Course Overview
Course Overview This course leverages cutting-edge science and mathematics to develop innovative solutions for critical industrial and societal challenges, including sustainable energy, clean water, and advanced healthcare. Students will engage in transformative research, from designing novel reactors and nanostructured materials to developing technologies for gas separation and energy storage. Key Program Highlights Address global challenges in renewable energy, clean water, and pharmaceutical manufacturing Research spans from nanoscale material assembly to the design of large-scale chemical reactors Develop expertise in emerging technologies for energy storage and combating climate change Gain hands-on experience through collaborations with a wide network of industrial partners Apply scientific principles to understand complex processes like protein aggregation in diseases
Available Intakes
October 2026
CampusJohn Anderson Campus
CityGlasgow
ModeFullTime
Duration36 Months
FeeGBP 31,100
October 2026
CampusJohn Anderson Campus
CityGlasgow
ModeFullTime
Duration48 Months
FeeGBP 31,100
September 2026
CampusJohn Anderson Campus
CityGlasgow
ModeFullTime
Duration36 Months
FeeGBP 31,100
September 2026
CampusJohn Anderson Campus
CityGlasgow
ModeFullTime
Duration48 Months
FeeGBP 31,100