I began my professional journey as a flight engineer aboard EP-3 aircraft within the Navy, marking my initial exposure to operating and resolving issues with sophisticated machinery. Assuming command over the aircraft's electrical, power plant, pressurization, and hydraulic systems during flight, along with effectively diagnosing and resolving any encountered issues, brought me immense satisfaction. Upon completing my service, I aspired to transition into the field of mechanical engineering, driven by a desire to contribute to the design and creation process.

During my time at university, I enrolled in a course focusing on contemporary manufacturing techniques, where I gained my initial practical exposure to machining using a manual mill. Instantly captivated by the process, I pursued machining as a personal interest post-graduation, setting up a bench top mill at home to further explore this passion.

My initial roles in mechanical engineering involved tasks closely related to machining, such as utilizing CAD software to create drawings incorporating GD&T specifications and collaborating with machinists. However, I yearned for a more hands-on involvement in the machining process, which motivated me to pursue a CNC specialist certification from a technical school. This certification provided me with valuable experience in generating CAM programs and operating CNC mills and lathes, paving the way for my current position at Embry-Riddle. In my current role, I regularly produce CAD and CAM files to facilitate the creation of models and assemblies for aerospace research. Utilizing a variety of machines including CNC mill/lathe, manual mill/lathe, CNC router, CO2 laser cutter, and resin/FDM 3D printers, I fabricate these components as needed.