Platform Integration & Interface Senior Engineer

Date: 19 Feb 2026Company: EDGE Group PJSCAbout POWERTECHPOWERTECH is a center of excellence for propulsion technologies, specializing in the design, engineering, and manufacturing of combustion engines, expendable turbojet engines, and turbofan engines for a wide range of aerospace, defence, and autonomous applications, including fixed- and rotary-wing UAVs and other advanced platforms.About the RoleThe Platform Integration Engineer ensure seamless integration of the turbofan engine with the aircraft platform.Key ResponsibilitiesManage all aircraft-engine interfacesMechanical interfaces (mounts, pylons)Thermal and fluid interfacesElectrical & data interfacesEnvironmental & vibration constraintsFunctional interfacesDefine installation and interface requirements.Support aircraft integration tests and ground runs.Ensure compatibility with aircraft systems (bleed air, electrical, controls).Support aircraft certification and flight test campaigns.Qualifications & ExperienceMinimum 8 years of experience within turbofan propulsion, aircfrat, or other complex engineered systemsKnowledge of turbofan architecture, systems and their integration constraints (FADEC, fuel, oil, drive shaft/AGB, engine mounts…) in aircraft environmentICDs, ICD management tools, Integration test toolsKnowledge of certification specification (CS 25, CS-E, STANAG), FHA approach, V-cycle and test (aircraft ground tests, flight test…)CATIA, 3DEXPERIENCE, DOORS, MBSE approachExposure to customer, OEMs, authorities and complex environmentSkillsProblem solving, conflict management, agility and sense of priorityAbility to anticipate impacts (life-cycle cost, planning, safety, performance) and arbitrateAbility to analyze and structure complex information into actionable product decision under pressure with a sense of urgencyAbility to work in a multicultural environment, across engineering, manufacturing, supply chain and commercial teamsHigh communication skills, synthesis mindset, team player#J-18808-Ljbffr