Studies in the MSc in Ship and Marine Technology

The MSc in Ship and Marine Technology is a full-time program designed to provide students with an in-depth understanding of advanced topics in ship design, marine engineering, and marine environmental technologies. The program emphasizes both theoretical knowledge and practical experience, preparing graduates for successful careers in the maritime industry and related fields.

Program Structure

The program is structured over three semesters (1 ½ years), offering a comprehensive curriculum that balances core courses, specialization tracks, and a Postgraduate Diploma Thesis. Students must complete a total of 90 ECTS credits to graduate.

• Core Courses: During the first two semesters, students will take a combination of required courses that cover the foundational knowledge in marine technology, regardless of their chosen specialization.

• Specialization Tracks: Students can select one of the following specializations, which guide their course selection and research focus:

  1. Maritime Technology: Focused on ship design, hydrodynamics, propulsion, and operational efficiency.
  2. Marine Structures and Hydrocarbon Exploitation: Geared towards marine construction, offshore structures, and resource extraction technologies.
  3. Marine Environment and Renewable Energy Resources: Concentrated on marine environmental protection, sustainability, and the development of renewable energy technologies.

• Elective Courses: In addition to core courses, students choose electives from their own or other specialization tracks, offering flexibility to tailor their studies to specific interests.

Postgraduate Diploma Thesis

A key component of the MSc program is the Postgraduate Diploma Thesis (PDT), which is typically undertaken during the third semester. The thesis allows students to conduct original research or tackle a real-world problem in their chosen area of specialization, applying the knowledge and skills they have acquired throughout the program.

Thesis Timeline and Requirements:

• Thesis Topic and Supervisor: Students select a thesis topic after the second semester, in consultation with their academic advisor, and submit a proposal to the Program Committee for approval. A supervisor is then assigned to guide the research.

• Research and Development: The thesis involves independent research, often incorporating practical work in laboratories or the use of advanced software for ship design, environmental modeling, or structural analysis.

• Thesis Submission and Defense: Upon completing their research, students are required to submit a written thesis and defend it before a three-member Examination Committee. The defense is an opportunity to present their findings and demonstrate mastery of the subject.

• Grading: The thesis is graded based on the quality of the research, originality, practical applications, and the clarity of the defense presentation. The minimum passing grade for the thesis is 5.5/10.

Educational Approach

The program combines a rigorous academic curriculum with practical experience, including:

• Laboratory Work: Students have access to state-of-the-art laboratories, including hydrodynamics labs, marine engineering simulators, and environmental monitoring equipment.
• Research Facilities: Partnerships with institutions like the Hellenic Centre for Marine Research (HCMR) provide students with the opportunity to engage in cutting-edge research and use advanced marine technologies.
• Group Projects and Collaboration: The program encourages teamwork through group projects, which foster collaboration and interdisciplinary learning, essential skills for the maritime industry.

Learning Outcomes

By the end of the program, students will:

• Gain a comprehensive understanding of ship and marine systems, from design and construction to environmental management.
• Develop advanced problem-solving skills, using modern computational tools, simulation software, and laboratory equipment.
• Be able to contribute to innovation and technological development in the maritime industry.
• Be well-prepared to pursue either professional careers in maritime industries or further academic research, including doctoral studies.

Graduate Opportunities

Graduates of the MSc in Ship and Marine Technology are highly qualified for roles in:

• Ship Design and Construction: Engineers working on the development and optimization of ships and marine systems.
• Offshore Engineering: Specialists in offshore structures, including those used for hydrocarbon extraction and renewable energy generation.
• Marine Environmental Protection: Professionals focused on sustainability, environmental monitoring, and coastal management.
• Renewable Energy: Engineers involved in developing technologies for harnessing marine energy, such as wave and tidal power.