Curriculum-Aligned
STEM Courses that Really Support School Learning
At STEM Fun, our courses are carefully designed to fit alongside what children learn in school, not compete with it. Our topics – from CAD and 3D printing to robotics, coding, electronics and mechanical engineering – map naturally onto the UK KS2 and KS3 programmes of study in Computing, Science and Design & Technology. Children meet familiar ideas like forces, circuits, data, algorithms and design cycles, but in a hands‑on, high‑engagement setting that makes classroom learning “click” in a new way.
Linked to today’s curriculum – not yesterday’s
We build our projects around the concepts teachers are actually delivering now: coding, physical computing, digital design, structures and mechanisms, electricity and renewable thinking. A robotics session might reinforce circuits and forces; a CAD and 3D printing block supports the requirement to “develop and communicate ideas using computer‑aided design”; a coding course strengthens algorithmic thinking, problem‑solving and debugging. This makes it easy for schools to justify STEM Fun as real curriculum support, not just a fun add‑on.
Pitch‑perfect for each age group
Our courses are grouped so content, pace and challenge match what children meet at school:
Years 3–4: playful introductions to coding, simple mechanisms, basic CAD and 3D printing, all at a “first steps” level.
Years 5–6: deeper projects with more independence – bridge‑building challenges, full robot builds, structured coding tasks and design‑to‑print workflows.
Years 7–9: more advanced robotics with microcontrollers, Python and C#, plus CAD for real prototyping and small‑scale manufacture.
This age‑appropriate progression ensures sessions feel stretching but achievable, and teachers can see clear links to their current topics
Giving pupils a genuine head start
Because we use professional‑style tools (Tinkercad, real microcontrollers, Python, C#, 3D printers and soldering equipment), pupils don’t just repeat school work – they learn skills they’ll meet later at GCSE, college and in real engineering and tech roles. A child who has already built and programmed robots, designed components in CAD and understood how 3D printing supports rapid prototyping walks into secondary school with confidence and curiosity already in place. That early familiarity can turn new, potentially daunting topics into “I’ve done something like this before.”
Stretching the highest attainers and supporting the rest
STEM Fun activities are structured so every child can succeed and the keenest can go further. Clear success criteria, extension challenges and open‑ended design tasks mean pupils who grasp the basics quickly can innovate and experiment, while others consolidate core ideas through guided builds and step‑by‑step support. For schools, this makes our sessions a practical way to enrich the curriculum, extend the most able and strengthen understanding for everyone – all through engaging, real‑world STEM projects.
