* Platform Architecture & Process Management: Owned and managed the core robot process management system (ROS stack), including design and implementation of process launching, resource allocation, and state management for reliable robot operation.

* Safety & Performance Optimization: Developed a containerization framework for safety-critical process isolation, ensuring uninterrupted essential operations even under resource constraints or failures. Introduced new software policies and practices to decouple dependencies

* API & Interface Development: Contributed to the launch of multiple robot platform APIs for internal and third-party developers.

* Robotics Algorithm Development: Designed and deployed a camera blockage detection system that eliminated "false positive" obstacle detection caused by items on robot trays, preventing the robot from oscillating movement.

* Fleet Management: Developed and delivered core software packages that supported multiple features, business logic, and comprehensive data collection for remote diagnostics and fleet management, enhancing vehicle monitoring and operator interaction.

* Sensor Calibration: Designed and implemented a sensor calibration pipeline for LiDAR and camera systems using C++, improving data accuracy for downstream perception tasks.

* Autonomous Driving Stack: Integrated various open-source frameworks/libraries into the vehicle's autonomous system following experimentation.

* Data Infrastructure: Built a data collection pipeline supporting ingestion and storage for training vision-based detection models.

* System Integration: Provided critical support in various system integration and release cycles, ensuring successful deployment of the autonomous vehicle.

* Developed a ROS-based foundation on a Raspberry Pi for an experimental mobile robot designed to operate on a manufacturing floor and transport materials up to 50 pounds.

* Maintained and tested various drivers for off-the-shelf components such as LiDAR, cameras.

* Contributed to software reliability improvement by adding over 60 new unit tests to the palletizing algorithm implementation.

* Developed a visualization tool (GUI) using C# to display the results of the palletizing algorithm, cutting the testing and validation cycle time for the R&D team.