Completed
Lunar Rover Autonomy Stack
An autonomous rover stack integrating LiDAR odometry, SLAM, navigation, ROS2 control, URDF modeling, and Gazebo simulation for lunar-style terrain.
View case studyThings I've designed, programmed, machined, tested, and iterated on — from autonomous robots and flight hardware to scientific computing and product development.
In development
A compact velocity-based training device built to make barbell velocity feedback more accessible through embedded sensing, custom hardware, and a companion app.
View case studyA wearable proof of concept that detects poor posture with an IMU and selectively tensions shoulder straps using electrically actuated nitinol.
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Completed
An autonomous rover stack integrating LiDAR odometry, SLAM, navigation, ROS2 control, URDF modeling, and Gazebo simulation for lunar-style terrain.
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Flight tested
A rocket separation pressure interface designed, analyzed, machined, and successfully flight tested for Duke AERO's Devil's Advocate at IREC 2026.
View case studyA software pipeline that converts an input image into drawable robot trajectories, connecting image processing, path planning, and G-code generation to a physical robotic artist.
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Prototype
A client-centered arm-support device combining mechanical stability with servo–IMU-based motion control to support more independent hands-on activity.
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Research
An automated MATLAB image-analysis pipeline for extracting implosion trajectories from time-resolved x-ray self-emission and benchmarking hydrodynamic simulations.
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