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Package and integrate complex EW hardware, antennas, and RF payloads into autonomous loitering munition systems.
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Collaborate with in-house industrial design and EW experts to balance high-level aesthetic and functional design with rugged defense requirements.
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Get hands-on with the validation process - quickly designing fixtures and executing testing inside advanced chambers (thermal, vibration, and environmental shock).
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Use FEA and CFD as practical tools to solve thermal dissipation and high-g load challenges efficiently.
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Partner closely with RF and software teams to rapidly iterate on mechanical constraints and real-time mission requirements.
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Move fast from initial CAD modeling through rapid prototyping to manufacturing handoff.
Mechanical Engineer Electronic Warfare (All Genders)
About the Team
STARK's Electronic Warfare team is a systems-focussed engineering group delivering software-defined, mass-scalable RF solutions for autonomous systems. Combining deep domain expertise in hardware board design, thermal/ structural packaging, real-time C++ signal processing, and resilient directional mesh networking, we rapidly build field advanced EW capabilities designed to survive and operate in contested spectrum environments.
Your Mission
As a Mechanical Engineer in the Electronic Warfare division, your focus will be on speed, adaptability, and execution. Working alongside industry-leading industrial designers and EW specialists, your primary mission is to rapidly design, package, and integrate cutting-edge EW payloads into autonomous loitering munition systems. We aren't looking for someone to spend years building a single, monolithic asset; we need a versatile problem-solver who can quickly tackle a variety of hardware, thermal, and structural challenges to get reliable systems into the field.
Responsibilities
Required Skills
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A history of successfully solving a variety of mechanical packaging and thermal challenges quickly, rather than dedicating years to a single project.
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High proficiency in modern 3D CAD software (e.g., SolidWorks, NX, or Creo) and practical simulation tools for FEA/CFD.
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Experience packaging ruggedised electronics or payloads into weight-critical, high-vibration platforms (UAVs, robotics, or aerospace).
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Hands-on experience preparing hardware for environmental testing and adjusting designs based on quick test results.
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Ability to collaborate clearly and move projects forward seamlessly with RF and software teams.
Nice-To-Have
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Understanding of how mechanical material selection impacts RF transparency and EMI/EMC.
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Experience with composite materials and lightweight manufacturing techniques.
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Familiarity with environmental qualification concepts (e.g., MIL-STD-810).
Relevant Background
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Aerospace, UAV, or robotics structural and mechanical design.
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Enclosure design for ruggedised electronics, RF front-ends, or Software-Defined Radios (SDRs).
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Fast-paced hardware prototyping environments.
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