Marine Engineering specialization focuses on the design, development, operation, and maintenance of systems and structures used in marine environments. This major includes the study of ships, submarines, offshore oil platforms, propulsion systems and other marine devices. Marine engineers aim to ensure the safety, efficiency and sustainability of marine operations. Here’s a comprehensive look at the main aspects of the marine engineering major:

Basic geometry:

• Study the basic principles of mechanical and electrical engineering.
• Understand thermodynamics, hydraulics, aerodynamics, electricity and electronics.

Ship design and construction:

• Designing the hulls of ships, submarines and offshore platforms to ensure their ability to withstand marine loads and harsh environmental conditions.
• Use computer-aided design (CAD) software to design and analyze marine structures.

Propulsion and power systems:

• Study and design of various propulsion systems such as marine engines, turbines, and electric propulsion systems.
• Improve fuel efficiency and reduce environmental emissions.

Marine electrical and electronic engineering:

• Design and maintenance of electrical and electronic systems on board ships and marine facilities.
• Understanding maritime communications and navigation systems.

Marine Environmental Engineering:

• Study the impact of marine activities on the environment and develop solutions to reduce marine pollution.
• Applying water and waste treatment techniques in marine environments.

Marine Operations Department:

• Learn how to manage and operate ships and marine facilities effectively.
• Study the legal and commercial aspects related to shipping and maritime transport.

Safety and rescue techniques:

• Developing safety and rescue systems to ensure the safety of the crew and marine facilities.
• Study emergency response procedures and marine accident prevention.

Offshore structures and platforms:

• Design and construction of marine structures such as piers, bridges, and oil platforms.
• Study the effect of waves and sea currents on the stability of structures.

Advanced technology in marine engineering:

• Using modern technologies such as marine robots and drones in ocean exploration and marine operations.
• Applying artificial intelligence and the Internet of Things to improve the performance of marine systems.

Maintenance and repair:

• Develop preventive and corrective maintenance programs for marine equipment to ensure continuous operation.
• Implementing repair and renewal procedures for marine structures and systems.

Practical training and practical applications:

• Obtain practical experience through training in shipping and marine engineering companies.
• Work on real projects to apply theoretical knowledge in a practical environment.

Research and development:

• Participate in research to develop new technologies and improve existing marine systems.
• Publishing scientific research and participating in conferences to exchange knowledge and advance the field.

The Marine Engineering major provides broad opportunities to work in areas such as ship design and construction, operation and maintenance of marine facilities, marine operations management, and marine environmental consulting. This specialization contributes to developing marine infrastructure and improving marine operations in innovative and sustainable ways, which supports the global economy and preserves the marine environment.