Fuel Systems Engineer (Aircraft Systems & Integration)

Job Description

Must Have Technical/Functional Skills

• Strong experience in aircraft fuel systems and propulsion-related systems engineering

• Knowledge of fuel system architecture (tanks, pumps, valves, fuel lines, FTIS – Fuel Tank Inerting Systems)

• Experience in system integration, design, and installation support

• Familiarity with aircraft-level system development lifecycle (requirements → design → testing → certification)

• Experience in functional testing, troubleshooting, and root cause analysis

• Knowledge of Part 25 (FAA/EASA) certification requirements for fuel systems

• Experience in supplier coordination and system-level interface management

• Ability to review qualification test reports, system schematics, and design documentation

• Experience in ground and flight test support for fuel systems validation.

Roles & Responsibilities

• Support design, development, and integration of aircraft fuel systems

• Define and manage fuel system requirements, architecture, and interfaces

• Provide engineering support for system installation, ground testing, and flight testing activities

• Conduct root cause analysis and troubleshooting of system issues identified during testing or production

• Review and validate functional test procedures, qualification reports, and system documentation

• Support certification activities and ensure compliance with FAA/EASA Part 25 requirements

• Interface with suppliers and internal stakeholders to resolve technical issues and implement design changes

• Participate in design reviews, trade studies, and engineering change management (RFC/RNC/ECO)

• Support production line and in-service aircraft troubleshooting activities

• Analyse system performance data from ground and flight tests

• Prepare technical reports, certification documents, and engineering recommendations

• Ensure proper integration with propulsion, pneumatics, and other aircraft systems.

General Managerial Skill:

• Strong analytical and problem-solving skills

• Ability to work in multi-disciplinary engineering environments

• Effective communication and stakeholder coordination skills

• Self-driven with strong ownership and accountability

• Ability to manage multiple tasks and deadlines in a dynamic environment