When I beat brain cancer for the second time at 19, I vowed to apply my engineering skills toward two values. First, better the world. I do this by volunteering with non-profits and positioning my career to create a sustainable, positive impact. Second, never stop building and learning. I'm driven by the satisfaction of turning concepts into reality, and I know I'll never know everything, so I try to learn from the people around me.
I'm finishing my Mechanical Engineering degree at Georgia Tech. I learn best by real-world experience, which I've built across 4 internship terms, published research, and side projects. I'm also passionate about design and software (as showcased by this website!), and I use those skills to connect my engineering into broader systems and creative work.
I identify problems down to requirements and constraints to come up with long-term solutions backed with data.
I spot gaps and take ownership without being asked, from dashboards to new test procedures.
I build trust quickly across disciplines, from body engineering to controls, software, and vehicle dynamics.
I dive deep into unfamiliar technical territory rather than settling for a quick answer.
Designed, fabricated, and commissioned a brake system test bench projected to avoid up to $10M/year in warranty cost and insource $2M of supplier validation. Defined 267 requirements to the V-model, automated 50+ CANalyzer/CAPL test cases, and specified hardware-in-the-loop architecture requirements to suppliers.
Commissioned the R2 hood assembly line through the first 40+ manufacturing builds. Reduced hood deformation 61% by introducing a two-part acrylic-epoxy hem adhesive. Designed and validated a hood-to-fender fixture in CATIA with GD&T. Ran DFM for R3 Closures, projecting a 25% station reduction.
Developed RFID/GPS tracking system saving $350k+ annually. Implemented vision system rejecting defective pallets, improving quality and safety. Automated 3,000+ maintenance work orders in SAP, resulting in $100k+ annual savings. Designed and validated pallet defect detection system.
First author on a peer-reviewed paper accepted into the 2026 MECC conference, validating a video analysis methodology for quantifying crane tip-over dynamics. Designed a 1:50 scale 3D-printed model achieving R² = 0.97 correlation with IMU data, and built SolidWorks Motion and ANSYS models reaching 0.959 mean correlation.
Laser Master and Prototyping Instructor at largest student-run makerspace in the U.S., supporting 15,000+ projects per semester. Managed $20k annual budget for laser cutter improvements. Installed multi-stage carbon filter system enhancing safety and machine lifespan.
Created 18 unique wooden records using laser engravers. Combined engineering precision with artistic creativity.
Custom knife fabrication with forge setup, material studies, and structural engineering principles.
Co-founded a 3D printing marketplace startup funded by BigR.io venture capital.
Placed 4th of 65 teams. Built and programmed a robot to complete 5 separate tasks.
Professional videographer and photographer shooting for Fetii, Rivian, and personal projects showcased on Instagram.
Designed and 3D printed custom camera lens using engineering principles and precision manufacturing.
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