Job Description:
The Aviation Electrical Systems Engineer in Nice is responsible for designing, developing, testing, and maintaining the complex electrical systems used in aircraft. These systems include power generation and distribution, lighting, avionics interfaces, and safety-critical components. Working within the broader aviation engineering team, this role ensures that electrical systems meet stringent performance, safety, and regulatory standards.
Core duties involve drafting system architecture layouts, selecting components, and integrating electrical hardware and software into the overall aircraft framework. The engineer participates in the testing and validation of systems, both in simulation environments and during physical prototype evaluations. Collaboration with cross-disciplinary teams such as avionics, propulsion, and mechanical engineers is frequent and essential.
The engineer also contributes to fault diagnostics, system upgrades, and compliance testing. This includes conducting failure mode analysis, monitoring voltage stability, and assessing electromagnetic compatibility. Writing technical documentation, specifications, and compliance reports for regulatory bodies and internal stakeholders is a routine part of the job.
Based in Nice, a location with growing aerospace and aircraft maintenance infrastructure, this role may involve collaboration with aircraft manufacturers, airline maintenance crews, and third-party certification authorities. The engineer may also support retrofitting projects and provide technical input on new aircraft configurations.
The Aviation Electrical Systems Engineer plays a key role in advancing aircraft performance, reliability, and energy efficiency. Their expertise contributes directly to ensuring passenger and crew safety while supporting innovation in modern aviation technology.
Job Requirement:
Applicants for the Aviation Electrical Systems Engineer role must have a strong foundation in electrical system design, with the ability to interpret technical schematics, wiring diagrams, and power distribution layouts. Familiarity with electrical load analysis, fault tree analysis, and circuit simulation tools is essential to successfully execute system-level engineering tasks.
Strong analytical and problem-solving skills are necessary for identifying faults, optimizing performance, and ensuring compliance with aviation safety standards. Knowledge of industry regulations such as EASA, FAA, or DO-160 is vital for working in certified aviation environments. Candidates should be capable of conducting safety assessments, compliance verifications, and engineering audits independently or as part of a team.
Excellent collaboration and communication skills are required to coordinate with internal engineering teams, project managers, certification bodies, and external suppliers. The ability to explain complex technical information to non-technical stakeholders is beneficial for ensuring alignment on project goals and timelines.
Attention to detail is crucial for ensuring all components meet design specifications and are integrated correctly into the aircraft. The engineer must be able to manage documentation efficiently, including test procedures, compliance records, system performance logs, and design revisions. Adherence to quality assurance processes and change management protocols is expected.
Flexibility to travel for on-site testing, aircraft inspections, or supplier audits may be required. A proactive attitude, willingness to stay current with emerging aviation technologies, and commitment to continuous improvement are essential for success in this role. Working in high-stakes environments with rigorous safety and performance requirements demands professionalism, resilience, and a precision-driven work ethic.
