I’m an Electrical & Computer Engineering student with hands-on experience spanning aerospace manufacturing, PCB design, embedded systems, and digital hardware. At Boeing, I worked as a Manufacturing Engineer supporting the 777 program, translating engineering requirements and drawings into production-ready work instructions while collaborating with engineers, mechanics, and technical teams. I also developed a VBA-based automation tool to improve engineering workflow efficiency.

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At Oregon State University, I’ve worked as a TekBots Intern and Employee, designing and manufacturing commercial hardware kits, supporting student labs, and taking circuit designs from schematic through PCB layout, assembly, and hardware validation. I’ve produced boards through JLCPCB and OSH Park, developed production-ready BOMs and manufacturing files, and debugged hardware using oscilloscopes, logic analyzers, and multimeters.

My interests center on embedded systems, digital hardware, PCB design, and the connection between engineering design and real-world manufacturing. From developing timing-critical FPGA designs in SystemVerilog to designing PCBs for manufacturability, I enjoy solving problems where hardware, software, and production requirements come together.

 

Technical Focus Areas: PCB production pipelines · Timing analysis · Embedded circuit control · SMD soldering · FPGA prototyping

Tools of the Trade: KiCad · Quartus · LTspice · ModelSim · Oscilloscope · C · SystemVerilog · Git · 3D printing

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When I’m not designing circuits, you’ll probably find me helping peers debug theirs, revising a BOM for budget, or chasing down a signal glitch in simulation. I'm always looking for new challenges in hardware design, embedded development, and engineering that scales from the breadboard to production. Let’s build something awesome.