• Authoring a research paper on the use of augmented reality interfaces to improve human‑robot team performance.• Led an experiment on human‑robot trust, recruiting 30+ participants to gather data on human‑robot interactions.• Manage integration of Army Research Lab autonomy software with aerial and ground robot platforms (ROS, Python, C++).• Developing augmented reality interfaces (Unity, C#) to control ground robots.

• Developing inventory management and point‑of‑sale software using the PERN stack (PostgreSQL, Express.js, React.js, Node.js) to streamline sales, tracking, and updating of inventory records.• Working in a team of 6 to analyze user requirements, design database schemas, and implement RESTful APIs (TypeScript).• Refactoring registration website to use latest versions of Angular and Express. Restructuring MongoDB non‑relational database to improve scalability and efficiently store participant data.

• Managed codebases for robotics and machine learning research by adding new features based on the research team’s requirements and improving the performance and robustness of existing code (ROS, Python, C++, Git).• Streamlined the research workflow by refactoring codebases into cleaner and more maintainable repositories.• Improved scalability and achieved a 5x speed-up of software deployment by containerizing code using Docker.• Revamped the researcher training process, reducing onboarding time by 40% through tutorials, extensive software documentation, and detailed robot platform maintenance procedures.•

• Delivered prompt technical support to 30 clients daily across multiple channels, achieving a 95% satisfaction rate.• Enhanced IT infrastructure reliability by resolving an average of 15 computer, network, and web application issues weekly.• Improved team efficiency by mentoring new staff members and auditing knowledge base articles.