Our S.T.E.M Courses
Shenzhen – Robotics, Engineering & Innovation
The Shenzhen STEM programme explores robotics, engineering and product innovation in one of the world’s fastest-moving technology cities. Using Shenzhen as a living classroom, students see how ideas become real devices through design thinking, prototyping and rapid iteration.
Students engage with hands-on STEM learning through workshops, maker-style activities and school exchange, developing understanding of robotics, electronics, automation and user-centred design. The programme highlights how science and engineering connect to real-world challenges, creativity and entrepreneurship.
This programme supports DT, Computing, Physics and STEM enrichment pathways, offering future-focused learning that builds confidence, problem-solving and global awareness.
Key themes include:
Robotics, automation and systems
Engineering design and prototyping
Electronics and product development
Innovation culture and entrepreneurship
Shanghai – Applied Science, Smart Cities & Engineering
The Shanghai STEM programme explores applied science and engineering at scale, using a global city as a case study in infrastructure, technology and smart living. Students investigate how design, data and engineering shape transport systems, skylines and sustainable urban development.
Through interactive museums, site-based learning, workshops and school exchange, students build understanding of physics, engineering systems, sustainability and how cities function. The programme encourages analytical thinking and curiosity, linking classroom science to real-world applications.
This programme supports Science, Physics, DT and Geography-linked STEM pathways, offering academically strong enrichment with high student engagement.
Key themes include:
Engineering systems and applied physics
Smart cities, transport and infrastructure
Sustainability and environmental technology
Innovation in a global urban context
Beijing – Research, Space & Future Technologies
The Beijing STEM programme explores science, research and future technologies in China’s national capital, connecting STEM learning with innovation, large-scale research and real-world applications. Students consider how science supports national development in areas such as space, environment and advanced technology.
Through museum learning, workshops, school exchange and structured discussion, students build understanding of scientific enquiry, engineering ambition and the role of research in modern society. The programme is especially strong for older students who enjoy big-picture thinking alongside hands-on learning.
This programme supports Physics, Science, Computing and STEM enrichment pathways, developing curiosity, critical thinking and global scientific awareness.
Key themes include:
Scientific research and innovation
Space, aerospace and future technology
Environment, sustainability and science policy
STEM in a global context
Our Price Guide
Typical course prices cost between £1,895 – £2,200 including flights
*Final prices will vary depending on group size, accommodation and activities undertaken when in China.