University of Zurich - AI Lab
Dept of Informatics
Artificial Intelligence Laboratory - Dept of Informatics
University of Zurich
8050 Zurich
Switzerland
URL: ailab.ifi.uzh.ch

Visit us in:
AUTOMATION21XX
Hall 05: Universities - Research in Robotics
Stand G1

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Company Profile

Designing the 21st Century
The goal of the Artificial Intelligence Laboratory is to foster intelligence in all its facets by promoting excellence in basic research, education, and society at large. With our activities we hope to contribute – in small ways – to making the world a better place in the 21st century.

To maximize impact, we organize lab tours and seminars for companies, teachers, and their students on a frequent basis, as well as Brown Bag lectures for a wide audience.

The ShanghAI Lectures
The ShanghAI Lectures on embodied intelligence will be broadcast by videoconference from Jiao Tong University in Shanghai to universities across the planet. The ShanghAI Lectures project is designed to contribute to the fundamental goal of making education and knowledge on cutting-edge scientific topics accessible to everyone on the planet.

Join the AI Lab
If you are interested in doing research at the AI Lab, please follow these links: Open Positions, Student Projects. Also, check out upcoming seminars tailored to students interested in Embodied Artficial Intelligence, Strategic Management, and more.

Product Range

  • Research in the field of robotics
  • Robotics research: Robotic hand
  • Robotics research: Manipulation tool
  • Robotics research: Mobile robotics
  • Robotics research: Sensor signal processing
  • Robotics research: Biologically inspired robotics
  • Robotics research: Machine consciousness
  • Robotics research: Small autonomous submersibles
  • Robotics research: Autonomous robots
  • Robotics research: Indoor mobile robots
  • Robotics research: Pneumatic robot
  • Robotics research: Human pose and action recognition
  • Robotics research: Robot vision
  • Mobile robot research: Unmanned Aerial Vehicles (UAV)
  • Robotics research: Binocular vision system
  • Robotics research: Biped robot
  • Mobile robot research: Underwater robots
  • Mobile robot research: Multi-robot-teams and cooperation
  • Mobile robot research: Mechatronics
  • Mobile robot research: Perception systems
  • Mobile robot research: Legged machines
  • Robotics research: Force control
  • Robotics research: Robot visualization systems
  • Robotics research: Human robot interaction
  • Research: Machine learning
  • AI artificial intelligence research
  • AI research: Biologically motivated models of cognition
  • Robotics research: Servo grippers
  • Mobile robot research: Micro AUV
  • Mobile robot research: Autonomous dual manipulator system
  • Space robotics research: ROV
  • Mobile robot research: Walking robot
  • AI research: Cognitive robotics
  • Robotics research: Microrobotics
  • Robotics research: Active surfaces
  • Robotics research: Manipulation
  • AI research: Interaction with large and complex physical environments
  • Robotics research: Very light robots
  • Mobile robot research: Micro robots
  • Mobile robot research: Humanoid robots
  • Mobile robot research: Autonomous robots
  • Research: Machine vision
  • Research: Humanoids
  • AI research: Embodied Cognition in a Compliantly Engineered Robot
  • Research: Anthropomimetic robot
  • Mobile robot research: Underwater locomotion