Hi, I'm Aman Beyan — a Mechanical Engineering student (ECE minor) at Wayne State University. I design robotic systems, CAD-driven hardware, and EV drivetrains that operate in the real world.
I'm Aman Beyan, an undergraduate Mechanical Engineering student (ECE minor) at Wayne State University in Detroit — where robotics and autonomous systems aren't just academic, they're in the air.
I currently work as an Autonomous Robotics Engineer Intern at IntelliMake, an AI-driven manufacturing hub in Detroit, where I build distributed ROS2 systems with Nav2, SLAM, and LiDAR for real-time indoor mapping and autonomous inspection. I also work as a Mechanical Design Assistant at the University of Michigan Soft-Robotics Group, redesigning wrist joints and end-effectors using SMA actuation in Siemens NX.
I'm drawn to problems that sit at the intersection of hardware and software — from soft robotic end-effectors optimized through FEA to autonomous navigation pipelines that map, localize, and act in the real world.
6-DOF pick-and-place arm. 15+ SolidWorks-modeled 3D-printed parts. Arduino for real-time servo control, Raspberry Pi + OpenCV for object detection.
Single-speed EV drivetrain with 4:1 gear reduction. Motor, gearbox housing, drive shaft, and reduction gears. 15+ interference and clearance checks.
MATLAB tool generating clearance/interference ranges for 6+ fit types. Incorporates thermal expansion, load conditions, and manufacturing constraints.
Autonomous navigation system using ROS2, Nav2, AMCL, SLAM, and LiDAR for waypoint-based indoor path planning with QR code detection.
I'm actively seeking internship and full-time opportunities in robotics, hardware, and EV engineering. If you're working on something interesting, let's talk.
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