Electrical & Controls Engineer

WHO ARE WE? L&T Technology Services Limited (LTTS) is a global leader in Engineering and R&D (ER&D) services. With 719 patents filed for 57 of the Global Top 100 ER&D spenders, LTTS lives and breathes engineering. Our innovations speak for themselves – World’s 1st Autonomous Welding Robot, Solar ‘Connectivity’ Drone, and the Smartest Campus in the World, to name a few .LTTS’ expertise in engineering design, product development, smart manufacturing, and digitalization touches every area of human lives - from the moment one wakes up till the time one goes to bed. With 69 Innovation and R&D design centres globally, we specialize in disruptive technology spaces such as 5G, Artificial Intelligence, Collaborative Robots, Digital Factory, and Autonomous Transport We are looking for someone with key skills and able to perform the following roles & responsibilities :- Electrical & Controls Engineer Abu Dhabi, UAE JD: Role Overview Electrical & Controls Engineer will be responsible for design, development, manufacturing, testing, integration, and validation of electrical and electronic systems for small turbojet and turbofan engines. This role will have the responsibility for Engine Control Units (ECUs), electrical architectures, sensors, actuators, starting systems, fuel system electronics, and engine control strategies. Key Responsibilities: • Architecture studies, design, development, and validation of electronic Engine Control Units (ECUs) for small turbojet and turbofan engines. • Define functional requirements, interfaces, performance specifications, and reliability targets. • Define ECU environmental qualification requirements • Support software and firmware development teams in implementing engine control algorithms. • Design, review ECU schematics, PCB layouts, manufacturing & test documentation • Develop and validate engine control philosophies and operating logic. • Define and oversee implementation of: Engine start sequence control, Fuel scheduling, Acceleration and deceleration control • Develop wiring architectures, harness routing, connector specifications, and electrical installation standards. Qualifications & Experience: • Bachelor's Degree in Electrical Engineering, Electronics Engineering, Mechatronics Engineering, Aerospace Engineering, or related discipline. • Background and/or familiarity in aerospace systems, gas turbine propulsion, automotive engine controls. • Demonstrated experience developing Engine Control Units (ECUs) or equivalent embedded control systems. • Experience with full product lifecycle development from concept through production Skills: • Technical skills in one or a combination of stated topics. • Experience in programming using C, Matlab/Simulink, LabVIEW or similar. • FADEC or ECU development, PID control systems • Wiring harness design • Root cause failure analysis • MIL-STD-810 environmental qualification, MIL-STD-461 EMC testing • DO-160 environmental testing. Please apply with your CV, we are really looking forward to hear from you and have you #EngineeringTheChangetogether Show more Show less

Bachelor's Degree in Electrical Engineering, Electronics Engineering, Mechatronics Engineering, Aerospace Engineering, or related discipline. Background and/or familiarity in aerospace systems, gas turbine propulsion, automotive engine controls. Demonstrated experience developing Engine Control Units (ECUs) or equivalent embedded control systems. Experience with full product lifecycle development from concept through production.

Architecture studies, design, development, and validation of electronic Engine Control Units (ECUs) for small turbojet and turbofan engines. Define functional requirements, interfaces, performance specifications, and reliability targets. Define ECU environmental qualification requirements. Support software and firmware development teams in implementing engine control algorithms. Design, review ECU schematics, PCB layouts, manufacturing & test documentation. Develop and validate engine control philosophies and operating logic. Define and oversee implementation of: Engine start sequence control, Fuel scheduling, Acceleration and deceleration control. Develop wiring architectures, harness routing, connector specifications, and electrical installation standards.