Makers Empire’s Director of Learning Development, Mandi Dimitriadis, outlines ways K-8 teachers can use 3D technology to explore inquiry-based learning projects in the classroom.
3D technologies can give teachers the ideal tools for facilitating authentic inquiry-based learning in their classes. Every day at Makers Empire, we see teachers using 3D design and printing to support all stages of the inquiry learning process.
This simple graph illustrates the inquiry-based learning process:
Inquiry-based learning asks students to notice and observe as they experience the world around them and to ask questions. They are encouraged to wonder, to be curious and to notice opportunities for solving problems and making things better.
3D technologies can support the Ask phase of an inquiry in a range of ways such as:
- Engaging students in a tactile, 3D dimensional environment where they can explore ideas, and objects from a range of perspectives. Arousing their curiosity about spatial relationships and concepts.
- Makers Empire’s 3D design software encourages students to pose their own questions and wonderings and to come up with their own ideas and hypotheses about what might be possible.
- A 3D design environment allows students to experiment and test things out and to notice how shapes and structures interact with each other spatially. Makers Empire puts intuitive, responsive tools into students’ hands that encourage them to experiment and explore for themselves.
Students put their curiosity into action by investigating. They gather information and ideas and start to develop genuine lines of inquiry and questions to explore.
3D technologies are being used and their potential investigated in many sectors for the role they can play in developing solutions to many real-world problems and issues.
- Inquiry-based learning becomes authentic when students’ learning results in a problem being solved or some kind of positive action being taken. 3D design and printing allow students to create real solutions to real problems.
- 3D design and printing can be a great way for students to take an existing idea, solution or product and make it better. Students can investigate authentic uses of 3D design and use their own innovation and inventiveness to improve a solution or to improve the experience of a particular person or group.
- There are so many great examples of 3D technologies being used to solve problems around the world. A great place to start to inspire students and spark their investigations is 3D Print.
Inquiry-based learning implies that students are actively involved and their learning, that they are creating rather just consuming information, ideas and solutions. They are constructing meaning, understanding and knowledge for themselves.
3D technologies have obvious applications to the Create phase of an inquiry:
- Makers Empire’s design software is easy to use and ensures that students can successfully create and produce 3D designs that can be printed as ‘real’, functional objects. The accessibility of 3D printing means that they create their own original designs to hold in their hands and actually use to solve the problem their inquiry is focussed on.
- The 3D design environment allows students to work through the entire design process. They are able to produce prototypes to test, to go back, again and again, to refine and improve their designs.
- Using 3D design tools supports students to develop a growth mindset and to persist with their designs until they have created the best solution for their problem. Failures and mistakes become an opportunity to evaluate a design and improve it.
Inquiry-based learning can be a powerful collaborative endeavour and the ‘discuss stage’ emphasises the important role that dialogue plays in developing conceptual understanding and knowledge. By experiencing learning as a social activity, students learn from each other, share skills and experiences and develop empathy and understanding from a range of different perspectives.
3D technologies can help facilitate the Discuss phase of inquiry-based learning by:
- Providing a collaborative space for students to work together towards achieving a common goal.
- Makers Empire provides a design community where students can view designs from around the world in the gallery for inspiration and also to share their own designs.
- 3D design sets up authentic opportunities to give and receive peer feedback, to discuss ideas and give suggestions for improvement.
Inquiry-based learning is an ongoing cyclical process that encourages students to reflect on their learning, to collect and respond to feedback and evaluate their processes and products. There is an emphasis on taking action as a result of inquiry-based learning. 3D technologies provide an exciting set of tools and skills for students to draw upon in all stages of their inquiries.
Examples of Inquiry-Based Learning
Get inspired by some great examples of schools using inquiry-based learning to solve everyday problems.
See Mandi’s other Thought Leadership posts:
- Levelling up a growth mindset with Makers Empire
- Top 10 growth mindset questions to ask students
- How Makers Empire develops STEM skills using 3D printing
- Developing 21st-century skills with Makers Empire
Mandi Dimitriadis, DipT. is a highly respected educator and speaker who works internationally with schools to help teachers develop Design Thinking, embrace maker pedagogy and cover Design & Technology Curriculum. She is an experienced classroom teacher who recognises the power of technology to enhance teaching and improve educational outcomes. Mandi has extensive experience with curriculum development and learning, having previously developed programs for the Australian Government’s Department of Education.
Makers Empire: Better learning by design
Makers Empire helps K-8 teachers teach Design Thinking, STEM and 21st-century learning skills using 3D printing. Our pioneering 3D solutions for schools include 3D modelling software, over 150 lesson plans aligned with international standards and professional development. With Makers Empire, engaged students learn how to solve real-world problems and make their world better.