• Fosters student autonomy as well as group collaboration on projects.
• Ignites student interest and builds creative confidence.
• Empowers students to embrace their own learning by posing their own questions and pursuing answers in an organic way.
• Provides an approach to problem solving through experimentation and play.
• Mistakes allow an opportunity to incorporate feedback into a new design and develop a different, unforeseen path.
• Focusses students on asking the right questions, not just providing the right answers. Questioning is a powerful form of learning and allows students to apply classroom-gathered knowledge to real-world problems.
• Uses hands-on learning as well as students’ minds which creates a deeper understanding of STEM concepts. If students use their hands as well as their minds, they’re essentially learning twice.
• Focusses on creativity, art, play, and do-it-yourself projects, which has the potential to appeal to a wide range of interests.
• Fosters collaborative teamwork in a group environment.
• Develops critical thinking and out of the box ideas and solutions.
Makerspaces enable students to bring their ideas to reality in countless ways through open-ended exploration, creation, discovery, and innovation. To facilitate the endless possibilities of makerspaces, we have provided this Robotics, STEM & Technology Guide filled with a range of Robotics, STEM and Makerspace products that any school could use to create a collaborative workspace for innovative minds to gather, share, network and build.