STEM teaching in Hammersmith and Fulham runs through project work, makerspaces, robotics and coding clubs, career exposure and virtual reality. The common factor is building things rather than reading about them, which is what sustains interest at secondary age. Career exposure matters most - students pick STEM A-Levels when they have met someone doing the job.

For context: 67.0% of GCSE results in England in summer 2026 were grade 4 or above. — gov.uk, Qualification results in England, summer 2026

STEM education, encompassing Science, Technology, Engineering, and Mathematics, is crucial for equipping students with the necessary skills for the 21st-century workforce. Hammersmith and Fulham's educational system has adopted pioneering methods to enhance STEM learning, ensuring students are well-prepared for global economic challenges. This blog post delves into the innovative STEM education approaches implemented in Hammersmith and Fulham.

What are innovative approaches to STEM education?

What is project-based learning?

- Hands-on Experience: Engages students in real-world problems, requiring the application of STEM knowledge.

- Skill Development: Enhances abilities in problem-solving and critical thinking through practical challenges.

What are makerspaces?

- Collaborative Learning: Fosters a community environment where students can collectively explore STEM topics.

- Resource Access: Provides essential tools and materials that support innovative learning and creativity.

What are robotics and coding clubs?

- Skill Enhancement: Focuses on crucial STEM skills like problem-solving, critical thinking, and teamwork.

- Competitive Participation: Encourages involvement in competitions and challenges that promote practical application of learned skills.

What is STEM career exploration?

- Career Pathways: Offers insights into various STEM careers, helping students make informed decisions.

- Real-World Engagement: Involves collaborations with local businesses, offering students hands-on industry experiences.

What is virtual and augmented reality?

- Immersive Learning: Utilizes cutting-edge technology to simulate real-world scenarios for deeper learning engagement.

- Safe Experimentation: Provides a controlled environment for students to explore and experiment with STEM concepts.

What should you do next?

Hammersmith and Fulham are at the forefront of integrating innovative educational practices in STEM to prepare students effectively for future challenges. Through initiatives like project-based learning, makerspaces, robotics, and coding clubs, as well as immersive technologies like VR and AR, the region’s educational institutions are setting a robust foundation for success in STEM careers. Continual adaptation and innovation in teaching methods are pivotal as Hammersmith and Fulham continue to align education with evolving technological and industry trends, ensuring students are not only ready but also eager to tackle the future.

What else is worth reading?

What can this guide not tell you about one child?

Results and inspection judgements describe a school at one moment, and both move. Neither tells you how one particular child will do there, and a school that suits one family may not suit the next. Check the current position on Ofsted and compare school performance, then visit.

One caveat parents are rarely told:

“Other types of school, like academies and private schools, do not have to follow the national curriculum.” — gov.uk, The national curriculum

What research supports these methods?

The study techniques on this page are not our opinion. Each comes from published cognitive-science research, linked here so you can read the original: