Job Description:
Job Description: Diesel-Electric Drive Design Engineer – Shipbuilding & Ship Machinery Job Industry, Sydney
The Diesel-Electric Drive Design Engineer in Sydney plays a critical role in developing and optimizing diesel-electric propulsion systems for marine vessels. This position involves designing the electrical drive components and control systems that integrate diesel engines with electric generators and propulsion motors, delivering efficient, reliable, and flexible vessel operation. The engineer works collaboratively with naval architects, mechanical engineers, and electrical system designers to create propulsion solutions tailored to the specific performance and operational requirements of various ship types.
Responsibilities include detailed design and analysis of diesel-electric drive components, including generators, converters, switchboards, and motors. The engineer performs power flow calculations, thermal management assessments, and system integration studies to ensure optimal efficiency and durability. The role also involves preparing technical specifications, overseeing prototype development, and supporting factory acceptance and sea trials.
The engineer stays informed on the latest advancements in power electronics, control algorithms, and marine regulations to ensure compliance and improve system functionality. Close coordination with suppliers and shipyards is essential to address technical challenges during manufacturing and installation.
Based in Sydney’s shipbuilding sector, this role demands strong expertise in electrical engineering principles, marine propulsion technologies, and project management. The Diesel-Electric Drive Design Engineer contributes to delivering innovative propulsion systems that enhance vessel performance, operational flexibility, and environmental sustainability.
Job Requirement:
Job Requirements: Diesel-Electric Drive Design Engineer – Shipbuilding & Ship Machinery Job Industry, Sydney
Candidates should possess a bachelor’s degree or higher in electrical engineering, marine engineering, or a related discipline, with a minimum of five years’ experience in diesel-electric propulsion system design within the marine or heavy industrial sectors.
Proficiency in power system design, including experience with generators, power converters, electric motors, and switchgear, is required. Familiarity with simulation and analysis tools such as MATLAB/Simulink, PSCAD, or ETAP is essential to perform load flow, fault analysis, and control system modeling.
Knowledge of marine industry standards, classification society requirements (e.g., ABS, DNV GL), and environmental regulations related to emissions and energy efficiency is critical. Experience in preparing technical documentation, design specifications, and supporting commissioning activities is expected.
Strong problem-solving skills and the ability to work effectively in multidisciplinary teams are necessary to manage complex integration challenges. Excellent communication and project coordination skills will ensure alignment between design, manufacturing, and installation phases.
Candidates demonstrating a proactive approach to innovation, commitment to continuous learning in marine propulsion technologies, and a solid track record of delivering successful projects will thrive in this demanding and rewarding role.
