About
PhD candidate in soft robotics, based in Switzerland.
I am a PhD candidate at the Laboratory of Sustainability Robotics at Empa and EPFL in Switzerland. My doctoral research focuses on biocompatible ionic polymer actuators with 4D printing, developing magnetically driven high-power underwater soft robots.
I am actively seeking industry R&D positions where I can apply my expertise in soft actuator design, biocompatible materials, and robotic systems engineering.
Education
PhD in Microsystems and Microelectronics
EPFL, Switzerland
Topic: Biocompatible ionic polymer actuator with 4D printing — Magnetically driven high-power underwater soft robots
Specializing in actuation technology of soft robotics
MSc in Mechanical Engineering and Intelligent Systems
UEC Tokyo, Japan
Topic: Biodegradable soft robots · Edible soft robots · Electrohydraulic pump · GPA: 2.64/3.00
BSc in Informatics and Engineering, Measurements and Control Systems
UEC Tokyo, Japan
Projects: Rapid fabrication of electroactive polymer actuators · Paper electronics with silver nanowires · GPA: 2.95/4.00
Work Experience
Doctoral Assistant
Laboratory of Sustainability Robotics, Empa / EPFL, Switzerland
Research on biocompatible ionic polymer actuators, 4D printing, and magnetically driven underwater soft robots.
Student Teaching Assistant — Sustainability Robotics
EPFL, Switzerland
Instructed soft robotics and soft devices; designed lab exercises on actuator fabrication.
Research Intern
Laboratory of Intelligent Systems, EPFL, Switzerland
Research Assistant
Shintake Research Group, UEC Tokyo, Japan