Every Year 7 student at APHS takes part in our immersive Big Bang STEM Day — a full day of creative workshops and team challenges designed to showcase the breadth and real-world applications of STEM. Students rotate through a range of hands-on sessions that build key skills such as teamwork, critical thinking, and effective communication.
With the generous support of local businesses, STEM Learning Ambassadors, and funding from Big Bang at School via a Neon bursary, we built the day around a rotational model. Five interactive sessions ran in parallel, with each student rotating through all five workshops. I booked five rooms (easier thanks to Year 11s having finished) so each facilitator could stay in one place while students moved between sessions. A huge thank you to everyone who gave up their time to support our STEM Day this year and helped make it such a fantastic success! 👉 Find out more about each of the amazing workshops below:
Delivered by Hudson Architects (Norwich), this session had students design buildings to fit a city footprint. They chose a ‘plot of land’ and created scale models of buildings—with full creative control. As the city expanded throughout the day, they had to think spatially and collaboratively. It was particularly engaging for girls and creative thinkers, and there were several nods to local life—including three Co-ops and several fish and chip shops!
STEM Ambassadors from RAF Marham opened with a mini-lesson on the science of flight, then challenged students to make and test paper aircraft. Along the way, they learned about aerodynamics—and RAF career paths in aviation and engineering.
Led by retired space engineer and STEM Ambassador Paul McMahon—who worked on the actual Mars Rover—students used K’Nex to design and build model Mars rovers. His career story—full of humour and real insight—made space engineering feel personal and achievable, especially for students who don’t usually identify with STEM.
Funded through the Neon bursary scheme and delivered by Dominic Surry from SkillsSupply, this session introduced simple block-based coding using Sphero bolt robots on a simulated Mars surface. Visually rich, tactile, and accessible, it was a standout for SEND students and those with limited prior experience of coding.
Local boatbuilders Neil Thompson and Rachel Bould led this workshop on buoyancy, hull design, and water displacement. Students applied their learning to build and test their boats in a paddling pool, choosing materials and refining their designs as they went. The inclusive, low-pressure nature of the task meant all students could succeed—especially those with learning differences or low confidence.