PA Raspberry Pi Competition

Our annual Raspberry Pi Competition is a celebration of STEM education, giving schoolchildren the tools and opportunity to invent products that can benefit society. Using engineering and coding skills and a Raspberry Pi microcomputer, students put their ingenuity to the test to come up with inspiring solutions to global challenges.
Responding to pressing energy crises across the world, this year’s theme is accelerating energy transition.
We only have one planet. To reverse the current climate emergency while responding to public appeals for affordable energy, we need an ambitious, coordinated climate response and energy transition. As the UN shares a bleak outlook on climate change, the need to act quickly on sustainability has never been more apparent. For the 2023 PA Raspberry Pi Competition, we’re challenging 8- to 18-year-olds to design the solutions that will bring us into the future while supporting us in the present.
It’s no easy task, but human ingenuity has a way of solving even the most complex problems. We’re excited to see what the students come up with.

Looking for inspiration? See how we’re leading the charge in energy transition:
Our partners


Meet 2023’s winners
Years 4-6 winners
Innovation Award
Raspberry Renewables from King Edward's Junior School
Inspiration Award
The Light Pi from Steeple Bumpstead Primary School
Years 7-9 winners
Innovation Award
REMI from Francis Holland School, Regent's Park
Inspiration Award
Slayalicious from Churcher's College
Years 10-11 winners
Innovation Award
SOLA from The Liverpool Blue Coat School
Inspiration Award
Wasted Water from Stonelaw high school
Years 12-13 winners
Innovation Award
HydroHeat from Fulford School
Inspiration Award
Smart Pingu from Barking Abbey School
Meet 2023’s finalists
Meet 2023’s judges
We’re delighted to present the judges for the PA Raspberry Pi Competition 2023. They will help to judge the ingenious entries from the school teams and decide on the category winners on awards day.





























Explore more
