Autonomy Engineer @ PDW
2022 - 2025
- C++
- ROS
- PX4
- Eigen
- PCL
- PyTorch
Contributed to development of the autonomy stack for a quadcopter, with primary contributions in trajectory generation, path planning, 3D mapping, and learning-based depth estimation.
Hello! I'm Harrison, a robotics software engineer experienced in developing mobile robotics systems. My work has been predominantly in perception, mapping, and navigation, supplementary knowledge in localization and SLAM from graduate coursework. I'm a self-motivated learner and capable problem solver, and I want to use my abilities to work on technologies that will help others. Thanks for stopping by!
Contributed to development of the autonomy stack for a quadcopter, with primary contributions in trajectory generation, path planning, 3D mapping, and learning-based depth estimation.
Worked on an automotive situational awareness system that used object detection and tracking on nearby vehicles and pedestrians to anticipate risky scenarios.
Augmented welding robot recovery mechanism by allowing it to recalibrate in any reachable end effector orientation/position. Validated implementation in simulation and on robot.
Implemented a simulated SLAM robot capable of using a 2D lidar to map out and navigate an unknown maze environment.
Programmed a two-wheeled robot to self-balance, autonomously drive along a predetermined path, and to navigate through an obstacle course via manual input.
Courses/material that I've studied in own time, on my long train commutes and at home:
GPA: 3.96 / 4.00
Relevant coursework: Mobile Robotics, Robotic Systems Laboratory, Deep Learning for Computer Vision, Robot Modeling and Control
GPA: 3.80 / 4.00
Relevant coursework: Machine Dynamics, Electronics Design, Advanced Solid Modeling, Intro to Mechatronics
Interests: soccer, running, cooking, dance, the Detroit Pistons, environmental sustainability
Goals for this year: do the hard thing first (!), make an open source
contribution, find a mentorship opportunity in robotics/STEM, blink more while looking at screens, try
making more soup recipes, become slightly more ambidextrous
Misc facts: