Experience

 At BDI, I was initially hired to perform cable harness assembly, including 6 AWG terminal crimping and soldering switch control harnesses. As my responsibilities expanded, I gained experience in inventory management, receiving, ordering, and kitting using Fusion 360, while becoming familiar with major electronic component distributors. I also developed skills in control panel wiring, harness forming, and test box assembly. Although calibration and programming were outside my primary role, the exposure provided a strong foundation for the firmware flashing work I performed in later positions.

At Astra, I specialized in PCB assembly rework and repair, removing and replacing surface-mount components ranging from tiny 0102 resistors to larger 1206 packages, including capacitors, integrated circuits, and BGAs. My work relied heavily on precision hand soldering using infrared preheaters, hot-air rework stations, and reflow ovens while maintaining IPC workmanship standards.

At Winn-Marion, I assembled custom industrial control panels for oil and gas applications. My responsibilities included panel preparation, mounting DIN rails and wire duct, installing terminals and power supplies, and cutting, labeling, routing, and terminating wiring according to unique electrical schematics. Every panel was custom-built, requiring careful attention to detail, efficient wire management, and the ability to interpret changing documentation.

Each contract broadened my technical expertise while reinforcing the ability to learn quickly, adapt to new technologies, and consistently deliver high-quality workmanship. Rather than repeating the same tasks, I sought opportunities that expanded my capabilities and made me a more versatile Electrical Engineering Technician.

 Fabrication Technician supporting LSTTB ground support systems by integrating electrical and mechanical assembly in a fast-paced engineering environment. Build and integrate complex cable harnesses, equipment racks, and mechanical assemblies while consistently meeting IPC workmanship and quality standards. Completed internal IPC, testing, and cosmetic inspection training, applying those standards to ensure high-quality, mission-ready hardware. Regularly interpret engineering drawings, resolve electrical and mechanical nonconformances, and troubleshoot assembly issues while collaborating with engineering and quality teams. Experienced in applying IPC-derived MAPS (Manufacturing Assembly Procedures and Standards) to maintain compliance, accuracy, and consistent production quality.

One of my favorite roles was supporting research and development in a cleanroom environment, where I worked on flight hardware. Because it was an R&D setting, every day was different, and I had the opportunity to work on a wide variety of tasks rather than repeating the same process.

My primary responsibilities included cable and harness assembly and PCA board rework, but I also contributed to the assembly and testing of fiber optic telecommunications systems. I performed masking, staking, conformal coating, and precision rework while following IPC standards and detailed engineering documentation. Since the hardware was intended for flight applications, attention to detail and quality were absolutely critical.

I was also responsible for conducting Quality Control Point inspections, verifying workmanship, identifying nonconformances, and ensuring assemblies met engineering and manufacturing requirements before moving to the next stage. Working in that environment taught me not only the technical aspects of high-reliability manufacturing, but also the importance of documentation, traceability, and collaboration with engineers to solve problems and improve designs.

What I enjoyed most about that role was the variety. It challenged me to continually learn new skills, adapt to changing projects, and contribute to products where precision and quality were essential. It reinforced that I thrive in environments where I can solve problems, keep learning, and work on technically challenging projects

 In that role, I supported the assembly of both prototype and low-volume production electric motors, inverters, and other R&D products. Because we manufactured several different product lines, the work was very dynamic, and I became comfortable moving between projects while following process plans, engineering notes, and, when necessary, direct guidance from engineers as designs evolved.

I assembled electrical hardware using a variety of soldering techniques and manufacturing tools, including heating stations, hot plates, solder wick and solder suckers, solder paste, stencils, and reflow ovens. Learning when to use each tool and process was just as important as learning the assembly itself.

Beyond assembly, I participated throughout the manufacturing process by assisting with inspection, testing, and production of electric motors and inverter systems. I also tested and programmed inverters according to engineering documentation, loading firmware and verifying that each unit met functional requirements before moving forward.

What I appreciated most about the role was the variety. Although we did low-volume production, every build presented different challenges and opportunities to learn. It strengthened my ability to interpret engineering documentation, adapt to changing priorities, troubleshoot issues, and consistently produce high-quality work in an environment where flexibility and attention to detail were essential.