About Me

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I'm an undergraduate student at the University of Michigan, double-majoring in Robotics and Computer Engineering. My research interest lies in developing embedded, learning-enabled perception systems that fuse multi-modal sensory data to achieve robust and adaptive control in real-world environments. I am particularly interested in how robots can interpret discrepancies between expected and actual sensory feedback to dynamically refine their control strategies. By combining my background in embedded systems with my current focus on machine learning, I aim to create real-time, resource-efficient perception frameworks that bring learned intelligence closer to the hardware.

Experience

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UMARV | Embedded System Team Mentor
Aug 2023 – April 2026
University of Michigan Autonomous Robotic Vehicle IGVC
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Stryker | AI Reasoning and Path Planning Student Researcher
Jan 2025 – Dec 2025
Designed and developed an autonomous hospital stretcher with ROS 2 simulation and real-world navigation tests.
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Pegatron | Robotic Engineering Intern
July 2025 – Aug 2025
Simba development team
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ECE at Michigan | AI-AR Research Assistant
July 2024 – Mar 2025
Task Guidance System
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University of Michigan
B.S.E. in Robotics and Computer Engineering
Class of 2026
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University of Michigan Robotics Department
• Instructional Aide - ROB 320 (Robot Operating Systems)
• Grader - ROB 215 (Robot Dynamics and Simulation)

Contact

rueyday@umich.edu