Job Description:
The Diesel-Electric Drive Design Engineer in Al Ain is responsible for the design, specification, and integration of diesel-electric propulsion systems in vessels, ensuring efficient energy conversion, system reliability, and compliance with maritime safety and environmental regulations. This role involves working on the electrical propulsion system architecture, including the engine, generator, motor, and electrical transmission components, optimizing for performance, fuel efficiency, and low emissions.
Key tasks include sizing and selecting generators, designing electrical motor connections, defining power electronics for energy conversion, and ensuring efficient power distribution. The engineer also designs dynamic load-sharing algorithms for multiple engines and generators and incorporates energy storage and regeneration systems such as batteries or flywheels. The role demands a deep understanding of electrical engineering, mechanical integration, and hybrid propulsion systems.
The design engineer collaborates with naval architects and control system engineers to ensure compatibility with vessel structural layout and operational performance requirements. The position also involves system testing, simulation analysis, and supporting the installation, commissioning, and sea trials of diesel-electric systems. The engineer ensures that all systems meet classification and regulatory standards, including those set by IMO and environmental bodies.
Job Requirement:
A bachelor’s degree in electrical or marine engineering is required. At least 5–8 years of experience in the design and integration of diesel-electric propulsion systems for ships or large vessels is essential. Proficiency in electrical design software (e.g., MATLAB, ETAP, Simulink) and familiarity with marine power distribution systems, propulsion optimization, and energy storage technologies is required. Strong knowledge of classification society rules, maritime emissions regulations, and hybrid energy systems is essential. Candidates must demonstrate the ability to work cross-functionally with naval architects and control system engineers to ensure the seamless integration of propulsion systems.
