Explore your subject

Learn from academics at Downing College in the University of Cambridge, with expert teaching across the arts, sciences, and social sciences.

The Downing College International Programme offers a range of subjects which reflect the depth and breadth of undergraduate study at Cambridge. Each subject is designed to challenge you with real university-level material while developing analytical, research, and critical thinking skills.

Combining expert-led lectures, demonstrations, and workshops, with excursions to laboratories, museums, and more, this programme is designed to challenge students and deepen theoretical understanding to a level approaching undergraduate study. Key aims include emphasising interdisciplinary learning and the practical application of materials to real-life scenarios.

There are eight subject strands on offer for 2026. Click on a subject title to learn more about course modules and topics. 

ARTS AND LITERATURE

 

Ideas that shaped the world: A journey through Literature, History and Philosophy 

Explore literature, philosophy, history, and cultural traditions through close reading, analysis, and critical discussion. 

Suitable for students interested in: History, English Literature, Philosophy

The course encourages critical engagement with primary texts, historical sources, cultural artefacts, and literary classics, fostering close reading and analytical and interpretative skills. By exploring the major intellectual traditions and movements throughout a range of global civilisations, students will gain a clear picture of the methods that define humanities study at university level. 


Key Learning Outcomes:

  • Engage critically with literature, philosophy, history, and other humanities disciplines through close reading and analysis.
  • Explore cultural and intellectual traditions from a range of historical and global perspectives.
  • Develop interpretative and analytical skills essential for humanities study at university level.
     
BIOLOGICAL AND MEDICAL SCIENCES

 

Inside life: Discovering the science of living systems and human health

Investigate core concepts in biology, chemistry, and medicine, with emphasis on laboratory methods and research applications. 

Suitable for students interested in: Biology, Chemistry, Medicine

This course emphasises scientific principles that underpin biological and medical research, as well as the application of research methodologies in the laboratory. This subject is therefore ideal for those students preparing for future academic and professional pursuits in these fields. 


Key Learning Outcomes

  • Develop an understanding of core principles in biology and chemistry, as well as how these underpin modern medicine.
  • Gain practical experience in laboratory methods used in biological, chemical and medical research.
  • Explore how scientific research translates into real-world technological and healthcare applications.
ECONOMICS

 

Money, markets and the world: Why Economics matters more than ever

An introduction to micro- and macroeconomics, market structures, and global policy challenges. 

Suitable for students interested in: Economics, Finance, Business

The Economics course is designed to give students a gateway into the principles and analytical methods central to the study of economics at undergraduate level. The course covers core areas including both micro- and macroeconomic theory, market structures, and global outlooks, as well as giving students the opportunity to engage closely with the real-world implications of economic study through excursions to related sites in the city of Cambridge.

Key Learning Outcomes

  • Gain a foundation in economic theory and models.
  • Analyse how markets, policies, and institutions shape economic outcomes at local and global levels.
  • Apply economic reasoning to contemporary real-world issues through case studies and site visits.
EDUCATION AND PSYCHOLOGY

 

Minds in the making: How we learn, think and grow

Study cognitive development, mental health, and educational theory through case studies and applied examples. 

Suitable for students interested in: Psychology, Neuroscience, Education

This subject provides a structured introduction to key theories and research in the psychological, behavioural, and educational sciences, such as early development and mental health. The course examines topics from cognitive and social development in early childhood, to core concepts in clinical psychology. Students will draw on empirical research and case studies to explore the psychological mechanisms underlying behaviour, emotion, and learning, helping them to understand their relevance in modern educational and clinical practice. 
 

Key Learning Outcomes

  • Understand major theories of human development.
  • Explore research in education and clinical psychology, including case studies and applied examples.
  • Analyse how psychological principles inform learning, behaviour, and mental health in real-world contexts.
ENGINEERING

 

Building the future: Engineering, innovation and intelligent machines

Engage with civil, mechanical, and aerodynamic engineering, alongside computer science and AI applications. 

Suitable for students interested in: Engineering, Artificial Intelligence, Physics

The Engineering programme introduces students to the fundamental concepts that underpin a wide range of engineering disciplines, with additional focus on the application of computer science and artificial intelligence to the field. Covering core areas such as civil, aerodynamic and mechanical engineering, alongside algorithmic thinking and the role of AI in modern engineering, the emphasis on the interdisciplinary nature of engineering today puts students in good stead for future study. 

Key Learning Outcomes

  • Understand fundamental principles across core engineering disciplines, including the civil, mechanical, and aerodynamic fields.
  • Explore the role of computer science and artificial intelligence in advancing engineering solutions.
  • Develop analytical and design skills by applying interdisciplinary methods to real-world engineering problems.
HUMAN, SOCIAL AND POLITICAL SCIENCES (HSPS) AND LAW 

 

Making sense of the modern world: Understanding society, politics and law

A rigorous introduction to politics, sociology, law, and international relations. 

Suitable for students interested in: Social Sciences, Politics, Law

This course offers students an academically grounded introduction to the study of society, political institutions, legal systems, and human behaviour.

The course explores key themes in political theory, sociology, and international relations, and links those themes to the concepts of legal reasoning and human rights in the modern British legal system. Seminars and discussions give students the tools to develop their critical interpretative skills, providing a rigorous foundation for future study in these areas. 

Key Learning Outcomes

  • Gain insight into how societies, political systems, and legal frameworks function and interact.
  • Develop critical thinking skills through the study of political theory, sociology, and international relations.
  • Understand the role of law and human rights in shaping contemporary political and social issues.
MATHEMATICAL SCIENCES

 

Logic, codes and infinity: The art of thinking mathematically

Explore pure and applied mathematics, discrete mathematics, algorithms, and computer science foundations. 

Suitable for students interested in: Pure Mathematics, Applied Mathematics, Computer Science

The Mathematical Sciences programme is an introduction to advanced mathematical thinking, with particular emphasis on its application in computer science. Covering a wide range of topics throughout both pure and applied mathematics, the course also covers the discrete mathematics and algorithms at the core of computer science. Students will have the chance to engage with formal problem-solving techniques, proofs, and abstract reasoning, all of which form a large part of the way undergraduate students learn at the university level. 
 

Key Learning Outcomes

  • Strengthen skills in abstract reasoning, logical thinking, and mathematical proofs at the undergraduate level.
  • Explore applications of mathematics in computer science, particularly algorithms and discrete mathematics.
  • Apply mathematical problem-solving techniques to both theoretical and practical challenges.
PHYSICAL SCIENCES

 

Forces of nature: A journey through physics, chemistry and the Mathematics behind them

Study mechanics, thermodynamics, electromagnetism, and experimental methods. 

Suitable for students interested in: Physics, Chemistry, Applied Mathematics

This subject offers students a structured introduction to key areas in physics, chemistry, and some of the mathematical frameworks that underpin the theoretical aspect of the field. By considering core topics such as classical mechanics, thermodynamics, electromagnetism, and more, students will develop a deeper understanding of the conceptual and quantitative methods used in the physical sciences at university level. 

Key Learning Outcomes

  • Understand key concepts in physics and chemistry, including mechanics, thermodynamics, and electromagnetism.
  • Apply mathematical frameworks to analyse and explain physical phenomena.
  • Build problem-solving skills through the study of theoretical and experimental approaches in the sciences.

 

Multiple subjects

For a single two-week residential programme session at Downing College, students will enrol in one subject. If a student prefers to participate in more than one subject, they can choose to attend two or three residential sessions for a total of four to six weeks in person at Downing.