The course gives a thorough insight into the future of our energy system, detailing upcoming technologies and reviewing the assets already available to us. Critical thinking is encouraged throughout via essay assignments in modules such as Energy Systems Analysis, Energy Resources and Policy and Sustainability. Technical knowledge is developed via technical assignments and tutorial classes in modules such as Electrical Power Systems. The Energy Modelling and Monitoring module allow students to develop highly sought-after computer modelling skills. Several electives are also available allowing students to further explore their curiosities within the field. The group project effectively challenges students to think for themselves in producing an output value for the industry. The thesis likewise gives students an opportunity to take control of their learning and explore their areas of interest under the tutelage of an esteemed supervisor.

Having now moved into the high voltage electricity infrastructure industry, I have found the lessons learned throughout this degree programme invaluable. Although the department’s transition to online learning (due to the pandemic) created challenges such as an increased workload due to zoom sessions being coupled with lecture videos, the content was sufficiently available to provide a lasting knowledge of sustainable engineering. I would recommend this course to anyone interested in a career in renewable energy.