BEng (Hons) in Naval Architecture with Ocean Engineering, University of Strathclyde

48 Months

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About this course

This undergraduate program focuses on the design, analysis, and safety of ships and offshore structures, combining naval architecture with ocean engineering. You'll learn to predict ship stability, strength, propulsion, and motion in rough seas. The course also covers fixed and floating marine structures related to harnessing ocean resources, including offshore oil, gas, renewable energy, subsea mining, and aquaculture. Throughout your studies, you'll have access to extensive facilities like towing/wave tanks, engine labs, and a full mission ship bridge simulator, along with opportunities for international placements and sponsorships. The curriculum develops practical skills through projects, laboratory work, and industry collaborations, preparing students for diverse careers in marine and offshore industries. The program’s accreditation reflects high standards, preparing you for professional registration as an engineer.

Why this course is highly recommended

This course is highly regarded for its strong industry links, practical facilities, and international recognition, ranking 8th in the world for Marine/Ocean Engineering in the Shanghai Rankings 2023. Students benefit from access to state-of-the-art labs, real-world projects, and internships with major maritime and offshore companies, including opportunities to participate in student competitions and mentoring programs. The curriculum integrates engineering principles with commercial and management skills, equipping graduates to handle complex marine engineering challenges globally. Its accreditation, industry exposure, and a supportive learning environment make it an excellent choice for aspiring marine engineers seeking a comprehensive and practical education.

Specialisation

Students study core naval architecture topics such as buoyancy, stability, ship types, resistance, and structural analysis, alongside specialised ocean engineering subjects like risk management, station-keeping, subsea engineering, and renewable ocean energy. The coursework includes designing conventional ships, offshore platforms, subsea systems, and renewable energy devices, with advanced modules on marine structures, hydrodynamics, and marine CFD. There are also opportunities to transfer to an MEng program for high-achieving students, focusing on both theoretical and practical aspects across diverse marine and offshore engineering fields.

Course fees

Application fees

30.98L

1st year tuition fees

30.98L

Living cost

Degree requirements

Applicants need strong academic qualifications, typically including high grades in Maths and Physics or Engineering Science. Specific requirements vary by entry route: for example, A Level offers range from ABB to BBB, and International Baccalaureate scores from 34-32 points for Year 1 entry, or 36-34 points for Year 2 entry. English language requirements must also be met for non-native speakers. Additional criteria or evidence of potential may be considered on a case-by-case basis, especially for widening access or mature students.

English language test

DUOLINGO

IELTS

TOEFL

PTE

Want to learn more about the admission process, eligibility criteria, and acceptance rates for international students? Visit the University of Strathclyde admission page for complete details.

Career prospects

Graduates of this program are well-equipped for roles such as Naval Architect, Ocean Engineer, Subsea Engineer, Marine Surveyor, Offshore Renewables Engineer, and Project Engineer. Many go on to work in maritime, offshore oil and gas, renewable energy, or subsea sectors, benefiting from strong industry connections and placement opportunities. Some students choose postgraduate education or research paths to deepen their expertise. The skills acquired, such as problem-solving, analysis, and project management, are highly valued across the global marine and offshore industries.

FAQs

What are the key facilities available to students?

Students have access to facilities like towing/wave tanks, engine labs, a ship bridge simulator, marine engine laboratory, and computer labs equipped with industry-standard software for modeling, testing, and research.

Are there opportunities for international placements?

Yes, students can benefit from international work placement opportunities, including internships at companies like Samsung Heavy Industries and collaborative visits to shipyards across China and other countries.