Mach is collapsing the distance between an idea, a test article, a factory, and the field. That is already how I think and build.
why the fit is unusually strong ↓
01 / why mach
Forge unites design and manufacturing so systems can move from development to fielding without the handoffs that slow traditional aerospace. I have always gravitated toward that same full-loop ownership.
I move between schematics, layout, soldering, embedded code, RF data, and the larger system instead of treating any one layer as someone else's problem.
why mach: a vertically integrated company rewards engineers who can see across the stack.
I have built 15+ keyboards from PCB design through final test, shipped a production dataset at Orchard, and improved embedded-hardware benchmarks at GMU.
why mach: I like short loops: build, measure, correct, and ship.
WiFind was not left on a lab bench. I took the RF sensing system to four search-and-rescue teams and tested it through walls at operationally useful ranges.
why mach: I care whether hardware works for the person depending on it.
02 / how i build
Mach's products, propulsion, energetics, testing, and flexible factories reinforce one another. My best work also happens when I can own the path from electrical decision to physical result.
03 / this internship
The electrical internship is a concise match: I can contribute immediately in board design, prototyping, validation, and integration while learning inside the larger company I actually want to join: one building an industrial base, not just a single product.