COURSE CURRICULUM

This postgraduate programme in Sustainable Energy is designed to develop advanced knowledge and practical expertise in renewable energy technologies, low-carbon engineering, energy systems, and sustainable industrial innovation. The course prepares students to address global energy challenges by combining technical engineering principles with sustainability, environmental responsibility, and strategic problem-solving. Students study Advanced Sustainable Energy to gain an in-depth understanding of modern energy systems, renewable energy technologies, energy efficiency, and the transition towards cleaner and more sustainable energy sources. Wind and Solar Energy Systems focuses on the design, operation, performance, and integration of wind and solar power technologies, enabling students to evaluate renewable energy solutions for a wide range of applications. Low-carbon Industrial Energy and Materials examines strategies for reducing carbon emissions within industrial processes through energy-efficient technologies, sustainable materials, and environmentally responsible manufacturing practices. Modelling and Optimisation develops advanced analytical and computational skills for designing, simulating, and optimising complex engineering and energy systems, helping students improve operational efficiency and sustainability. A major component of the programme is the MSc Project, where students undertake an independent research project that applies advanced engineering methods to solve a real-world sustainable energy or environmental challenge while demonstrating research, innovation, and professional problem-solving abilities. Students can further tailor their studies through optional modules such as Sustainability in the Built Environment, which explores sustainable building design, resource efficiency, and environmentally responsible construction practices. Sustainability and Innovation for Engineers develops knowledge of sustainable engineering principles, innovation management, and the implementation of environmentally responsible technologies across different industries. Polymer and Materials Engineering provides an understanding of advanced materials, their properties, processing techniques, and applications in modern engineering, with particular emphasis on sustainable material selection and performance. Throughout the programme, students develop expertise in renewable energy generation, energy modelling, carbon reduction, sustainable industrial processes, engineering analysis, and environmental management while strengthening research, project management, and technical communication skills. Overall, the programme prepares graduates for careers in renewable energy, sustainable engineering, energy consultancy, environmental management, industrial decarbonisation, research and development, engineering design, and policy development, supporting the global transition towards cleaner, more efficient, and environmentally sustainable energy systems.