For a long time the idea of 3D printing has felt like a thing that has been limited to research laboratories or tech companies. However, over the past few years, we have begun to see more schools across the UK using this technology to strengthen their STEM (Science, Technology, Engineering and Mathematics) provisions. This includes many things, from developing design and engineering skills to encouraging problem-solving and collaboration. And as such, 3D printing is proving to be a incredibly effective and easy-to-adapt tool for both primary and secondary level education.
At Tidewater 3D, we work alongside school with training, equipment support (maintenance etc), and expertise to introduce 3D printing in a way that is practical, affordable, and curriculum-aligned. This weeks blog post outlines how 3D printing is contributing to STEM education and what school need to consider when integrating it.
What is STEM, and Why Does 3D Printing Matter?
STE refers to the integrated teaching of Science, Technology, Engineering and Mathematics. Each of these disciplines underpin many of the fastest-growing sectors in the UK economy. As such, many schools are now prioritising STEM within their developmental plans, particularly through practical, real-world learning experiences.
3D Printing fully supports this approach by turning abstract concepts into tangible models. It also allows students to test hypotheses, model data, and develop design skills with immediate feedback; bringing subjects like engineering, maths and science to life in a way that traditional classroom tools are often not able to.
Practical Applications in the Classroom
3D printing has wide-ranging classroom uses across multiple key stages:
- Design and Technology: Pupils can create an iterate on product prototypes, improving CAD skills and understanding manufacturing principles.
- Mathematics: Teachers can use printed 3D shapes and models to reinforce geometry, measurement, and spatial reasoning
- Science: Molecular structures, anatomical models, and custom lab equipment can be created to support the curriculum
- Cross-Curricular Learning: From creating Roman coins in history to building map models in Geography, 3D Printing supports broader engagement too.
Benefits for Learners
Schools using 3D printing as part of their STEM curriculum report several educational benefits:
- Improved Engagement: Students are more focused and motivated when learning is hands-on and project-based.
- Deeper Understanding: Being about to design, print, and revise supports concept retention and critical thinking
- Skill Development: Students gain experience in design, planning, collaboration, digital tools, and resilience through iteration.
- Inclusivity: 3D printing offers accessible ways to adapt materials for students with SEND or alternative learning styles.
How UK Schools Are Integrating 3D Printing
With the right guidance and support, schools are successfully embedding 3D printing into their existing curriculum. Examples include:
- KS3 students designing and testing mechanical components as part of D&T (Design and Technology) coursework
- Primary pupils creating simplified architectural models to support STEM clubs
- SEN departments using tactile models to support students with learning differences.
Schools don’t need extensive budgets or facilities to get started. The key is selecting the right equipment and having access to training and technical support.
What Tidewater 3D Offers
We work closely with educators to introduce 3D printing in a sustainable and manageable way:
- Education Packages: Tailored training for teachers and technical staff
- Workshops: Practical, curriculum-linked sessions for students (typically KS2 and upwards)
- Onboarding & Setup: We help you set up your printers, troubleshoot problems, and ensure long-term functionality
- Ongoing Support: Maintenance, inspection and diagnosis, and parts replacements services available on an as-needed basis.
All of our services are UK-based, and we are able to deliver in-person sessions throughout Lincolnshire and surrounding areas.
Next Steps for Schools
Schools looking to expand their STEM provision should consider the long-term benefits of 3D printing. When implemented properly, it provides a high-impact, cross-disciplinary teaching tool that strengthens skills, confidence, and engagement.
If your school is exploring options for digital technologies, practical STEM delivery, or innovation funding applications, we’re happy to advise on the best approach.
Contact us to discuss training, equipment, or workshop options. Also, check out our starter guide to 3D printing basics.
Want to add 3D printing into your school? Download our free classroom guide.