This MSc in Offshore Wind Energy at the University of Strathclyde is designed for ambitious graduates seeking in-depth knowledge in a rapidly expanding sector. Taught over 12 months full-time on campus, it combines extensive theoretical and practical learning through modules in offshore wind, wave and current modelling, structural analysis, generators, and control systems. The course integrates group projects, industrial internships with industry partners like ScottishPower and SSE, and access to excellent facilities, including a ship model tank and industry-standard software. Its focus on sustainable energy meets the increasing global demand for qualified professionals in offshore wind, supported by industry experts and guest lectures. Graduates will develop skills to model marine environment conditions, evaluate loads on wind turbines, and analyze the dynamic response of offshore systems, preparing them for careers in the booming offshore wind industry.
Why this course is highly recommended
Given the global expansion of offshore wind capacity, this course is highly relevant for students interested in working in a booming sector with significant growth projections. It combines academic excellence, practical experience through internships, and access to cutting-edge facilities, making graduates well-equipped for employment in offshore wind farm development, operation, and maintenance, or research. The program's accreditation and strong industry links further enhance career prospects, supported by a highly supportive academic environment.
The MSc offers a specialized focus on offshore wind energy, taught by staff with internationally leading expertise in wind turbines offshore engineering, and electronic and electric engineering. Courses cover areas such as offshore structure modelling, aerodynamics, hydrodynamics, and control systems, with modules designed to provide industry-relevant skills necessary for developing sustainable offshore wind projects.
Application fees
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1st year tuition fees
29.03L
Living cost
Applicants typically need a first-class or second-class honours degree in engineering or a related technical subject. Those with slightly lower qualifications may be considered for the PgDip. Applicants with other qualifications will be assessed on a case-by-case basis.

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Graduates of this MSc will find opportunities in offshore wind farm development, offshore engineering, naval architecture, and renewable energy companies such as Siemens, ARUP, and DNVGL. Potential roles include wind engineer, project engineer, marine surveyor, inspection engineer, and research positions in academia or research centers. The degree aims to meet the high demand for skilled professionals in offshore wind energy worldwide.