Oxford

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. Studies AI theory, computational principles and university-level technical learning.

Explore genetics, ecology and human biology through academic discussion and practical learning in Oxford. Students investigate how living systems function, ask scientific questions and develop their ability to interpret evidence. Tutor guidance and an individual research project help connect biological concepts with areas such as medicine, environmental science and further scientific study.

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. Studies business theory, strategic decision-making, financial analysis and university-level learning.

Investigate chemical reactions, organic and inorganic chemistry, and the role of sustainable chemistry in modern science. Students work through scientific ideas with experienced tutors, develop analytical and problem-solving skills, and explore a personal research topic. The experience offers a deeper understanding of how chemistry explains materials, processes and challenges in the world around us.

Explore storytelling in Oxford through fiction, poetry and writing across genres. Students develop narrative techniques, experiment with character and voice, and learn to revise and edit their work with guidance from experienced tutors. The experience combines creative practice with individual feedback, helping young writers express ideas more clearly and develop their own style.

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.

Explore how scientific knowledge, mathematics and design are used to solve engineering problems. Students investigate mechanics, electronics, structures and materials while considering sustainability and the process of designing, testing and improving solutions. Develops understanding through engineering theory, technical knowledge and university-level analytical problem-solving.

Examine cooperation, conflict and negotiation between countries and international institutions. Students explore diplomacy, foreign policy, security, human rights and global governance through case studies and discussion.