jsf-av-cpp jobs in San Diego

Shield AI seeks a Senior Engineer to design, develop, and integrate safety-critical Run-Time Assurance (RTA) software for autonomous aircraft and platforms. The role focuses on C++ development of real-time safety capabilities, hardware-in-the-loop integration, and flight-test support for the X-BAT collaborative combat aircraft.…See more Responsibilities include adapting reusable safety components into production systems, implementing real-time code at autonomy/flight-control boundaries, and strengthening engineering evidence through CI, static analysis, and rigorous testing. Requires 5+ years of embedded/autonomy/aerospace software experience, strong modern C++ and Linux skills, and familiarity with safety-critical development practices.

Shield AI seeks a Senior Engineer to design, develop, and integrate safety-critical Run-Time Assurance (RTA) software for autonomous aircraft and platforms. You will develop real-time C++ code, integrate reusable safety capabilities into production systems, conduct hardware-in-the-loop testing, and support flight-test campaigns for the X-BAT collaborative combat aircraft.…See more The role requires 5+ years of embedded/autonomy software experience, strong C++ and modern development practices, and the ability to build high-assurance, real-time systems that operate at the boundary between mission autonomy, middleware, and flight-control interfaces.

As a Staff Engineer on the Safety-Critical Software Team, you will architect and develop Run-Time Assurance (RTA) modules that monitor autonomous flight systems for safety compliance, integrating with low-assurance mission autonomy and high-assurance middleware. You will drive safety-critical C++ software development, mentor engineers on assurance practices, and generate certification artifacts (DO-178C, MIL-HDBK-516 compliance).…See more This role requires 10+ years of experience (or equivalent with advanced degrees), deep expertise in C++ architecture, real-time systems, and hands-on integration with physical autonomous platforms.