Jobs at Reliable Robotics Corporation

Lead development of robust, deterministic, and scalable simulation software for safety-critical autonomous aviation systems. Responsibilities include improving framework performance, flight dynamics modeling, hardware emulation, simulation-based testing, reproducibility, and distributed real-time architecture. Collaborate with flight software, guidance, navigation, control, and hardware test teams; support hardware-in-the-loop, high-fidelity physics, and cloud-based Monte Carlo infrastructure. Evaluate technical decisions, lead projects, and mentor engineers.

Designs and verifies FPGA-based digital logic for aviation flight computers and air-to-air radar. Responsibilities include FPGA requirements development, architecture, simulation, synthesis, hardware integration, testing, peer review, and product support. The role contributes to safety-critical aviation systems and requires end-to-end FPGA or ASIC design experience using VHDL, Verilog, or SystemVerilog.

Verify safety-critical flight software for automated aircraft, including developing DO-178C-compliant verification strategies, test tooling, requirements-based unit and hardware-in-the-loop testing, flight-test planning, and DO-330 tool qualification. The role collaborates across embedded, avionics, control, hardware, and aircraft teams while supporting software certification and testing both in laboratory environments and on aircraft.

Develop and lead projects for deterministic, scalable simulation software supporting safety-critical autonomous aviation systems. Responsibilities include improving framework performance, reproducibility, flexibility, flight dynamics modeling, hardware emulation, and simulation-based testing. Collaborate with flight software, guidance, navigation and control, and hardware test teams. Support hardware-in-the-loop, high-fidelity physics simulation, and cloud-based Monte Carlo infrastructure while mentoring team members.

Develop highly deterministic C++ software for automated aviation systems. Responsibilities include implementing unit tests, working with flight hardware, and ensuring system robustness.

As a Sr. Flight Guidance Engineer, you will design, implement, and test guidance systems for uncrewed aircraft, collaborating with operations and pilot teams.

Designs, analyzes, documents, tests, and troubleshoots electronic assemblies from circuit-board to integrated electro-mechanical systems. Collaborates with electrical, mechanical, software, manufacturing, and test engineers; leads hardware improvements through benchtop, environmental, and on-aircraft testing; and conducts root-cause investigations in a safety-critical aviation environment.

Supports People Operations with employee onboarding and offboarding, benefits administration, employment-law compliance, HRIS record maintenance, compliance filings, policy and handbook updates, and employee support across multiple states and countries. The role administers benefits and open enrollment, monitors regulatory changes, maintains accurate employee data, and helps optimize HR processes and workflows while handling sensitive information professionally.

Lead and grow the flight software verification team, ensuring DO-178C-compliant processes and flight software safety, airworthiness, and certification readiness. Responsibilities include directing verification engineers, owning verification efforts, triaging issues, mentoring staff, defining test environments, performing verification analyses, and qualifying verification tools under DO-330. The role also supports process maturity, test automation, reporting, and coordination with certification authorities.

Lead full-lifecycle electrical hardware development for airborne and test platforms. Design, simulate, document, test, troubleshoot, and improve circuit boards, electronic assemblies, and integrated electro-mechanical systems. Conduct benchtop, environmental, and on-aircraft testing; investigate root causes in safety-critical systems; and provide technical leadership while collaborating with electrical, mechanical, software, manufacturing, and test teams.

Lead and grow the flight software team developing safety-critical embedded aviation software. Own engineering process maturation, DO-178C verification, software architecture, integration, testing, technical roadmaps, and certification. Provide architectural guidance across flight controls, redundancy management, GNC, avionics, systems, and hardware while managing priorities and enabling delivery of reliable autonomous flight software.

Develop and maintain mission systems software across aircraft, control center, and cloud environments. Responsibilities include architecting communication, fleet operations, and data management systems; building software from embedded and Linux platform layers through applications; integrating third-party hardware and software; and ensuring reliable, high-performance production systems for autonomous aviation operations.

Test and calibrate next-generation AESA radar systems, including digital, RF, and antenna circuit cards. Design RF test systems, create and execute functional and environmental test plans, automate testing with Python, and support radar integration, aircraft testing, data collection, and certification to DO-160, DO-254, and FCC requirements.

Lead and grow the FPGA Radar team developing firmware and complex electronic hardware for air-to-air radar systems. Own engineering process maturation, DO-254 verification, technical roadmaps, priorities, integration, and flight testing. Build a high-performing team while supporting reliable, robust, and certifiable radar products. The role requires FPGA development expertise, technical leadership or people management experience, and experience spanning hardware and software systems.

Develop low-level software and firmware for aviation safety technology, focusing on C/C++, Continuous Integration, and embedded systems.

Develop internal applications, infrastructure, and tools supporting automated aircraft engineering, certification, requirements management, architecture modeling, and flight-test data analysis. Own the full software lifecycle from planning and coding through deployment, collaborate with product owners and end users, and improve engineering workflows using full-stack web technologies, databases, cloud infrastructure, telemetry pipelines, and data visualization tools.

Develop low-level embedded flight software and firmware for autonomous aviation systems. Responsibilities include C/C++ requirements, design, coding, unit testing, requirements-based testing under DO-178C, bare-metal and hardware initialization, networking, protocol drivers, memory interfaces, Python integration tests, and continuous integration infrastructure. The role supports aircraft demonstrations, higher-level capabilities, certification, and product delivery.

Lead and grow the Simulation and Test Systems team, owning simulation frameworks, test automation, hardware-in-the-loop environments, and cloud-scale Monte Carlo infrastructure. Provide technical architecture guidance, mature engineering processes, manage roadmaps and priorities, and collaborate with GNC, flight software, systems, avionics, and certification teams. Ensure simulation and verification tools are scalable, reproducible, deterministic, and suitable for safety-critical aviation certification.

Leads electrical and avionics NPI from prototype through production. Designs build and integration processes, conducts DFX and DFT reviews, establishes manufacturing, inspection, quality, and validation systems, manages suppliers, troubleshoots issues, performs root-cause analysis, and ensures safety, reliability, compliance, cost, and schedule objectives. The role also mentors teams and serves as the electrical and avionics technical authority.

Design and develop high-speed digital, analog, and RF hardware for phased-array radar systems through production and certification. Responsibilities include FPGA and DDR4-based processor design, power supply development, schematic and PCB layout, hardware bring-up, troubleshooting, radar integration, and testing. The engineer will support DO-160, DO-254, and FCC certification while collaborating with mechanical and systems engineering teams and testing hardware in laboratories and aircraft.