Cambridge

Investigate how buildings and urban spaces respond to communities, culture and the environment. Research, drawing and design projects introduce architectural principles, spatial reasoning, sustainable planning and ways of communicating design ideas.

Explore how intelligent systems learn from data and make decisions. Students investigate machine learning, neural networks, algorithms and programming, alongside automation, practical applications and the ethical impact of AI. Includes applied AI development, practical coding and greater exposure to professional technology applications.

Investigate the use of biological systems and technology in medical innovation and scientific research. Topics include molecular biology, genetics, gene editing and bioengineering, with attention to research ethics and emerging healthcare applications.

Examine how organizations are established, managed and developed. Students explore competitive strategy, marketing, finance, leadership, operations and entrepreneurship while considering how business decisions turn ideas into sustainable opportunities. Develops understanding through practical business challenges, contact with professional practice, team projects and how companies operate in working organizations.

Explore organic, inorganic and physical chemistry through a combination of theoretical study, practical activities and tutor-guided projects. Students connect chemical principles with applications in areas such as pharmaceuticals and environmental science, receive individual feedback and strengthen the critical-thinking skills needed to investigate scientific questions.

Build computing knowledge through programming, algorithms and data structures. Students practice logical reasoning and computational thinking to break down problems and develop software solutions as preparation for further technology study.

Explore the connections between media, design and storytelling in Cambridge. Hands-on projects and collaborative workshops introduce branding, digital production and design thinking while developing both creative ideas and commercial awareness. Industry visits, professional guidance and a project presentation help students understand how creative work develops into a career.

Develop an individual writing voice through exercises, workshops and feedback from tutors experienced in storytelling and publishing. Students experiment with fiction, poetry and essays, explore style and structure, and refine their approach to character development and editing. Cambridge’s literary setting provides inspiration for creating and improving original work.

Investigate criminal behavior and society’s responses to crime. Case studies connect criminological theory with forensic evidence, policing, justice systems, punishment and rehabilitation, developing analytical and investigative skills.

Study how people, companies and governments allocate resources and respond to incentives. Students use microeconomic and macroeconomic concepts to examine markets, public policy and international trends through research, discussion and analysis.