Marine Engineers
Overview
You design ships, submarines, and maritime systems, applying engineering principles to create vessels and equipment for ocean travel and offshore operations. Marine engineers use advanced computer modeling, naval architecture software, materials science, and sustainable design practices. You need strong math and physics knowledge, creativity, understanding of marine environments, and attention to safety. This specialized field combines engineering with maritime industries.
Did you know?
To become a Marine Engineer or Naval Architect, you'll need to complete a Bachelor's degree in Naval Architecture, Marine Engineering, or Mechanical Engineering from universities like UNSW, Curtin, or AMC. These programs are highly specialised and require strong mathematics and physics foundations.
At a Glance
$115,000 Avg/yr
Median Wage
Fast Growing
Growth
Systems Evaluation
Top Skill
Key Responsibilities
- Engages in research and development work specialising in design and construction of ships and other vessels
- Consults with specialists to co-ordinate design of vessel
- Carries out surveys of ships’ hulls, superstructures and equipment, and measures ships for tonnage and freeboard
- Conducts investigations into such matters as structural faults and losses due to capsize, on behalf of parties involved in litigation
- Designs yachts and other small vessels
Career Considerations
University Engineering Pathways in Australia
To become a Marine Engineer or Naval Architect, you'll need to complete a Bachelor's degree in Naval Architecture, Marine Engineering, or Mechanical Engineering from universities like UNSW, Curtin, or AMC. These programs are highly specialised and require strong mathematics and physics foundations.
Industry Opportunities and Work Environment
Australia's maritime industry offers diverse opportunities including defence projects, commercial shipping, offshore oil and gas, and renewable energy sectors. Work often involves both office-based design and on-site testing at shipyards or marine facilities.
Skills Development and Technology Focus
Modern marine engineering relies heavily on computer simulation, 3D modelling software, and environmental sustainability principles. Developing skills in CAD software, project management, and understanding of marine regulations will be essential for success in this field.