I have officiated at the adult, youth, and scholastic levels, including prestigious national youth tournaments, where I developed a strong foundation in leadership, communication, and decision-making under pressure. My role requires quick thinking, conflict resolution, and effective teamwork with other officials to maintain the integrity of the game. Through managing high-stakes matches, I’ve honed my ability to remain composed, pay attention to detail, and handle stressful situations, ensuring fair play and prioritizing player safety at all times. By enforcing the rules consistently and monitoring physical play, I work to protect athletes from harm and maintain a safe, competitive environment.

Returning for a second summer internship at Solara Automation, I continued to build on my previous experience with mechanical and electrical assembly, fabrication, and machining. In addition to these ongoing responsibilities, I expanded my skill set by taking on several new tasks:Bills of Materials: Learned to create and manage comprehensive bills of materials (BOMs), ensuring accurate and efficient tracking of components and materials for various projects.System Testing: Actively participated in the testing phase of systems, including conducting customer acceptance tests to validate performance and ensure client satisfaction.PLC Wiring: Gained experience in programmable logic controller (PLC) wiring, contributing to the setup and troubleshooting of control systems.This role allowed me to further develop my technical abilities while gaining valuable experience in project documentation, system validation, and control system wiring. It was an enriching experience that enhanced my understanding of both the practical and procedural aspects of engineering.

During my internship at Solara Automation, I gained hands-on experience in mechanical and electrical assembly, fabrication, and machining. I was actively involved in various shop activities, which provided me with a solid foundation in practical engineering skills and deepened my understanding of how my design decisions impact the manufacturing and assembly processes.One of the most significant projects I undertook was the design, fabrication, and programming of an automated pick-and-place system. This project encompassed several key responsibilities:Design and Modeling: Utilized SolidWorks to design and model custom components for the pick-and-place system.Prototyping and Manufacturing: Employed 3D printing and machining techniques to prototype and manufacture the designed components.System Integration: Integrated a conveyor belt, various sensors, and a Universal Robots collaborative robot to create a fully automated system.Programming: Learned and utilized the Universal Robots programming software to develop and optimize the system’s operations, enhancing its efficiency and performance.This role allowed me to develop critical problem-solving skills, gain proficiency in using industry standard software, and understand the intricacies of designing and implementing automated systems.