project manager, I led a team of six aerospace engineering students in this development. The drone's image navigation-based precision landing system was highly evaluated, earning us third place in the Technical Award category.

Details: https://youtube.com/shorts/JUhMB0s5k-A?feature=shared

I developed an IoT device project aimed at enriching online connections by recreating elements of communication that are often lacking in digital interactions, such as sensing someone’s presence or intuitively understanding their feelings. This project facilitates spontaneous communication even over long distances. I developed an automated calling system using Alexa, and the project was selected for the QWS Challenge and the Sony IGNT Audition.

Details: https://shibuya-qws.com/project/kehai, https://youtu.be/YoIDqhsbd1I