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Engineering student Jordan Burnett stands next to a poster describing her project, "Safe Routing and Dispatching of Package Delivery UAVs under Varying Wind and Flight Risk Conditions."
Engineering student Preston Yen stands next to a poster describing his project, "The Optimal Fuel: Evaluating Fuels for Fuel Cells on Efficiency, Safety, Cost, and Environmental Factors."
Engineering student Automn Ohl stands next to a poster describing her project: "Comparative Analysis of Proton Exchange Membrane and Solid Oxide Fuel Cells."
Engineering student Izel Tuncer stands next to a poster describing her project, "Unlocking Cosmic Strength: The Revolutionary Universal Joint Orthosis for Astronauts."
Engineering student Peter Hwang stands next to a poster describing his project, "Saving Three Birds with One Stone: Collision Avoidance Between Aircraft, Noncooperative Aircraft, and Birds Using Artificial Intelligence."
Engineering student Jaden Lepp standing next to a poster describing his project, "Certification of Autonomous Aircraft Flight Over People."
Engineering student Albie Morrison standing next to a poster of his project, "Using AR/VR as a Curriculum for Aircraft Engines."
Engineering student Benjamin Harp standing next to a poster describing his project, Autonomous Quadruped Navigation: Integrating LiDAR SLAM and Object Detection for Intelligent Mobility."
Engineering students John Radey (left) and Patrick Coulon (right) standing beside a poster describing their project, "Design of Advanced Control Algorithms for Robot Manipulator Joints."

National Science Foundation Research Experience for Undergraduates

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The Robotics and Autonomous Systems (AUTOBOT) Research Experience for Undergraduates (REU) hosted by the College of Aeronautics and Engineering will cultivate students鈥� interest and capacity to become scientific and engineering contributors to this exciting field, by engaging undergraduate students in cutting-edge research that underpins and enables autonomous systems. Research projects within the program will incorporate scientific concepts related to the following topics:

  • Innovative robotic design, artificial intelligence (AI),
  • Human-robot teaming,
  • Unmanned aerial vehicles (UAV), and
  • Guidance, navigation, and control (GNC) technologies to enable the next generation of more advanced autonomous systems.

Program Support

Students will be provided the following for their participation in the program:

  • Stipend: $6,000
  • Meal allowance: $1,000
  • Complimentary on-campus housing
  • Travel reimbursement of up to $500

 

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