• Design, develop, and maintain embedded platform software for airborne avionics systems in compliance with DO-178C DAL A objectives. • Implement software in C/C++ and/or Ada targeting real-time embedded environments. • Develop software architectures and detailed designs that support deterministic and certifiable execution. • Execute software development activities in accordance with DO-178C processes and plans (PSAC, SDP, SVP, SCMP, SQAP). • Ensure compliance with DAL A software objectives, including documentation, traceability, and verification artifacts. • Support certification activities with regulatory authorities and DERs. • Develop and refine low-level and software requirements derived from system and high-level requirements. • Maintain bidirectional traceability between system requirements, software requirements, design, code, and verification artifacts. • Diagnose and resolve complex software defects across requirements, design, code, and integration levels. • Support hardware/software integration activities and system-level troubleshooting. • Analyze runtime behavior in real-time operating systems and embedded hardware environments. • Support verification teams in achieving DAL A structural coverage objectives including: • Statement coverage • Decision coverage • Modified Condition/Decision Coverage (MC/DC) • Analyze coverage results and perform code analysis to address uncovered logic. • Work collaboratively with systems, hardware, test, and certification teams to ensure alignment across the development lifecycle. • Provide technical mentoring to junior engineers and contribute to design and code reviews. • Support continuous improvement of software processes and development tools.

• Architect and maintain reusable FADEC software platform components, including hardware abstraction layers (HAL), middleware, and RTOS integrations. • Define high-level software requirements, decomposition, and traceability in compliance with DO-178C. • Lead system and software architecture reviews to ensure alignment with safety, performance, and certification objectives. • Develop and optimize embedded C software for real-time, mission-critical engine control applications. • Support multicore processors, deterministic scheduling, and fault-tolerant architectures. • Drive integration and verification strategies including SIL, HIL, and embedded target testing. • Establish automated test and static analysis frameworks (e.g., VectorCAST, Parasoft) to support compliance and code coverage objectives. • Contribute to CI/CD processes within a regulated DevOps environment. • Collaborate with systems, hardware, controls, and safety engineering teams to ensure robust cross-system integration. • Promote common software baselines and reusable frameworks across programs.

• Work in a small, ambitious team of digital creatives • Independently plan your tasks and objectives • Participate in regular feedback sessions and trainings

• Formulates and defines system scope and objectives through research and fact-finding to design, develop, modify, or integrate complex information systems. • Devises or modifies application systems and procedures to optimize functional requirements including capacity, operating time, response time, and form of desired results. • Designs, codes, tests, debugs, and documents programs, subroutines, and scripts. • Develops and implements program/system test plans. • Devises data verification methods and standard system procedures. • Responds to system failures and performance events by taking appropriate measures to reduce system downtime and eliminate recurrence of problems. • May conduct research on software and hardware products to justify recommendations and support management in budgeting and purchasing efforts. • Acts as expert technical resource to development staff in all phases of the development and implementation process.