Cranfield University

What you'll study

This programme focuses on thermal power solutions for marine propulsion and auxiliary power. Core themes include internal combustion engine technology for marine use, gas turbines, boilers and steam systems, fuel systems and combustion, heat transfer and thermofluid dynamics, emissions and exhaust after-treatment, control and monitoring of propulsion plant, and system integration for shipboard applications. Teaching mixes lectures, laboratory sessions, specialist workshops and simulation exercises.

• Core modules – thermodynamics and heat transfer for marine systems; marine diesel engine technology; gas turbine fundamentals and performance; combustion and fuel behaviour; propulsion plant control and automation.
• Applied modules – transient thermal and fluid systems in ships; emissions control and regulatory frameworks; fuel handling, bunkering and alternative fuels; reliability, maintainability and lifecycle assessment of propulsion systems.
• Practical work – engine and turbine test-beds, instrumentation and measurement labs, thermal systems experiments, model-based simulation and control laboratory work; case studies based on real ship installations.
• Individual project / dissertation – a research or design project addressing a practical engineering challenge in marine thermal propulsion, often carried out with industrial partners or in laboratory facilities.

Entry requirements

Applicants are normally expected to hold a good honours degree (typically a 2:1 or equivalent) in mechanical, marine, naval architecture, aeronautical or related engineering disciplines. Applicants with a relevant lower-class honours degree may be considered where they have substantial industrial experience in marine or powerplant engineering. Where English is not the first language, applicants must demonstrate proficiency through an approved test or qualification; typical requirements are at or around postgraduate English language standards. All applications are assessed on academic background, relevant experience and the match between the applicant’s goals and the programme.

Career prospects

Graduates pursue technical and managerial roles across the maritime and offshore sectors. Typical destinations include propulsion system design and development for engine manufacturers and shipyards, plant operation and engineering roles with ship operators and offshore operators, technical advisory and consultancy for classification societies and regulatory bodies, and positions in research and development or product support. The programme also prepares students for further research (PhD) or careers in emerging areas such as alternative fuels, hybrid propulsion and energy-transition projects for shipping.

Why study at Cranfield University

Cranfield is a postgraduate-focused university with an applied engineering emphasis and strong industry engagement. The university combines taught theory with hands-on laboratory and test facilities relevant to marine propulsion, and maintains close links with engine manufacturers, shipbuilders, classification societies and maritime operators. Teaching is delivered by academic staff with industrial experience and by practitioners through guest lectures and project supervision, offering opportunities for industry-led projects and professional networking. The programme’s practical orientation and sector connections help prepare graduates for technical responsibility in complex marine and offshore engineering environments.