Top Tech Jobs & Startup Jobs

Define and manage system-level requirements, verification plans, and tradeoffs for autonomous weapon platforms. Work cross-functionally to ensure integration, traceability, verification closure, and technical risk mitigation across hardware and software.

Develop and optimize real-time computer vision and ML systems for detecting, tracking, and classifying drones on an autonomous gun turret. Implement resource-efficient models, integrate vision systems with hardware, and validate performance across diverse, challenging environments to harden prototypes to military-grade standards.

Develop and optimize real-time computer vision algorithms and ML models for an autonomous anti-drone turret. Integrate CV systems with embedded hardware and sensors, conduct testing and validation across environments, and help harden prototypes into military-grade systems and variants for different weapons and ranges.

Design and document wire harnesses and cable assemblies, integrate sensors, power, and actuators across electromechanical systems, support prototype bring-up and debugging, collaborate with mechanical and firmware teams, and validate harness reliability for production and field use.

Own budgets, forecasts, and variance analysis for Engineering and Enablement cost centers. Build financial models, partner with functional leaders, produce monthly and quarterly reporting, and help implement FP&A systems and templates as the company scales. Support hiring, contractor, and program cost forecasting.

Provide first-line IT support across hardware, software, and networking; manage help desk tickets and onboarding; configure devices, perform routine maintenance, document systems, assist vendors, and support compliance initiatives (CMMC Level 2, ITAR).

Design and develop schematics, PCBs, and power/embedded electronics for an autonomous defense turret. Implement real-time embedded software (C++/Python), run simulations (signal integrity, thermal, EMC), integrate electromechanical components, test and debug in lab/field, and maintain design documentation to meet military-grade standards.

Senior individual contributor responsible for architecture, design, implementation, testing, and optimization of software for robotics and autonomous systems. Drive cross-functional technical direction, deliver high-performance C++/Python code, ensure reliability, scalability, and production readiness across perception, controls, and embedded platforms.

Design and implement time- and safety-critical embedded firmware for STM32-based autonomous aircraft. Write sensor and peripheral drivers, select and configure CAN/I2C/UART/Ethernet, design bootloaders and deployment/OTA strategies, and build/maintain HIL testing infrastructure. Document architecture, protocol choices, and tradeoffs with rigorous justification and high code-quality standards.

Design and implement high-performance embedded motor-control firmware (C/C++) for BLDC/PMSM motors using deterministic control loops (PID, FOC). Debug motor control hardware, validate performance with lab equipment, optimize for latency and reliability, and collaborate with electrical, mechanical, and systems teams for hardware integration and field testing.