Sophomore ME student at Iowa State. On the Formula SAE team, currently in charge of the switch plate. In my free time I take apart anything mechanical just to figure out how it works.
I'm a sophomore mechanical engineering student at Iowa State. I'm on the Formula SAE team, where I'm currently in charge of the switch plate design. Outside of that, I spend a lot of my free time taking apart anything mechanical just to figure out how it works — and I've been playing guitar since 2017.
I'm a member of Iowa State's SAE Formula Team, where I work on the powertrain subsystem. I've designed switch plates, researched rules-compliant components, and previously worked as a junior cooling engineer, helping route cooling systems through the car's chassis. Formula has given me a chance to take what I'm learning in classes and apply it to an actual car.
A lot of what I enjoy about engineering carries into my personal projects too. I'm currently building a night-vision helmet with an integrated IR camera and display, and 3D printing has been a hobby for years — my projects have ranged from replacement parts for antique tractors to full-scale Halo armor. I like projects that make me learn something new, whether that's electronics, CAD, or fabrication.
Outside of engineering, I've played guitar since 2017 and have performed in concert series with rotating bands for audiences of more than 250 people.
My long-term goal is to work in aerospace propulsion, specifically jet engines. I've always been fascinated by the amount of thermodynamics, materials science, and precision engineering required to make a turbine work, and that's the kind of engineering challenge I want to build my career around.
Designed the switch plate and TSMP mount for CR-31. The TSMP is used to verify the tractive battery is at 600V and that the chassis is properly isolated from ground. Went through multiple printed iterations to get the fit and sealing right.
On CR-30, researched cooling tube options to meet SAE rules, then helped physically route and install them through the car's chassis alongside the lead powertrain engineers.
Building a helmet with an IR camera feed displayed on an internal screen. Custom modeled in CAD and printed in FDM — currently working through the electronics integration.
Reverse-engineered and printed a replacement headlight housing for an antique John Deere pedal tractor. Modeled from scratch to match the original geometry.
Scaled, sliced, and printed a complete set of Halo Spartan armor. Involved a lot of part splitting, scaling decisions, and test fits across many print sessions.
3D Print
I'm seeking a mechanical engineering internship for summer 2027 and am open to discussing co-op opportunities. If you'd like to connect or talk about a role, feel free to reach out.
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