As a Technical Lead at The Garage, I have been entrusted with the responsibility of leading a team of skilled developers to address critical challenges and drive the creation of innovative products. Leveraging object-oriented and service-oriented development techniques and theories, I guide the team in delivering high-quality, scalable, and efficient solutions.In this role, I actively manage the technical aspects of the team's deliverables, ensuring adherence to best practices and maintaining a high standard of code quality. To facilitate project planning and execution, I meticulously develop accurate and detailed timelines for enhancements and new product development, ensuring effective resource allocation and timely deliveries.In addition to my technical leadership responsibilities, I actively engage in DevOps work, streamlining operations by automating redundant and time-consuming tasks such as server configuration and deployments. This has significantly improved efficiency and productivity within the development lifecycle.Furthermore, I prioritize the long-term success of the applications by diligently assessing and aligning the overall application architecture with the evolving business context, ensuring scalability and adaptability to future needs.By effectively leading the team and driving technical excellence, I contribute to the overall success and growth of The Garage, delivering innovative solutions that meet the needs of our clients and propel the organization forward.

As a dedicated software engineer at The Garage, I played a crucial role in extending and maintaining a robust population health management and telehealth platform. This platform enabled seamless collaboration among hospitals, providers, patients, and physicians, fostering improved patient care and reduced healthcare costs.Within this role, my responsibilities encompassed the development of all layers of new and existing business applications, ensuring their seamless integration and functionality. I also demonstrated proficiency in troubleshooting and enhancing legacy code to enhance system performance. To facilitate seamless adoption and understanding of our products, I provided comprehensive documentation for both new and existing software solutions.Through my contributions at The Garage, I actively contributed to advancing healthcare technology, supporting healthcare providers, and ultimately improving the quality of patient care.

During my internship at NASA, I played a key role in developing automation solutions for ground operations, communication stations, space missions, and excavation vehicles, including fleets of vehicles. Specifically, I focused on working with NASA's RASSOR (Regolith Advanced Surface Systems Operations Robot) robot.Utilizing cutting-edge technologies such as Artificial Intelligence (AI) and Machine Learning (ML), I successfully implemented partial and full automation techniques using ROS (Robot Operating System). This involved designing and developing advanced scheduling algorithms for autonomous systems, capable of interpreting large volumes of input state, constraint, and event data to generate actions and schedules, ultimately achieving higher-level goals.Working on the RASSOR robot, I gained hands-on experience in optimizing robot behavior, enhancing its efficiency and effectiveness in excavation tasks, and contributing to NASA's mission of advancing exploration and scientific discovery in space.

At RTC Group Inc., I effectively diagnosed and resolved reported issues through phone and ticketing software, utilizing tools such as Virtual Network Computing (VNC), Remote Desktop Protocol (RDP), File Transfer Protocol (FTP), and MySQL. Additionally, I developed HTML e-mail receipts for all clients, showcasing my proficiency in software debugging, routine testing, and working with various machines and services, including experimental products.Furthermore, I utilized MySQL and its query browser to efficiently modify customer information and ensure prompt resolution of any outstanding issues.