The academic content and curriculum of the Bachelor of Science in Marine Engineering is designed to provide students with the comprehensive theoretical knowledge and practical skills required in the maritime industry. The curriculum of the program generally covers a wide range of courses during a four-year undergraduate education.
Basic Engineering Courses: In the first year of the program, students usually take basic science courses such as mathematics, physics, chemistry and engineering fundamentals. These courses provide the basic knowledge needed for more advanced subjects in engineering.
Ship Construction and Design: These courses cover the basic principles of shipbuilding, hull design, performance and durability of the ship at sea. Students gain in-depth knowledge of ship design, ship construction and ship strength.
Marine Engineering and Hydrodynamics: In this area, students learn the mechanics of motion, wave interactions, fluid mechanics and hydrodynamic design principles of marine vessels. These courses are important for understanding the performance of ships and marine structures on and under water.
Mechanical and Electrical Courses: Ship machinery, electrical systems and automation courses focus on the principles of operation, maintenance and repair of ship machinery. These courses form the basis of ship engines, propulsion systems and ship electrical systems.
Safety and Environment Courses: Maritime safety, environmental impact and sustainability courses provide information on international maritime safety standards, pollution prevention and environmental regulations.
Practical Training and Projects: The curriculum includes practical applications and projects. Students put their theoretical knowledge into practice through laboratory work, design projects and field trips. These applications enable students to gain real-world experiences.
Internship and Graduation Thesis: Most programs offer students the opportunity to do an internship in the industry. In addition, students usually complete a dissertation at the end of their studies, which allows them to bring together the knowledge they have learned and work on an independent project.
This curriculum provides students with the critical thinking, problem solving, design and application skills required in the field of ship and marine technology engineering. The program aims to train students as engineers who can adapt to the complex and ever-changing needs of the maritime industry and produce innovative and effective solutions.