As a software engineer in the energy sector, I developed robust solutions and automated critical processes, directly contributing to operational efficiency and cost reduction. Leveraging SydleOne, JavaScript, React, HTML, and CSS, I participated in the complete software development lifecycle—from gathering and analyzing requirements to refining tasks, designing architectures, and implementing efficient solutions in line with business rules and best practices.I led alignment meetings with stakeholders and internal teams to ensure solutions met client expectations and business objectives. Additionally, I provided support during system maintenance and user acceptance testing, resolving issues to ensure product stability and functionality.

As Programming Coordinator for the robotics team, I played a key role in onboarding and training new team members, equipping them with essential programming skills and fostering a collaborative learning environment. I oversaw the development planning process, establishing clear timelines and goals to ensure our projects advanced efficiently. In addition, I was responsible for delegating tasks according to team members’ strengths and project requirements, maximizing productivity and aligning efforts toward team objectives.This role enhanced my leadership skills and provided hands-on experience in project management, team training, and task prioritization—skills essential for delivering successful outcomes in high-stakes technical projects.

As the Sumo LEGO Category Manager, I coordinated closely with the mechanics and programming teams to align strategies and facilitate the development of high-performing robotics projects. I actively communicated across categories to explore innovations, integrate new ideas, and foster collaboration to advance our robotics capabilities. My role involved ensuring that technical and strategic elements were in sync, optimizing our approach to each project, and driving continuous improvement.This position refined my cross-functional collaboration, project coordination, and innovation scouting skills, all essential for leading technical teams in fast-paced environments.

As a Robotics Designer, I developed code to control autonomous robots, focusing on precision and responsiveness to optimize their performance in various environments. I designed and implemented algorithms to enable autonomous navigation and decision-making, ensuring that each robot functioned reliably and efficiently in dynamic settings. This role strengthened my programming skills and provided hands-on experience in robotics control systems and algorithm development.My contributions emphasized programming for autonomous control, algorithm design, and real-time problem solving, essential skills for driving innovation in autonomous robotics.