Husky
Robotics
Rovers modeled, engineered, and field‑tested by UW students for real‑world planetary exploration & industry‑grade team robotics.
University of Washington - Seattle
The University of Washington’s Husky Robotics leads the frontier of collegiate planetary exploration, blending elite engineering and scientific rigor. Our 2025 rover, Prometheus, symbolizes this commitment: built to autonomously explore Mars-analog environments and compete at prestigious international challenges, including the University Rover Challenge (URC) in Utah and the Canadian International Rover Challenge (CIRC).
CLASS
Rover
AIM
Utah (URC)
Canada (CIRC)
URC / CIRC COMPETITIONS
May 27th to 30th
August 7th to 10th
OBJECTIVE
Seek signs of life while autonomously traversing scorching, rocky, sandy, arid terrain.
University of Washington 2025
University Rover Challenge (URC) Team Video
Husky Robotics proudly earned selection among 38 global teams for URC 2025 against 100+ applicants, securing an exceptional SAR video score of 91.21. Continuing our legacy from recent podium finishes, including multiple 2nd-place global wins at the Canadian International Rover Challenge (CIRC). This video showcases Prometheus's autonomous capabilities and our team's distinguished engineering excellence.
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NASA Inspired Robotics: Our Team
Husky Robotics cultivates exceptional talent, preparing +100 University of Washington undergraduate engineers yearly for impactful careers. Our alumni regularly advance into prominent full time roles across industry-leading companies and innovative research institutions. With strong partnerships and work experiences spanning Mechanical Engineering, Electrical & Computer Engineering, and Chemical & Biological engineering at UW. Here are just a few places where many of our team’s alumni have made their mark:
Source: LinkedIn Alumni Tool - University of Washington
Husky Robotics
Meet Our Team
2025 Roster: 167 UW Engineers
Mechanical
Develop precision-engineered robotic systems, mastering CAD, inverse-kinematics, fabrication, and rigorous testing. Build robust, Mars-inspired mobility platforms and innovative payloads, refining critical engineering skills that distinguish you in elite technical environments.
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Systems
Engineer essential electronics and software for autonomous exploration. Develop mission-critical PCBs, C firmware, C++ system software, and autonomous processes on cutting-edge hardware platforms. Gain highly valued experience in troubleshooting, sensor fusion, and sophisticated autonomy validated through unpredictable real-world testing.
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Science
Perform advanced research and development at the intersection of biology, chemistry, optics, and instrumentation. Calibrate sophisticated imaging systems, design environmental sensors, and automate biochemical assays, gaining specialized skills essential to scientific discovery and prestigious exploration missions.
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Drone
Design and implement aerospace-grade drone platforms. Engineer carbon-fiber airframes, autonomous flight-control systems, visual-servo landing modules, and integrated electronic solutions. Gain exclusive skills in drone technology, autonomy, and systems integration recognized in competitive international challenges and industry leadership roles.
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Administration
Lead operations, communications, design, and strategic partnerships, mastering essential leadership skills. Coordinate complex technical milestones, amplify Husky Robotics' prestigious reputation, manage robust finances, and secure sponsorships, positioning you prominently in future management and leadership roles.
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About Our Team
Electronics
Precision-engineered electronics systems enabling robust power distribution and reliable sensor integration, driving innovative autonomous rover capabilities.
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Mechanical
Expertly crafted mechanical systems providing exceptional mobility and precision manipulation, designed for rigorous planetary exploration and scientific discovery.
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Biochemistry & Optics
Advanced biochemistry and optics instruments enabling detailed environmental analysis and imaging, crucial for detecting signs of past life.
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Software & AI
Sophisticated software and AI solutions delivering autonomous navigation, sensor fusion, and intelligent decision-making capabilities essential for mission success.
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Analysis
Rigorous scientific data analysis tools converting environmental samples into actionable insights, significantly advancing our understanding of Mars-like terrains.
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