Renewable Energy Marine Structures

Renewable Energy Marine Structures at the University of Oxford offers a comprehensive and interdisciplinary postgraduate program designed to equip students with the advanced knowledge and practical skills required for the growing field of sustainable energy generation from marine environments. This specialized program combines principles of marine engineering, renewable energy technologies, environmental science, and structural design to prepare graduates for careers in the development, management, and innovation of renewable energy infrastructures located in oceanic and coastal regions. Throughout the course, students engage with cutting-edge research and industry best practices, gaining insights into the design, optimization, and deployment of marine-based renewable energy systems such as offshore wind turbines, wave energy converters, and tidal power installations. The program emphasizes not only technical proficiency but also environmental considerations, project management, and policy implications, ensuring that graduates are capable of addressing the complex challenges associated with marine renewable energy projects. Delivered by world-renowned faculty and supported by state-of-the-art facilities, the course integrates theoretical learning with practical training, including laboratory work, simulation exercises, and project-based assessments. Students will have opportunities to collaborate with industry partners and participate in fieldwork, enhancing their understanding of real-world applications and innovations. The curriculum is designed to foster critical thinking, problem-solving, and interdisciplinary collaboration, empowering students to contribute effectively to sustainable energy solutions in marine environments. Upon completion, graduates are well-prepared for careers in engineering consultancy, renewable energy companies, maritime industries, research institutions, and government agencies focused on the advancement of renewable marine energy. This program is ideal for individuals passionate about sustainable development, engineering, and environmental stewardship, seeking to make a tangible impact on the global transition to clean and renewable energy sources.

The Centre for Doctoral Training (CDT) is run in collaboration with Cranfield University though you will be based in the Department of Engineering Science at the University of Oxford for the majority of your degree. The main area of interest at Oxford is in geotechnical engineering, though applicants working in the wider area of civil engineering with applications to renewable energy marine structures are also welcomed.

The first year of the course focuses on developing core skills in offshore engineering through both taught courses at Cranfield and individual research. From October to December you will complete an induction term at Cranfield University where you will take introductory taught courses, across the breadth of design for renewable energy marine structures, including a group design project. This will develop a broad knowledge base on which to build your advanced research from. You will also develop links with the students enrolled through the Cranfield stream of the CDT. You will begin individual research from January, as preparation for your main research project. During this time, you will meet your supervisor regularly to assess progress and discuss academic issues. You will also continue with the group project, which will normally be completed by the end of April of the first year.

Following the second term you will have access to a range of advanced skills, transferable skills and management/leadership skills modules that will be taught at Cranfield University. These will be completed according to a flexible timetable agreed with your main research supervisor to complement your research activities. The advanced skills modules will include structural design, structural integrity, manufacturing, fluid mechanics and geotechnical engineering. Transferable skills will include academic writing and presentation, research ethics, IP, teamwork and communication skills. Leadership skills will include aspects of management, strategy, operations and entrepreneurial skills. The main focus of activity following the second term will be the individual research project, which will be based at the University of Oxford.

You will integrate with both the CDT cohort and the Engineering Department, principally Civil Engineering, at Oxford, where you will attend research seminars to discuss research papers, to present your research, to rehearse conference talks, and to build links between different research areas. An annual CDT workshop will give you the opportunity to present research to other CDT students, industrial partners and invited researchers from other universities. Industrial collaborators will be invited to share their latest problems and to highlight market trends.

You will be assessed continually through the first year during the taught courses and the group project, as well as from the individual project. Following the completion of four terms, including the induction term, the CDT supervisors will formally assess whether sufficient progress has been made to continue with the research. You will be required to write a research report, to give an oral presentation, as well as to present a detailed and coherent plan for your future research. Progress towards completion is again formally assessed during the eighth term of study. For the DPhil, you will be required to submit a substantial thesis which is read and examined by experts in the field, one from the department and one from elsewhere. Often the thesis will result in the publication of several journal and conference papers.

Applicants are normally expected to be predicted or have achieved a first-class or strong upper second-class undergraduate degree with honours (or equivalent international qualifications), as a minimum, in an engineering degree, either in general engineering, civil engineering, geotechnical engineering, structural engineering or a related area. Applications from candidates with degrees in closely-related disciplines will also be considered. A previous master's qualification is not required.

For applicants with a degree from the USA, the minimum GPA sought is 3.5 out of 4.0.

If you hold non-UK qualifications and wish to check how your qualifications match these requirements, you can contact the National Recognition Information Centre for the United Kingdom (UK NARIC).

• Official transcript(s)
• CV/résumé
• Statement of purpose/personal statement:Around 2,000 words overall
• References/letters of recommendation:Three overall, generally academic

ENGLISH LANGUAGE REQUIREMENTS

Higher level

The University of Oxford offers diverse financing options for students pursuing the Renewable Energy Marine Structures program. Prospective students can explore several funding sources to support their academic journey. Scholarships are available through university-administered funds, which include merit-based awards recognizing academic excellence and potential contribution to the field. These scholarships often do not require repayment and can significantly reduce the financial burden. Additionally, students might be eligible for externally funded scholarships and grants provided by government agencies, industry partners, and charitable organizations dedicated to advancing renewable energy research and education.

Oxford University also provides a robust system of bursaries and financial aid tailored to the needs of postgraduate students. These bursaries are means-tested and designed to assist students facing financial difficulties. The college system at Oxford offers numerous bursaries and Small Grant Schemes, which can be applied for during the admission process.

Furthermore, students have access to a variety of loan options. The UK government offers postgraduate loans for eligible students, which can be used to cover tuition fees and living expenses. International students may seek loans from private sources or their home governments’ scholarship programs. The university’s Career Service provides guidance on funding opportunities and work placements, which can help offset costs and gain practical experience.

Students are also encouraged to explore part-time work opportunities within the university or the local community, subject to visa regulations for international students. The university’s Financial Aid Office and the Department of Continuing Education offer detailed advice and assistance to help students identify suitable financial support avenues.

Overall, funding for the Renewable Energy Marine Structures program at Oxford is designed to be comprehensive, combining institutional scholarships, external grants, loans, and part-time work, enabling talented students from diverse backgrounds to access world-class education in renewable marine energy engineering.

Renewable Energy Marine Structures at the University of Oxford is a specialized postgraduate program designed for students interested in the development and deployment of sustainable energy solutions in marine environments. This program offers a comprehensive curriculum that integrates principles of renewable energy, civil engineering, material science, and environmental studies to prepare graduates for careers in the growing marine renewable energy industry. Throughout the course, students explore various types of marine energy sources, including wave, tidal, and offshore wind power, focusing on the design, analysis, and maintenance of structures that harness these energies efficiently and sustainably. The program emphasizes cutting-edge research and innovation, encouraging students to engage in practical projects, simulations, and field studies that address real-world challenges in marine energy deployment. Students will develop a deep understanding of the environmental impacts of marine structures, regulatory frameworks, and the economic factors influencing the industry. Collaborations with industry partners and research institutions provide valuable networking opportunities and exposure to current technological advancements. Graduates of this program are prepared for roles in engineering consultancy, research, project management, and policy development related to marine renewable energy. The interdisciplinary approach, combined with the prestige of Oxford University, ensures that students gain both theoretical knowledge and practical skills to significantly contribute to the sustainable energy sector on a global scale. The program typically includes modules on marine environment assessment, structural engineering for offshore applications, energy conversion technologies, and innovative materials for harsh marine conditions. Overall, it aims to equip students with the necessary expertise to influence the future of renewable energy through sustainable and resilient marine infrastructure development.