Collaborated as a key team member, contributing to the design and specializing in the optimization of the aerodynamic sidepod component. My focus is on working on the innovation of the application of aerodynamics using CFD to corroborate how useful an aero package can be in the integration of the Formula SAE car.

Led the planning for 2023-2024 academic year workshops, seminars, and guest lectures, fostering a platform for students to explore the latest trends and innovations in the mechanical and others engineering field. Promote the inclusion of genders and creating a supportive environment that encouraged diverse perspectives and empowered all members to actively participate.

Through effective communication and collaboration with community leaders, businesses, and other organizations, I promote the association's programs and initiatives to increase awareness and engagement. One of the most significant projects I lead is the coordination of the association's event, "Mechanical Engineering Girl Day."

Worked on tire redesign and trade studies, focusing on creating innovative solutions to enhance the performance, efficiency, and safety of our rover's wheel system. Successfully designed tire treads and anti-deformation barriers, elevating the wheel system's effectiveness. My trade study decisions garnered a 98% satisfaction rate when incorporated into the rover's design. Additionally, designed and manufactured a testing platform using 8020 to evaluate tire performance and the associated forces for rover movement. Skillfully configured 3D printers to produce steering and tire components for the rover.

Engineered a significant enhancement to the rover's performance by replacing traditional bicycle wheels with custom foam PBA wheels, resulting in improved traction and balance during challenging terrains. Played an important role in preparing the team for success by providing comprehensive training to fellow students, contributing to the team's strong performance and achieving notable resistance in the competition.