Date:
–
Location:
Houston,Texas
Audience:
Undergraduate and graduate engineering students, robotics and aerospace researchers, and participants in the NASA Texas Space Grant Consortium’s university rover design competition.
Higher Ed Involvement:
IDEAS²-supported University of Houston students participated in the Mars Autonomous Rover Rally Design Challenge organized by the NASA Texas Space Grant Consortium. Faculty mentors from the IDEAS² Center guided students in developing autonomous rover technologies and mission-planning algorithms. The activity connected university coursework with real-world planetary robotics applications and provided hands-on experience in robotics, autonomy, and systems engineering.
Description:
In Fall 2025, IDEAS²-supported University of Houston students engaged in the Mars Autonomous Rover Rally Design Challenge, a university-level design and coding competition organized by the NASA Texas Space Grant Consortium and conducted from October 17 to November 21, 2025.
Student teams developed and tested autonomous rover mission strategies to explore the Kaiser Crater in the Martian Noachis Terra region, focusing on future habitability and in-situ resource utilization.
Using the Robotic Operating System (ROS) in combination with the Space Teams PRO high-fidelity simulation environment, the students implemented autonomous navigation, obstacle avoidance, and mission-planning algorithms in realistic Martian terrain, low-gravity, and dust-storm conditions.
The activity supported IDEAS² workforce development goals by providing hands-on experience in planetary rover autonomy, mission simulation, and systems integration relevant to future lunar and Mars surface exploration missions.
Student teams developed and tested autonomous rover mission strategies to explore the Kaiser Crater in the Martian Noachis Terra region, focusing on future habitability and in-situ resource utilization.
Using the Robotic Operating System (ROS) in combination with the Space Teams PRO high-fidelity simulation environment, the students implemented autonomous navigation, obstacle avoidance, and mission-planning algorithms in realistic Martian terrain, low-gravity, and dust-storm conditions.
The activity supported IDEAS² workforce development goals by providing hands-on experience in planetary rover autonomy, mission simulation, and systems integration relevant to future lunar and Mars surface exploration missions.