Mechanical Engineer
Senior @ Taylor University
For as long as I can remember, I have been fascinated with how the world works. That curiosity led to an early interest in physics and a creative drive to build things. Somewhat related, a guiding principle or motto I have for my life is to "do hard things." Over the past few years this has impacted both my personal and professional life. Spending my summer in Colorado climbing 14ers (and other less tall mountains), building a spacecraft thermal model from scratch, and traveling to Italy as a leader for over 50 students on a study-abroad trip are just a few examples. Overall, I hope to be the sort of person who is always up to face a tough challenge or learn something new. My core competencies are mechanical design, thermal analysis/design, and electromechanical/optomechanical system integration. When I'm not building something new, you can find me exploring the outdoors, enjoying a good board game with friends, or playing racket sports (Tennis, Pickleball, and Badminton).
Studying Mechanical Engineering with minors in Mathematics, Physics, and Honors. Completing coursework and projects in mechanical design, manufacturing methods, fluid mechanics, thermal analysis, and advanced physics.
Planning academic events for current Honors Guild students. Coordinating and facilitating academic speaking events for university faculty and guest speakers. Served as a student leader for study abroad in Italy (J-Term 2025).
Assisting professors with grading and lab facilitation. Leading review sessions as needed. Courses include University Physics I & II, Modern Physics, Intro to Engineering, and Statics.
Mechanical design for battery charging R&D, autonomy/GNC systems, and drivetrain components at an off-road EV startup.
Thermal management of an orbital robotics system. Owning thermal model development and thermal/vacuum requirements definition. Designing mechanism for active heat dissipation and performing TVAC testing and thermal simulation to validate design.
Mechanical design for photonics R&D and electronics packaging at a leading quantum computing company.

Designed an electromechanical machine to sort marbles by color and size

Designed, assembled, and tested a laser gun to fire a timed pulse on command

Designed, assembled, and tested a bridge using structural analysis principles

Designed mechanical components for thrust, lift, and electrical subsystems as member of a hovercraft racing team

Created engineering drawings, CAM programs, and completed manufacturing and assembly for a "desk organizer" using a combination of CNC and manual machining practices

Created mathematical models to predict motion of inverted pendulum and balence the pendulum with PID control.

Performed research, CFD simulations, and data analysis to measure the drag coefficient for various angles of a NACA 2414 Airfoil.

Developed comprehensive thermal model for space-based robotic system to inform and validate both hardware design and mission architecture