Electrically driven, silent
electrohydrodynamic fiber pumps
I am a Ph.D. Research Assistant in Biohybrid Robotics at the Raman Lab and MIT Media Lab at Massachusetts Institute of Technology, Cambridge. My research focuses on electrically-driven artificial muscles, compliant wearable robots, and musculoskeletal robotic systems.
will be online on Science Robotics March 2026 issue
Untethered operation of electrofluidic woven muscles with average power density of 50 W/kg
Selected Work Experience
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Meta Reality Labs
Research Scientist Intern (PhD)
AGIOS, Advanced Manufacturing of Smart Fibers, Redmond, WA
Toyota Motor North America
Research Scientist Intern (PhD)
TRINA, Programmable Systems Group, Ann Arbor, MI
Google ATAP
FRP Project Lead
AI-empowered Robotic Textiles, Cambridge, MA
Ångström Laboratory
Research Engineer
Material Science & Microsystems, Robotic Materials, Uppsala, Sweden
Education
Ph.D. Soft Robotics
Massachusetts Institute of Technology (MIT), Cambridge, MA
MechE, Raman Lab (Biohybrid Robotics)
MIT Media Lab, Tangible Media Group (Human-Robot Interaction)
# artificial muscle fibers, textile actuators, active polymers,
advanced manufacturing, soft and biohybrid robotics
MSc. Human-Computer Interaction
Royal Institute of Technology (KTH), Stockholm, Sweden
EECS, Human-Centered Technology
# fiber and textile actuators, wearable technology, human-robot
interaction
Research Engineer (Pre-doctoral degree)
Uppsala University, Uppsala, Sweden
Materials Science, Division of Microsystems Technology
# liquid crystal elastomers, liquid metals, flexible and stretchable interconnects, microfabrication