As a Junior Marine Steam Systems Engineer, you will support the design, analysis, and integration of marine boiler systems with steam propulsion and auxiliary power systems on ships and offshore platforms. Working closely with senior engineers, you’ll assist in ensuring that steam production, distribution, and recovery systems operate efficiently and are properly integrated with turbine-driven propulsion, heating loops, and auxiliary systems such as HVAC and desalination units.
Assist in thermal and flow analysis of marine steam systems supporting propulsion and auxiliary machinery.
Support the design and layout of steam piping, condensate recovery, and feedwater systems.
Help prepare P&IDs, system block diagrams, and interface definitions between the boiler, turbines, and auxiliary systems.
Aid in data collection and testing support during boiler commissioning or sea trials.
Conduct basic performance simulations and heat balance calculations under supervision.
Collaborate with senior engineers to ensure system integration meets vessel operating requirements, efficiency targets, and class/regulatory compliance.
Assist in reviewing and updating technical documentation, test procedures, and O&M manuals.
Learn about marine codes and standards such as IMO SOLAS, MARPOL, ASME Boiler Code, and classification rules (ABS, DNV).
Support root cause analysis of issues related to steam system operation or energy transfer losses.
Integration of boiler systems with steam turbines or turbine-driven auxiliaries
Thermal analysis of steam loops, pressure drops, and heat loss
Understanding component interaction: boilers, turbines, condensers, pumps, and preheaters
Familiarity with operational requirements of marine vessels (cruise, cargo, naval, offshore)
Education:
Bachelor’s degree in Marine Engineering, Mechanical Engineering, Thermal/Power Engineering, or related discipline (required)
Experience:
0–2 years of experience in marine systems, steam systems, or boiler/propulsion integration (internships and co-ops considered)
Technical Skills:
Basic understanding of steam thermodynamics, Rankine cycles, and heat transfer principles
Exposure to engineering software like AutoCAD, SolidWorks, or EES
Ability to read and interpret P&IDs, equipment datasheets, and piping layouts
Familiarity with shipboard systems and marine environment challenges
Soft Skills:
Curiosity and willingness to learn complex thermal and mechanical integration
Strong documentation and organizational skills
Effective team player and communicator, comfortable working in technical teams
Willingness to travel occasionally to shipyards or onboard vessels for support