• EML4314C: Supported students as a teaching assistant in the Dynamics and Control Systems Design Laboratory, one of the MAE department’s senior design labs for mechanical engineering undergraduates.• EML3344: Mentored students as a teaching assistant in the Introduction to Numerical Methods of Engineering Analysis course through weekly office hours.

• Operated and sustained the orchestral music library at the University of Florida.• Prepared and distributed music to the musicians of the University of Florida Symphony Orchestra for multiple concert cycles each semester.• Worked closely with the music director to manage the rental and purchase of musical parts and scores that contribute to the creation of orchestral performances.

• Conducted weekly team meetings to monitor the progress of projects, foster collaboration between team members, and provide feedback in a welcoming environment to all members.• Administered workshops on skills such as 3D modeling with SolidWorks, performing simulations with MATLAB and Simulink, and coding with the Arduino IDE to groups upwards of 70 students and 20 officers in size.• Mentored team members through the mechanical and control design processes of themed attractions.

• Organized and hosted events for the mechanical engineering honor society at the University of Florida to promote social development and team building.

• Practiced principles of design for manufacturing (DFM) and design for assembly (DFA) in designing mechanisms and static structures using PTC Creo Parametric.• Drafted engineering drawings in accordance with ASME Y14.5, AWS, and MIL-SPEC standards.• Guided a team of 8 engineering interns to assemble, program, and test an autonomous robot that transfers data through hostile environments.• Updated engineering design specification to increase the efficiency of in-house welding practices and prevent unnecessary rejects.• Conducted process efficiency study to identify and address non-value add, not required steps in the hardware engineering workflow.

• Performed structural analysis on the brake rotors designed in SolidWorks using Ansys Mechanical FEA software.• Manufactured brake rotors using a Flow Mach2 Abrasive Water Jet and Flow Waterjet Software.• Competed against 120 teams at Formula SAE Michigan May 2022 and placed third overall.

• Instructed students in individual and group settings in arithmetic, algebra, geometry, calculus, and statistics.• Utilized Socratic questioning to promote critical thinking about mathematics, rather than memorizing solutions.