Experience & Leadership

As an AI Trainer/Evaluator at Outlier AI, I specialize in designing and evaluating prompts for generating code across multiple programming languages. This role involves thorough analysis and debugging of complex coding outputs, where I compare solutions across multiple AI models to ensure optimal performance.

A key aspect of my work involves providing detailed feedback focused on optimizing model performance in software development tasks. This includes assessing code quality, reviewing algorithmic approaches, evaluating adherence to best practices across different programming paradigms, and ensuring model alignment with instructions.

At uoDrone, I worked with an interdisciplinary team focused on advancing drone technology and control systems. My role involved collaborating on various aspects of drone design and software development, bringing together mechanical and software engineering principles.

Regular participation in weekly design reviews and system integration testing was crucial for ensuring flight feature reliability and safety. This experience enhanced my understanding of real-time control systems and collaborative engineering practices.

As part of the Baja SAE team, I worked with senior team members in the critical task of vehicle frame design and analysis using SolidWorks. This work required careful attention to both safety standards and competition requirements, ensuring our vehicle met all necessary specifications while maintaining optimal performance characteristics.

I actively participated in the chassis fabrication process, which involved a variety of precision machining processes. This hands-on experience provided valuable insights into manufacturing processes and structural design principles.

As co-captain of a division-winning team of over 30 members, I was responsible for overseeing the design and development of competition robot systems using SolidWorks. This leadership role required strong organizational skills and the ability to coordinate multiple sub-teams working on different aspects of the robot.

A significant achievement was directing the complete robot development cycle from initial design to competition-ready status within a strict 6-week timeframe. This involved managing tight deadlines while ensuring high-quality output and team cohesion.

As the mechanical sub-team lead, I supervised and coordinated the use of various manufacturing equipment including mills, lathes, and presses for robot fabrication. This role required detailed attention to safety protocols while maintaining efficient production schedules.