University of Strathclyde

What you'll study

This programme combines taught modules with an individual research or design project. Core themes include marine propulsion and power systems, machinery design and condition monitoring, systems integration and automation, naval machinery performance and reliability, and marine safety and regulatory frameworks. Students also study advanced engineering analysis techniques such as computational fluid dynamics for propulsors, vibration and noise analysis, and thermal systems modelling.

• Marine Power and Propulsion: study of diesel and gas turbine systems, electric propulsion and hybrid powertrains, shaft and propeller interactions, and fuel systems.
• Machinery Condition Monitoring and Maintenance: techniques for fault detection, predictive maintenance, vibration diagnostics and lifetime assessment.
• Marine Systems Integration and Control: automation, control systems for onboard plant, alarm and monitoring architectures, and cyber-physical considerations.
• Advanced Analysis and Design Methods: application of CFD, FEA, and multi-disciplinary design optimisation to marine engineering problems.
• Safety, Environment and Regulation: international conventions, emissions abatement technologies, ballast and ballast-water management, and risk assessment methods.
• Project/Dissertation: an individual research or industry-focused design project that applies theory to a practical marine engineering problem under academic supervision.

Teaching typically mixes lectures, laboratory sessions, computer-based simulation work and group design exercises. The programme places emphasis on practical skills and industry-relevant tools used in modern ship and offshore engineering.

Entry requirements

Applicants are usually expected to have a good honours degree in a relevant engineering discipline such as mechanical engineering, naval architecture, marine engineering, offshore engineering or a closely related subject. Applicants with substantial industrial experience in the maritime sector or equivalent professional qualifications may also be considered.

Applicants whose first language is not English must demonstrate proficiency in English. Evidence of prior numerical and engineering coursework, along with a personal statement and references, will strengthen an application. Specific documentation and any professional or statutory requirements should be checked on the university admissions pages before applying.

Career prospects

Graduates from this programme are prepared for technical and managerial roles across the maritime and offshore sectors. Typical career paths include marine engineer, propulsion systems engineer, design engineer in shipyards and OEMs, condition monitoring and reliability engineer, ship superintendent or technical manager in ship management companies, classification society surveyor or consultant, and offshore plant engineer.

Many graduates go on to work with shipbuilders, ship-management companies, classification societies, naval architects, energy companies (including offshore renewables), and marine equipment manufacturers. The skillset is also relevant to research and development roles and to further study at doctoral level.

Why study at University of Strathclyde

The University of Strathclyde has an established reputation in naval architecture and marine engineering, combining strong academic research with close industry engagement. The programme benefits from experienced academic staff, laboratory and simulation facilities, and links with shipyards, classification societies and maritime suppliers that support project work and employability.

Students gain practical exposure to contemporary marine engineering challenges and access to cross-disciplinary centres of excellence within the university. The course is designed to provide the technical depth and professional perspective employers in the maritime and offshore industries expect.