Staff Engineer, Survivability (R5885)

Job Description:

At Shield AI, we're building the most intelligent autonomous aircraft ever deployed. As we push the boundaries of what’s possible in contested environments, we are looking for a Lead Survivability Engineer to shape and optimize the low observable (LO) performance of our next-generation autonomous aircraft.

This role is ideal for an experienced engineer with deep expertise in radar cross-section (RCS) shaping, LO materials, and electromagnetic signature modeling who thrives in a fast-paced, mission-driven environment. You’ll work across disciplines to ensure our aircraft can survive, evade, and complete missions in highly contested airspace.

Design and optimize low observable (LO) features across the airframe focusing on shaping, edge treatments, radar-absorbing materials, and subsystem integration.

Conduct modeling and simulation of electromagnetic signatures using industry-standard tools such as HFSS, CST Studio Suite, Xpatch, and SENTRi.

Work with multidisciplinary teams in propulsion, avionics, structures, and AI to ensure survivability is baked into the system architecture from day one.

Lead or support signature testing efforts, including indoor and outdoor RCS range tests, validation campaigns, and supplier-level hardware evaluations.

Translate mission threats and requirements into survivability features that address RCS, thermal, visual, and acoustic observability constraints.

Partner with materials scientists to mature radar-absorbing coatings and structural RAM for manufacturability and field durability.

Support internal and customer assessments, threat modeling reviews, and milestone decisions throughout the program lifecycle.

Experience with military UAV platforms or 5th-gen fighter programs.

Background in survivability analysis in contested environments (e.g., IADS, radar networks).

Familiarity with platform CONOPS, threat modeling, and mission-level survivability assessments.

Ability to contribute to the design, test, and fielding of a fully integrated LO platform.