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• Year 1 - Taught element (180 credits)

• Spend your first year based at the University where you will complete the first year 120 credits in the form of Level 7 (Masters) taught modules and an ‘Evidence in Professional Research Practice’ project at Level 8 (60 credits).

  The programme provides some flexibility with one 20-credit elective module.

  This taught element will help to prepare you for more advanced study.

  Core modules

  ENGR800
  The Offshore Power Station

  You will prepare a detailed research project proposal, based on the topic defined by supporting industry. This will develop a clear aim, objectives and a methodology for the doctoral research including engineering and socio-economic considerations. Aspects of Front-End Engineering Design (FEED), Responsible Research and Innovation (RRI) and EDI will be considered. You will critically evaluate existing research, evaluate information and prepare professional project research proposals.

  ENBS542
  Project Management and Professional Practice 20 credits

  This module combines the examination of project management process and practice together with the essential requirements of both operating as a professional, and operating in, a professional environment. The module focuses on embedding knowledge and understanding issues faced by modern construction professionals in delivering construction projects in a professional and ethical manner.

  85% Coursework

  15% Practicals

  MAR513Z
  Research Skills and Methods

  This module aims to equip students with the practical skills and contextual framework for conducting high quality research. Emphasis is placed on workshop opportunities to acquire and practice research planning, analysis, communication, writing and oral presentation skills.

  MAR534
  Introduction to Offshore Renewable Energy

  This module explores a wide range of offshore renewable energy technologies, including wave energy converters, tidal energy, and offshore wind power. You'll learn resource assessment, environmental impact, and the latest industry standards. Key topics include offshore operations, electrical systems, seabed geology, dynamic power cables, and emerging areas like autonomy and hydrogen.

  MAR535
  Economics, Law and Policy for Offshore Renewable Energy

  This module explores the economic, legal, and policy landscape of offshore renewable energy. Topics include global and UK policy, project costs and returns, electricity pricing, government support schemes, marine planning and consenting, legal and safety regulations, and the wider economic and social impacts of offshore energy development.

  PRCE514
  Sustainable Engineering Scheme Design 20 credits

  This module immerses learners in a real-world interdisciplinary design project, tackling interconnected challenges in Civil and Coastal Engineering. Working in managed teams, students will refine sustainable solutions and present progress in simulated design meetings. The project spans the full lifecycle from concept to construction, equipping students with collaborative problem-solving skills.

  100% Coursework

  Optional modules

  ELEC519
  Advanced Power Systems 20 credits

  Electrical power systems are the foundation upon which the modern world is built. Learn about three phase electrical power generation, transformation, protection, distribution and rotating machines. This module provides the essential theory and practice you require to understand and design three phase power systems. Teaching is achieved via 12 lectures supported by a mix of seminars and lab sessions.

  50% Coursework

  50% Examinations

  MAR537Z
  Applied Marine Autonomy

  This module introduces students to marine autonomous platforms for marine environmental data collection. It focuses on the appropriate use of platforms, covering theory of operation and developing practical skills in autonomous marine data collection through workshops and fieldwork. The module also allows direct interaction with scientific researchers and industry practitioners through seminars.

  MARN501
  Advanced Naval Architecture 20 credits

  In this module, you will have a solid understanding of the mathematical models used in marine hydrodynamics and marine structures including their limitations and how to interpret data from them. You will learn how ships navigate and handle different conditions, understand how marine structures react to various forces and dive into the complexities of unpredictable sea conditions.

  70% Examinations

  30% Coursework

  MATH518
  Applied Data Modelling and Artificial Intelligence 20 credits

  We'll teach you state-of-the-art modelling and analytics techniques for Data Science, so that you can provide informed strategic advice in a broad range of business and related situations. You'll meet techniques to extract knowledge from data and to update that knowledge when new observations become available. We'll also discuss popular Machine Learning algorithms for making classification decisions.

  100% Coursework

• Years 2-4 - Research phase (360 credits)

• For the three year research phase you will be physically based (if feasible) witinh your supporting company, which may be elsewhere in the UK.

  Research projects are driven by the supporting company and reflect the research needs of a wider engineering sector, as agreed between the university, the industry partner and you as the research student. The industry-based approach provides you with real-world industry experience and an opportunity to really contribute to the activities of the supporting company. As with traditional PhDs, assessment is by viva following the submission of a doctoral thesis, meeting the sector-recognised standards alongside the University’s academic regulations.

EngD Engineering Doctorate Programme Specification September 2025 6276