This unit is a multi-disciplinary engineering unit that examines the role of engineering in delivering future development at local, national, and global scale, in order to sustainably meet the needs of a growing population out to 2050. It examines societal and environmental drivers, including quantitative analysis, drawing on various data sources. The unit then explores techno-economic analyses...

Each student is required to undertake a substantial high level two-semester project, this unit being the first, within their engineering discipline, which must include a research and development component, supported by a literature survey, to develop the skills required for a research higher degree (PhD or Masters). It may include elements of engineering design, experimental work, theoretical work...

This unit is a continuation of Engineering Honours Project A. It is the second (and final) part of a substantial high level two-semester project within a student's engineering discipline, which must include a research and development component, supported by a literature survey, to develop the skills required for a research higher degree (PhD or Masters). The project may include elements of...

This unit is for all engineering specialisations, and will be delivered by industry (70%) and academics (30%). It focuses on real projects, case studies, and examples from industry. Project management methods will be outlined, with examples of how modern engineering projects are scoped, proposed, tendered, and contracted for delivery. Skills will be developed to enable planning and management of...