A graphic design with a tractor and banners containing the words "Engineering Educates," "Farmvention," and "Challenge," highlighting themes of engineering, innovation in farming, and agricultural challenges.

Farmvention

Can your pupils engineer solutions for the future of farming?

Created in partnership with the National Farmers’ Union, the Engineering Educates Farmvention Challenge invites 7–14 year olds to think and work like engineers as they explore real-world challenges in British farming.

Choose from three different pathways, each featuring a sequence of five curriculum-linked sessions. Pupils draw on their learning in science, maths, design & technology and computing to investigate problems, develop ideas and create their own engineering solutions.

Written by teachers, for teachers, the resources provide everything you need to bring an engaging, real-world engineering challenge into your classroom.

Engineering Design Cycle

Think, create, test and improve, just like an engineer.

Each Farmvention pathway takes pupils through the Engineering Design Cycle, challenging them to develop solutions to real problems faced by British farming while exploring contemporary issues around environmental sustainability.

Along the way, pupils are encouraged to question, imagine, create, test and improve their ideas, with plenty of opportunities for creativity, problem-solving and teamwork.

Infographic showing the UK Schools Engineering Educates Farmvention Challenge. Highlights include 1,274 UK schools, 61 engineers and farmers matched with schools, and 128,350 children aged 7-14 involved. 112 schools joined NFU live webinars with questions for farmers, and over 3,000 pupils attended webinars. Curriculum areas include science, math, design and technology, and computing. Features sustainable development goals and international reach, with quotes from teachers, and a TV set display about sharing agricultural innovations on BBC Countryfile. The background depicts a farm scene with farmers, crops, wind turbines, and farm animals.

7–9 years

Can your pupils design the future of farming?

Discover the world of British arable farming and explore how engineering and technology can help farmers solve real-world challenges.

Pupils design and build 3D models, develop and test prototypes, and programme micro:bits to automate their creations, putting their engineering ideas into action.

9–11 years

Can your pupils engineer a better future for dairy farming?

Explore the world of British dairy farming and discover how engineering and technology can support animal health and wellbeing.

Pupils design, build and automate 3D models, developing creative solutions that help improve communication between farmers and their animals.

What’s been the impact?


11–14 years

Can your pupils engineer a more sustainable future for farming?

Explore the environmental impact of British farming and investigate the challenge of balancing greenhouse gas emissions with their removal.

Pupils consider how farms can become more sustainable, then design and create innovative solutions for the farms of the future.

Diagram titled 'Soil Defender Challenge' showing five sessions of a curriculum for 7-9 year olds related to soil and farming, aligned with STEM, including segments on asking questions, imagining and planning, creating, and improving, with illustrations and an outdoor farm scene at the bottom.
An educational poster titled 'Cattle Carers Challenge' shows a curriculum aligned with STEM for 9-11-year-olds, including sessions on British farming, cattle climate, calf playtime, mechanisms for living, and cow Fitbit. The poster features a science corridor with illustrations of fields, farmers, farming equipment, and wind turbines.

This report provides a comprehensive overview of activity and impact from the Engineering Educates Farmvention campaign. By drawing directly on issues raised by NFU members, the campaign focused on creating opportunities for 7-14 year old pupils to investigate the issues challenging UK farming communities with an engineering mindset.

3 separate pathways focused on the technological developments revolutionising agriculture and enabling farmers to make increasingly accurate data driven decisions. This sought to address the fact that too often practical school science learning is superficial and lacks depth, with pupils engaged in prescriptive practical work that lacks purpose (Bianchi et al, 2021).

Infographic titled 'Sustainable Farming Challenge' shows a flowchart of engineering design process steps, aligned with STEM curriculum for grades 11-14. It includes stages: Ask, Imagine & Plan, Create, and Improve. The process connects to topics like Sustainable Farms, Asking about Farming & Agriculture Engineering, Finding a balance, Sustainable Growing Challenge, Big Machines Challenge, and Environmental Monitoring Challenge. STEM areas include Mathematics, Science, Design Technology, and Computing. Background features illustrations of farms, technology, and people working outdoors.