Program Overview

MSc in Marine Engineering

Overview

The MSc in Marine Engineering, offered by Mediterranean College in collaboration with the University of Derby, is a rigorous postgraduate programme designed to meet the growing demands of the global maritime industry. Greece, being one of the world's leading maritime nations, provides a unique setting for advanced study in marine engineering, with access to significant commercial fleets and ports in Europe.

This programme develops advanced knowledge and applied technical skills across key areas of marine engineering, such as marine propulsion systems, computational fluid dynamics, internal combustion engines, and environmental sustainability. Graduates will emerge as highly skilled professionals, prepared for various roles within the maritime sector, addressing the industry's pressing challenges, including the need for greener technologies, international maritime regulations compliance, and digital innovations in ship design and operations.

What Will You Study?

The programme combines theoretical foundations with practical skills in modern marine engineering. You will explore:

• Advanced Marine Propulsion Systems: Study modern and sustainable propulsion technologies, including diesel, gas turbine, hybrid, and nuclear systems.
• Computational Fluid Dynamics (CFD): Gain the ability to numerically simulate and optimise complex flow fields around marine structures and vessels.
• Applied Internal Combustion Engines: Delve into the thermoscience and design of internal combustion engines, focusing on performance, emissions, and fuel types.
• Vibrations and Structural Dynamics: Analyze, model, and control vibrations in marine machinery to improve safety and operational efficiency.
• Optional Modules: Tailor your learning with subjects such as Hydrogen Technologies, Environmental Impact & Regulations for the Shipping Industry, and CPD & Strategic Management.
• Independent Scholarship (Dissertation): Conduct a major research project, aligned with your interests and career goals, under the supervision of experienced academics and industry mentors.

Why Choose This Course?

• Industry-Relevant Curriculum: Designed in consultation with maritime professionals and aligned with international standards, this MSc equips graduates with cutting-edge technical and analytical skills.
• Location Advantage: Study in Athens, a global hub of the shipping industry, with strong links to local and international marine organisations and access to real-world case studies and expert networks.
• Sustainability Focus: Address critical environmental challenges facing the maritime sector, including decarbonisation, alternative fuels, and compliance with international standards.
• Flexible Study Modes: Available full-time or part-time, allowing students to balance professional commitments while advancing their qualifications.
• Career Prospects: Graduates are well-positioned for roles such as marine engineer, propulsion systems analyst, CFD specialist, or project manager in shipping companies, shipyards, classification societies, or regulatory bodies.

Core Modules

• Computational Fluid Dynamics (20 credits): Simulate and analyze complex flow phenomena using numerical methods and CFD tools. Explore the Navier–Stokes equations, flow stability, turbulence, and optimization through simulation.
• Advanced Marine Propulsion Systems (20 credits): In-depth knowledge of modern propulsion technologies. Study performance optimisation, regulatory frameworks, and environmental impacts.
• Vibrations (20 credits): Understand how mechanical vibrations affect safety and performance in marine systems. Topics include vibration analysis and advanced tools.
• Applied Internal Combustion Engines (Thermoscience) (20 credits): Explore combustion theory, fuel-air dynamics, thermodynamic cycles, and emissions control specific to marine applications.
• Independent Scholarship (60 credits): Conduct an original research project supervised by academic and industry experts, demonstrating research methodology and technical problem-solving skills.

Optional Modules (Choose Two)

• Environmental Impact & Regulations for the Shipping Industry (20 credits): Analyse environmental footprints and compliance with international frameworks.
• Hydrogen Technologies (20 credits): Study production, storage, and application of hydrogen for decarbonisation in the marine sector.
• CPD & Strategic Management (20 credits): Develop strategic thinking and leadership skills for the engineering sector.

Admission Requirements

The MSc in Marine Engineering is ideal for applicants who hold a university degree in Engineering, Naval Architecture, Marine Technology, Mechanical Engineering, or a closely related discipline. Candidates with relevant professional certifications and significant experience in the maritime or engineering sector may also be considered.

• English Language Proficiency: A good command of English is essential, equivalent to IELTS 6.5 (B2+) or an acceptable qualification. Candidates without a formal certificate will be required to take an English Language Placement Test.
• Application Materials:
  • A CV detailing academic and professional background
  • Letters of recommendation from academic or professional contacts
  • Participation in an academic interview with the Programme Leader

Graduates of the MSc in Marine Engineering acquire an internationally recognised and accredited Master's degree, professionally equivalent to those awarded by Greek Higher Education Institutions. Upon completion of recognition procedures by Greek authorities, graduates may enjoy full professional rights associated with their qualification.

Career Opportunities

Graduates can pursue roles in ship design and operation, marine systems optimisation, propulsion innovation, regulatory compliance, and environmental impact management. Opportunities are available within shipping companies, shipyards, classification societies, marine equipment manufacturers, consulting firms, and government agencies involved in maritime affairs.

Typical career paths include:

• Marine Engineer
• Propulsion Systems Specialist
• CFD Analyst
• Marine Sustainability Consultant
• Regulatory Compliance Officer (IMO/MARPOL)
• R&D Engineer in Marine Technology
• Technical Superintendent or Fleet Manager
• Energy Efficiency Advisor for Shipping Companies

This qualification empowers graduates to work globally in one of the most dynamic and strategically important industries—contributing to the future of sustainable and intelligent maritime operations.