Mechanical Engineer
Every autonomous platform is constrained first by mechanical envelope — weight, balance, thermal, vibration. The mech team is what makes the software stack achievable in the first place.
Courses for this role
Foundations
Solid grounding in solid mechanics, materials, dynamics, and the CAD/CAE toolchain. Mech work that does not start here gets caught downstream in test.
Every load path, every vibration mode — this is the math under all of it.
Knowing when something will yield, fatigue, or buckle is the daily decision.
Drawings are how engineering talks to manufacturing — GD&T fluency is the language.
Build the stack
Aerospace-grade structures and the analysis toolchain you will use day-to-day on autonomous platforms.
Composites, honeycomb, fatigue — the materials side of every modern airframe.
The two tools the actual stress analysts on defense programs run. Generic FEA fluency is table stakes; vendor fluency is what gets you hired.
When weight is the constraint — drones, satellites, missile fins — topology optimization tools generate organic, mass-efficient geometries that additive manufacturing can actually produce.
Field-deployed drones see harder vibration than aircraft. The math is the gate.
A part that is right on screen but wrong on the line will kill a program.
How airframes survive at <1lb/ft³ density.
The acceptance bar for any platform fielded by the US military.
Field experience
AS9100 floor experience and the structural-test loop that separates a CAD model from a fielded aircraft.
Designing the fixtures that prove your structure works.
Recognized credential for defense-tier mechanical work.