Harvard Microrobotics Laboratory ↗
Microrobotics, soft actuation, and bioinspired fabrication.
Microrobotics, soft actuation, and bioinspired fabrication.
Wearable robotics for assistance and rehabilitation.
Soft sensing, biohybrid systems, and underwater and agricultural robots.
Soft electronics, liquid metals, and multifunctional soft materials.
Shape-changing robots, variable stiffness, and soft material fabrication.
Bioinspired and origami robots, with a focus on soft fabrication.
Robot design, soft robotics, and autonomous control within a broader robotics programme.
Haptics, human–robot interaction, and medical robotics.
Shape-changing materials, computational design, and sustainable fabrication.
Robotic materials, integrated sensing and actuation, and additive manufacturing.
Origami and reconfigurable robots, with structure and control designed together.
Origami robotics, reconfigurable structures, and wearable interaction.
Soft actuators, electrostatic and electrohydraulic devices, and haptic interfaces.
Computational robot design, multi-material fabrication, and compliant grasping.
Soft and biohybrid robotics, including biologically inspired robot bodies.
HASEL artificial muscles, functional polymers, and soft actuation.
Artificial muscles and smart materials for wearable and medical systems.
Bioinspired robotics, embodied intelligence, and robot morphology and design.
Finite-element simulation, modelling, and control of soft robots, including SOFA tools.
Plant-inspired and growing robots, and bioinspired grasping.
Soft robot modelling and control, nonlinear dynamics, and physical intelligence.
Soft grasping, artificial muscles, rehabilitation, and prosthetics.
Dielectric elastomers, artificial muscles, and miniature robots.
Soft matter mechanics, deep-sea soft robots, and smart materials.
Micro- and nanorobotics, functional materials, and biomedical robotics.
Bioinspired soft robots, modelling and control, and assistive robotics.
Bioinspired mechanisms, soft robots, and robotic hands.
Soft sensors, artificial skin, and wearable robots.
Inflatable and bioinspired robots, computation, and fabrication.
Soft and vision-based haptics, and bioinspired sensing.
Soft actuators, pumps, and sensors, including edible and biodegradable robots.
No matching groups.