Background

Education

B.S. Mechanical Engineering, University of Utah — Expected May 2027

Programmed CNC mills (4th/5th axis) and lathes, producing precision parts across many industries and use cases.
Utilized metrology techniques including CMM inspection, 3D scanning, and precision hand measurement tools.
Interpreted standardized drawings and ASME Y14.5 GD&T to ensure part accuracy and repeatability.

Pathogen detection system integration for the modern homeland and battlefield.
Integrated a wet cyclone air aerosol collection system, combining multiple COTS components with rapid-prototyped 3D-printed parts.
Developed a downstream automated magnetic bead purifier using 3D-printed compliant mechanisms and low-level Arduino programming with a hard-coded purification protocol.

Led CNC machining efforts, programming, setup, and precision machining of prototype and production firearm components while maintaining tight tolerances in advanced accessory systems.
Collaborated directly with product designers to improve manufacturability, material selection, and design-for-production efficiency.
Translated CAD models into optimized machining strategies, accelerating prototype turnaround and bridging design and fabrication processes.

Designed and machined gearbox housings and manipulator components meeting strict size and strength constraints.
Performed FEA simulations for load analysis and iterated designs for optimized performance.
Authored research published in IEEE (Jan 2025): “Design and Control of a Large-Workspace Haptic Manipulator.”

Advised customers on firearms, optics, suppressors, and accessories to match performance and legal needs.
Built rapport with diverse clientele, ensuring safe, informed, and compliant transactions.

CNC programming & machining: 4th/5th-axis mills, lathes, prototype & production parts
CAD/CAM: SolidWorks, CAD-to-machining workflow, design for manufacturability
Metrology & inspection: CMM, 3D scanning, precision hand measurement
ASME Y14.5 GD&T
FEA & load analysis
Startup experience