Innovative Developments in Engineering for Autonomous Systems

Data example

Research Areas

  • Autonomus vehicles (self-driving) using open-source control software
  • Small jet engine experimental upgrades
  • Gradient vector field guidance for optimium path following and obstacle avoidance
  • Uncrewed aerial vehicle collistion avoidance in real-time
  • Behavoir tracking devices, GPS and RFID
  • Hybrid visual and LiDAR navigation
  • Hybrid projecticle, aerodynamics and control
  • Ground effects for small propoellars, modeling and control
  • Artifical intelligence, path planning and attacker-defense-target evasion using
  • Robotic inside diameter pipe measurement
  • Water sensor evaluation
  • Wind turbine active flow control
  • Research Projects

  • Resilient and Secure UAS Flight Control - Ohio Federal Research Network
  • Appalachian Smart Rural Autonomy and Mobility
  • 5G sensors for coal fired power plants - US Department of Energy
  • Targeting the gaps in the Autonomus Driving Systems - Ohio Department of Transportation/US Department of Transportation
  • OWL-FEWS - National Science Foundation
  • Data Fusion for Navigation - US Air Force
  • Onboard Health Monitoring - US Air Force
  • Organizations

    AIAA ISTC

    People

  • Jay Wilhelm, Ph.D., Associate Professor, Mechanical Engineering, Ohio University
  • Cameron Roback, PhD Student
  • Nathan Hawes, MSME Student
  • Robert Geng, MSME Student
  • Rhett Huston, MSME Student
  • Travis Moleski, Ph.D. Student

  • Alumni:

  • Jeremy Browne, MSME Student
  • Theo Tuttle, MSME Student
  • Jacob English, MSCS Student
  • Garret Clem, MSME Student
  • Gine Eberhart, MSME Student
  • Sheldon Blackshire, MSAE Student
  • Jonathan Rojas, MSME Student
  • Chris Gioja, MSME Student