Naval Architecture and Offshore Structures
Programme overview
Main Subject
Engineering - Civil and Structural
Degree
MEng
Study Level
Master's
Study Mode
On Campus
The graduate of the Master's degree in Naval Architecture and Offshore Structures is an expert ready to face the challenges of the modern job market in the maritime sector. The knowledge and practical skills acquired can be applied in the design, construction, operation, and modernization of ships and all kinds of marine utility structures. The program emphasizes innovation and interdisciplinarity, preparing graduates for design and systems thinking essential in the dynamically changing technological environment.
Advanced specialized courses, often conducted in cooperation with the maritime industry, allow for the acquisition of unique competencies related to the latest trends in maritime engineering, such as the design of ecological propulsion systems, the use of renewable energy sources at sea, and the development of autonomous vessels.
Professional internships, which are an integral part of the curriculum, and the opportunity to participate in real research and engineering projects, provide not only valuable experience but also build a professional network. Graduates are prepared to work in design offices, shipyards, consulting and engineering companies, as well as in research institutions and maritime administration. They are also qualified to run their own business in the maritime sector. The are prepared to tackle the challenge of postgraduate studies.
Programme overview
Main Subject
Engineering - Civil and Structural
Degree
MEng
Study Level
Master's
Study Mode
On Campus
The graduate of the Master's degree in Naval Architecture and Offshore Structures is an expert ready to face the challenges of the modern job market in the maritime sector. The knowledge and practical skills acquired can be applied in the design, construction, operation, and modernization of ships and all kinds of marine utility structures. The program emphasizes innovation and interdisciplinarity, preparing graduates for design and systems thinking essential in the dynamically changing technological environment.
Advanced specialized courses, often conducted in cooperation with the maritime industry, allow for the acquisition of unique competencies related to the latest trends in maritime engineering, such as the design of ecological propulsion systems, the use of renewable energy sources at sea, and the development of autonomous vessels.
Professional internships, which are an integral part of the curriculum, and the opportunity to participate in real research and engineering projects, provide not only valuable experience but also build a professional network. Graduates are prepared to work in design offices, shipyards, consulting and engineering companies, as well as in research institutions and maritime administration. They are also qualified to run their own business in the maritime sector. The are prepared to tackle the challenge of postgraduate studies.
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