⚙️ Engineering in STEM
Engineering is a key part of STEM education, helping children and young people develop the skills and mindset needed to design, create and solve real-world problems.
At its core, engineering is about finding solutions—whether that’s designing structures, improving systems or creating new technologies. It plays a vital role in shaping the world around us, from buildings and transport to energy, healthcare and digital innovation.
🔬 Why Engineering Matters
Learning through engineering helps learners to:
- Develop problem-solving and critical thinking skills
- Apply knowledge from science, maths and technologies in real-life contexts
- Build creativity, resilience and innovation
- Understand how ideas can be turned into practical solutions
- Explore pathways into a wide range of STEM careers
Engineering provides meaningful opportunities for learners to engage in hands-on, practical learning, making connections between classroom learning and the wider world.
🧩 What Engineering Looks Like in Learning
Across all stages, engineering can be explored through:
- Design and build challenges (e.g. bridges, towers, shelters)
- Investigating materials, forces and structures
- Exploring renewable energy and sustainability solutions
- Using digital tools and coding to design and test ideas
- Applying the engineering design process:
ask → imagine → plan → create → test → improve
🔄 Progression in Engineering Learning
Engineering skills develop over time, with learners building confidence and independence as they progress:
🌱 Early Level
- Exploring building and construction through play
- Using simple materials to create and test ideas
- Talking about what works and what could be improved
🌿 First Level
- Designing and building simple structures
- Beginning to test and improve ideas
- Exploring how materials and shapes affect strength and stability
🌳 Second Level
- Applying the engineering design process more independently
- Investigating forces, materials and simple systems
- Designing solutions to real-world problems
🌍 Secondary
- Designing, testing and evaluating more complex solutions
- Applying scientific and mathematical knowledge
- Exploring engineering in real-world and career contexts
- Using digital tools, modelling and data to refine designs
🌱 Making Connections
Engineering links strongly across the curriculum, including:
- Science – understanding how things work
- Technologies – designing and creating solutions
- Numeracy – measuring, calculating and analysing
- Learning for Sustainability (LfS) – designing solutions for real-world challenges
It also supports the 4Cs (Curriculum, Campus, Culture and Community) by encouraging learners to engage with their environment and community through problem-solving and innovation.
🌟 In Practice
Effective engineering learning is:
- Hands-on and practical
- Based on real-life contexts and challenges
- Collaborative, encouraging teamwork and communication
- Focused on creativity and iteration (learning through testing and improving ideas)
- Inclusive and accessible for all learners
Engineering is not just about building—it’s about thinking, creating and improving the world around us. By embedding engineering across learning, we can support learners to become confident, capable and innovative problem solvers.
Engineer Design Process– watch video above.
