MSc Global Sustainability Engineering provides you with the opportunity to develop your engineering knowledge to identify existing unsustainable processes and practices and implement strategies to improve sustainability. The programme has been created in response to the current gap in industry and create graduates who have both a background in science or engineering and who can provide technical consultation and deliver specialist solutions to improve sustainability.
You’ll learn from academics and a curriculum focused on and drawing inspiration from the United Nations Sustainable Development Goals. You’ll develop the knowledge and skills to become advocates for change within the sustainability engineering field, by understanding how both incremental and disruptive approaches can be harnessed for effective sustainable development. The programme adopts an interdisciplinary approach, to provide you with a holistic view of problems and solutions which can be developed.
During the master’s programme, you’ll develop a working knowledge of the relevant science and technology core to sustainability engineering, including environmental science and engineering, energy, recycling, sustainable processing, impact assessment, and environmental economics. You’ll gain an awareness of the context and framework within which the environmental degradation and sustainability problem and solutions exist. You’ll explore the implications of global trends on the environment, society, economy, and organisations to develop sustainable products and services with the aim to improve sustainability performance.
The flexible degree structure allows you to focus in on your specific Global Sustainability Engineering interests. On top of the mandatory fundamental teachings of energy, climate change, sustainability and adaptation, process engineering, sustainable processing, environmental impact assessment, and critical analysis and research preparation, you’ll have the opportunity to choose optional courses from an extensive list.
This degree offers one year of study across two semesters, with a second year which includes an industrial work placement or industrial project, followed by a dissertation project which builds on the advanced knowledge gained by the student.
