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Completed research projects
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- Seminars
- Projects
- Swarming MAV Networks II
- Flight Control in Complex Environments: From Insects to Robots
- Joint Evolution of Dispersal and Altruism
- Darwinian Neurodynamics
- Collective behavior of plant inspired robots
- Sensorymotor tissues for soft robots
- Adaptive Morphology for Multi-Modal Locomotion
- Synergistic Interactions in Swarms of Heterogenous Agents
- Personal Aerial Transportation Systems
- Soft Modular Robots
- Robust Flight in Cluttered Indoor Environments
- Audio-based Swarming MAVs
- Curved Artificial Compound Eyes
- Viability Evolution
- Completed research projects
Research fields
- Biology
Study the evolution of biological systems using artificial evolution and robotic platforms in collaboration with biologists.
- Robotics
Create the next generation of flying, jumping and climbing robots using inspiration from biology.
- Artificial Intelligence
Study the learning and adaptation processes in the brain and apply them to the design of neural controllers for robots and the reverse-engineering of gene networks.