Shepherd Lab Tours
The first two floors of Shepherd are the home to the Minnesota Robotics Institute. Below lies several of the cutting-edge labs and spaces available to those involved in robotics and sensing research. Whether you're an educator looking to show your students cutting-edge robotics or an industry professional, we want to show you what Shepherd Laboratories has to offer.
MnRI Research Laboratories
Distributed Robotics Laboratory (Shepherd Labs 246, 256, 270)
- Lead MnRI Researcher: Dr. Nikolaos Papanikolopoulos
- Main Research Areas: robotics, distributed robotics, sensors for transportation applications, computer vision, control systems, sensor networks, computer engineering, computer integrated manufacturing
Gini Next Generation Robot Laboratory (Shepherd Labs 160)
- Lead MnRI Researcher: Dr. Maria Gini
- Main Research Areas: robotics, distributed robotics, artificial intelligence, machine learning
Interactive Robotics and Vision (IRV) Laboratory (Shepherd Labs 150)
- Lead MnRI Researcher: Dr. Junaed Sattar
- Main Research Areas: robotics, underwater robotics, human-robot collaboration, robot vision, application of robotics in healthcare, and assisted and autonomous driving
Park Laboratory (Shepherd Labs 232)
- Lead MnRI Researcher: Dr. Hyun Soo Park
- Main Research Areas: robotics, computer vision, sensing
Learn more about Hyun Soo Park's on his faculty website.
Robotic Sensor Networks (RSN) Laboratory (Shepher Labs 130)
- Lead MnRI Research: Dr. Volkan Isler
- Main Research Areas: robotics, perception, agricultural robotics and sensing, automation, communication, actuation
Drone Laboratory (Shepherd Labs 164)
- This two story laboratory and meeting space that includes netting and enough space to test flying drones. Our researchers are able to flight test their research year round in the Drone Lab.