Students will develop foundational skills across engineering, sustainability, physics, and basic coding. They’ll explore how machines work, design creative solutions to real-world problems, and experiment with future-focused technologies like robotics and renewable energy.

The emphasis is on skill-building through action, using design thinking, teamwork, and reflection to help students become confident learners and thoughtful innovators.

Mornings might involve practical workshops or engaging experiments, exploring motion, building simple machines, or coding a basic robot.

Afternoons are active and collaborative: think team challenges, engineering quests, or sustainability design sprints.

Off-site visits and real-world links keep the learning grounded, while evenings offer fun, structured activities designed to help students unwind, bond, and reflect.

• STEM workshops, robotics and eco challenges
• Accommodation in university halls and all meals
• Excursions, evening socials & on-site activities
• Full supervision, with a focus on wellbeing and inclusion
• A fun, inspiring setting that boosts confidence and curiosity

By the end of the course, students will:

• Learn to think like an engineer and solve problems creatively
• Build skills in teamwork, design thinking, and critical reflection
• Feel more confident in expressing ideas and exploring STEM subjects
• Take away real-world experience that inspires future academic and career interests