Our Marine Engineering course will educate you in the principles and practices of the discipline

• Module 1 – Marine Engineering in Context: Maritime Transport; Ships and Machinery
• Module 2 – Science that Supports Marine Engineering Practice
• Module 3 – Naval Architecture: Hydrostatics, Stability and Ship Design
• Module 4 – Power Generation and Control: Electro-technology, Electronics and Control Engineering
• Module 5 – Thermodynamics: Heat Engine Principles
• Module 6 – Fuel and Marine Propulsion Design
• Module 7 – Auxiliary and Ancillary Machinery and Systems
• Module 8 – Propulsion, Ship Operations and Future Developments
• Module 9 – Combining Maintenance with Statutory Surveys
• Module 10 – Marine Engineering Practice, Safety and the Environment
• Case Study: Design a Ship from Basic Principles

At the end of the course, participants will be able to: 

• The marine engineers required knowledge of associated international laws and conventions 
• The science behind the practice of marine engineering Ship design principles, operations, maintenance and surveys 
• Propulsion designs and future developments 
• Power generation and thermodynamics Auxiliary and ancillary machinery systems and layout 
• The marine engineer’s awareness of operating in a safe and efficient manner 
• Consideration for and the legal requirements covering the environment 
• Undertake a vessel design specification combining the necessary legislation, structural and engineering considerations

Delivered in partnership between the National Maritime Training Centre at North Kent College and Lloyd’s Maritime Academy, the course continues to be the ideal professional development course for existing ship managers, prospective ship managers and for those who work alongside the ship management sector.  

The Diploma in Marine Engineering has been academically assessed to provide 60 credits of prior learning accreditation towards a unique MBA delivered in partnership between Lloyd's Maritime Academy and Middlesex University.