Find your ideal programme

How does a machine learn? In Oxford, you'll move from Python and machine learning through neural networks and generative AI to the ethics behind it.

In London, discover the architect's role in shaping the built environment, from architectural history and technical drawing to collaboration, portfolios and routes into practice.

Cambridge sets the scene as you learn to read a building like an architect, covering design fundamentals, technical drawing, architectural history and adaptive reuse.

Set in London, a global financial centre, this course explains how banking and markets work, from valuation and risk to behavioural finance and FinTech.

New York is home to Wall Street. Study how banks work, how markets set prices and why investors make mistakes, from company valuation to FinTech.

Cells, bodies and ecosystems are studied side by side in Cambridge, as this course covers biological molecules, human physiology, genetics, evolution and ecology.

Cells, biological molecules, human physiology, genetics, evolution and ecology all feature on this Oxford course, which explores how living organisms work at every scale.

How are living systems engineered? Explore biochemistry, genetics, CRISPR gene editing and microbial technology in Cambridge, then weigh the ethics that follow.

How is a business built and run? Explore strategy, marketing, finance and operations in London, then turn an idea of your own into a pitch.

From start-ups to corporations, discover how businesses compete, lead teams, run supply chains and market themselves, then pitch your own concept in New York.

Tokyo, where tradition and innovation sit side by side, is the setting for learning how businesses innovate, build reputations, read their accounts and act responsibly.

Participants will develop their own architectural flair through a guided study of buildings, features, and cities' built environments.

Participants will learn about developing and understanding algorithms and machine learning processes in order to solve real-world problems.

Participants can choose to explore topics like genetics, ecology, and physiology alone or in combination as part of their research project.

Participants can explore relevant theoretical knowledge and case studies in a project that aligns with their specific business interests.

Participants will explore reactions and complete sophisticated guided research to aid their understanding of their area of interest in the wider field of chemistry.

Participants will explore complex coding techniques and advanced programming, equipping themselves to develop applications that solve real-world problems.

Participants will be guided through advanced computer science concepts, cutting-edge algorithms, and the potential real-world impact of digital solutions.

Guided by a seasoned writing professional, participants will explore their personal style, crafting written projects based around their genres and forms of choice.

Through guided exploration of economic theories, market dynamics, trends and policies, participants will gain a unique understanding of their area of interest.

Participants will delve into the core principles of encryption and cybersecurity, exploring cutting-edge protocols and engaging in a unique research project.

Under guided mentorship, participants explore the engineering specialism that captures their attention, delving into design, innovation, and problem-solving.

In their project, participants will critically analyse literary classics, poetry, and modern works, developing their unique critical lens and writing style.

Participants will be guided through an examination of a historical period of interest, examining sources and scrutinising the interplay between past and present.

Participants will investigate a specific aspect of global politics, honing their understanding of diplomacy and presenting their own sophisticated ideas.

Participants will delve into a particular facet of legal systems and principles, developing a deep understanding of law through focused personal exploration.

Participants will engage with complex problems in a chosen area of mathematics, enhancing their abilities and laying a solid groundwork for advanced study.

In personal projects, participants will delve into a chosen medical speciality, gaining insights through expert guidance and focused practical application.

Through guided personal research, participants will engage in philosophical debate, exploring specific ethical dilemmas and deep existential questions in detail.

Participants will focus on a particular aspect of physics, exploring the laws of the universe as part of their individual pursuit of subject mastery.

In their projects, participants will explore specific elements of psychology, dissecting aspects of behaviour and cognition through guided research and analysis.

Develop and share ideas from anywhere in the world, through a global online TED learning experience.