The course aims to provide a comprehensive overview of criminology. It covers various aspects of crime, its effects on society, and how the justice system works. Participants will explore the definition and different types of crimes and how social, economic, and political factors can influence why people commit crimes. A significant part of the programme will focus on understanding the criminal justice system, including its theories, policies, and practices, and how these impact how we respond to crime and help victims. Students will also learn about the history and evolution of policing, its ethical considerations, and how it relates to diversity in society. We will address social inequalities, particularly looking at how economic disparities can lead to criminal behavior.

Explore the so-called Presocratics, the foundation of Western philosophical thought, to explain the nature of existence; examine how Nietzsche's views were distorted by 20th century Nazi propaganda.; and explore Sigmund Freud's beliefs to understand the influence between human behavior and the social environment. At the end of the course, students will have the opportunity to present on what is of most interest in the field of philosophy and receive feedback from experts in the field of philosophy.

The program aims to equip participants with a profound understanding of the intricacies of the natural world. Through hands-on engagement with a diverse range of scientific domains, participants sharpen their analytical skills and unravel mysteries spanning the entire scientific spectrum. By fostering a multidisciplinary perspective, the programme encourages research, critical thinking, and practical application, demonstrating the transformative potential of weaving together various scientific threads. Participants will depart with a deepened comprehension of the inner workings of the natural world.

Cambridge has hundreds of pioneering biotech organisations. Visiting a campus provides an exceptional opportunity to explore biotechnology, witnessing innovations firsthand. Engaging with scientists and professionals, students can learn about drug discovery, genomics, and biotech’s impact. It explores innovative solutions, genomics, and ethical considerations in the biotech field. The main objective is to delve into biotechnology, unraveling its potential to reshape industries.

This course introduces students to the world of programming, starting with how computers interpret code and building a foundation in core Python concepts for future software development. Students will explore Java syntax by creating simple mechanics for interactive games, experiencing the basics of game development. They will also learn web development using JavaScript and popular frameworks to build web projects. In the mobile development section, students will dive into key concepts and practices, mastering different languages and enhancing their problem-solving and creative thinking skills.

This course teaches students to apply multivariate regression analysis to quantify data relationships and uncover real-world economic patterns. They will explore development economics, examining wealth disparities, growth drivers, and challenges in developing nations. The course also covers auction theory, analyzing bidders' strategies in markets. Through practical applications, students will strengthen their analytical and problem-solving skills.

This course explores how women break barriers and lead change across politics, business, and social movements. Students will analyze global trends, leadership strategies, and innovation. Through practical activities, they will enhance public speaking, communication, and confidence. In the final summit, students will present research, debate, and collaborate on global challenges, strengthening leadership and teamwork skills.