I'm a robotics software developer focused on localization, mapping, 3D perception, and warehouse automation.
I work across ROS 2 systems, sensor integration, autonomous navigation, simulation, and operational web tools. I enjoy turning sensor data into systems that are observable, testable, and useful outside the robotics lab.
A ROS 2 Humble navigation prototype combining a Pacecat M300-E 3D LiDAR and IMU,
FAST-LIO, pointcloud_to_laserscan, SLAM Toolbox, Nav2, and a Hikrobot RGB-D
camera for near-field perception.
An AMR simulation and LiDAR-based person-detection proof of concept using Gazebo, Nav2, CVAT, OpenPCDet, and PointPillars, with live detections displayed in RViz.
A private ROS 2 simulation for multi-forklift localization and traffic analysis. It combines 2D LiDAR, odometry, AMCL, UWB validation, congestion detection, historical heatmaps, replay, advisory route planning, and a Vite dashboard. A sanitized public case study is planned after third-party asset review.
- Synapse — a Next.js and Supabase team formation platform using role filters and skill scoring.
- Furniture AI Optimization — a Next.js and FastAPI furniture-design system with cutting optimization.
Robotics ROS 2 · Gazebo · Nav2 · SLAM Toolbox · FAST-LIO · AMCL
Perception 2D/3D LiDAR · RGB-D cameras · PointPillars · UWB
Software Python · C++ · TypeScript · JavaScript · SQL
Engineering Sensor integration · simulation · testing · visualization
- Evidence-backed summaries and recommendations for warehouse traffic
- Reliable localization validation using LiDAR AMCL and UWB
- Moving simulation designs toward observable real-world deployments
I'm open to opportunities in robotics software, autonomous systems, perception, SLAM, and industrial automation.