Top Engineering Jobs

Design and validate rugged mechanical systems for a military-grade autonomous turret. Perform FEA, modal, vibration, and thermal simulations, lead structural testing, integrate electromechanical components, create detailed drawings and test protocols, support prototyping and manufacturing, and ensure designs meet MIL-STD-810 environmental and reliability standards.

Design and develop schematics and PCBs, implement real-time embedded software (C++/Python), run simulations (signal integrity, thermal, EMC), integrate electromechanical systems, test and validate hardware/software to military standards, and optimize performance and power.

Design, implement, and validate motor and motion control systems for real-time autonomous platforms. Build simulation and test tools, integrate controls with embedded hardware and vision systems, tune and field-test control algorithms, document strategies, and improve system performance using control theory and state estimation.

Integrate, bring up, debug, and validate electrical, mechanical, and software subsystems for autonomous weapon platforms. Perform system bring-up and firmware/Linux debugging, use lab instrumentation to diagnose power and signal issues, develop and execute test procedures, support field testing, build test fixtures and automation, and collaborate with hardware and software engineers to improve reliability and validate hardware revisions.

Design and implement real-time embedded firmware in C++ for autonomous turret systems, create electrical schematics and simulations, test and debug hardware/software in lab and field, optimize performance and power, and produce documentation and validation per military-grade requirements.

Design, build, and operate bare-metal Kubernetes infrastructure with 130+ NVIDIA GPUs, manage CI/CD pipelines and observability, enable hybrid burst to AWS, enforce IaC and security hardening, and support developer tooling for computer vision and robotics teams.

Develop and optimize real-time Unreal Engine simulations and rendering for autonomous defense systems; implement high-performance C++ code, integrate AirSim and control/vision data, debug and profile systems, and mentor junior engineers.

Lead mechanical design for a military-grade autonomous turret: perform FEA, modal, vibration and thermal simulations; ensure MIL-STD-810 compliance; integrate electromechanical components; drive structural testing, prototyping, and DFM/DFR for reliable, manufacturable designs.

Hiring across engineering, design, and related roles to develop an autonomous gun turret using computer vision, control systems, and robotics. Join a small, fast-growing team with direct leadership access and contribute to a high-impact defense product.

Develop and optimize real-time computer vision and ML models for an autonomous anti-drone turret. Integrate algorithms into embedded hardware, collaborate with electrical engineers, and test for robustness across environments while helping mature the prototype into military-grade variants.