Top Tech Jobs & Startup Jobs

Design, prototype, test, and integrate electromechanical systems for UAS platforms. Produce CAD models, develop production tooling, manage engineering documentation and PDMS data, qualify vendors, support NPI builds, and participate in flight testing and manufacturing readiness.

Provide onsite Tier 1/2 IT service desk support, manage user lifecycle (onboarding/offboarding, accounts, MFA), provision and ship endpoints using Intune, maintain Microsoft 365 administration, track assets/inventory, document SOPs, and collaborate with HR/Finance/Security for compliance and escalations.

Lead full-cycle recruitment for technical and corporate roles, source passive candidates, manage applicant flow in ATS, partner with hiring managers, track hiring metrics, support employer branding, ensure ITAR/EEOC compliance, and provide on-site recruiting support across business units with periodic travel.

Support development of unmanned aerial systems by implementing and testing embedded firmware and Linux code (C/C++/Rust), building Python automation tools, performing hardware bring-up and sensor integration, debugging with test equipment, and collaborating across electrical, mechanical, systems, and test teams from prototype to validation.

The Test Engineer II will design, develop, and validate test solutions for drone products, troubleshoot issues, and improve manufacturing processes.

The Staff Software Engineer designs scalable software architectures for robotics systems, collaborates with cross-functional teams, and guides standards for modern C++ in embedded environments.

The Senior Electrical Engineer will design and validate drone technology, focusing on RF, BMS, motor control, and embedded systems, while collaborating cross-functionally.

Lead the Electrical & RF Systems Engineering team, overseeing hardware architecture, integration, compliance, and testing for UAS platforms while ensuring high performance and reliability.

The Sr. RF Systems and Integration Engineer will enhance wireless communication systems performance, focusing on RF integration, networking, and real-world testing in challenging environments.

Lead the development of perception systems for autonomous aircraft, including sensor technologies, designing architectures, and ensuring robust real-world performance.