Reshaping the Maths Classroom with a Lumination Learning Lab

How Immersive Learning Supports New Approaches to the Maths Curriculum

Like other STEM fields, teaching mathematics requires effective visualisation and exploration. Students need to access new perspectives and viewpoints as they tackle difficult concepts that can be understood using immersive learning methodologies.

Extended reality (XR) makes this possible in education, bringing together different aspects of augmented reality (AR), virtual reality (VR), and mixed reality (MR) to shift the experience of students in the classroom.

This results in:

• Engaging and exciting environments for students to explore
• A more inclusive way of thinking
• Teachers who feel happy and rewarded and equipped for the task at hand
• Better parity in education for all students, in all locations and from all backgrounds

Changing Education with the Lumination Learning Lab

At Lumination, we want to give all students, teachers, and other stakeholders the chance to leverage the full benefits of extended reality education technology. Lumination Learning Labs are the best product to use when using immersive technology in the classroom. Here’s how the Lumination Learning Lab is spearheading XR maths education, as well as teaching in other disciplines.

Fluid and Seamless Learning with Station-Based Approaches

One of the cornerstones of the Lumination Learning Lab is its station-based learning structure. Students move through the process in a logical and fluid manner, no one is left out and they continue to remain engaged throughout the lesson. This structure gives young learners the chance to develop independent problem-solving capabilities while also collaborating with peers and working closely with teachers.

Exploring New Possibilities with the Lumination Learning Lab

With the right approach, XR will change mathematics and STEM education for the better. With a wide range of lesson plans, experiences and tools, Lumination Learning Labs integrate with a broad array of different tools and solutions, achieving this profound shift in the curricula, enhancing the maths and STEM education experience for students.

Example XR Maths Education Lesson Plans

With access to our Lumination Education Centre, educators can access comprehensive lesson plans and frameworks for educators looking to maximize the potential of extended reality technology in education.

Here is a glimpse of the immersive learning experiences available in a Lumination Learning Lab, designed to enrich the learning environment for students in the math classroom.

CoSpaces is a tool that enables students to delve into concepts like coordinates, functions, probability, and data representation.

For 3D Measurement and Data Visualisation

Extended reality (XR) technology revolutionizes the study of complex geometric constructions like the Möbius Strip and Lissajous Curve by offering students immersive, interactive experiences, visualizing abstract concepts in three dimensions, manipulating their shapes, and observing their properties firsthand.

This immersive learning environment fosters deeper understanding and engagement as students explore the intricate details of these geometric forms, collaborate with peers, and develop critical thinking skills essential for mathematical reasoning. 

An application that can be used to integrate immersive technology into the maths classroom is CoSpaces, a tool that enables students to delve into concepts like coordinates, functions, probability, and data representation through interactive virtual environments. 

With CoSpaces, students can engage in activities such as constructing 3D shapes, plotting functions, conducting probability experiments, visualizing data sets, and designing problem-solving challenges. By leveraging CoSpaces, educators can offer dynamic learning experiences that deepen students’ understanding of mathematical concepts and promote active engagement with 3D measurement and data visualization.

GeoGebra and Neotrie VR are experiences students can use to visualize mathematical objects in the VR world and interact with them

For Geometry and Mathematical Concepts

As well as CoSpaces, GeoGebra and Neotrie VR are experiences students can use to visualize mathematical objects in the VR world and interact with them from different angles and understand their context in the real world.

These tools empower students to interact with geometric shapes, explore algebraic expressions, visualize functions and their derivatives, analyze statistical data, and work in three dimensions. By providing a versatile platform for hands-on exploration of mathematical concepts related to 3D measurement and data visualization, these experiences deepen student engagement and foster a deeper understanding of mathematical principles

In the math classroom, Tinkercad is a valuable tool for visualizing geometric concepts through hands-on 3D modeling. Students create and manipulate shapes to explore properties like volume and surface area, fostering problem-solving and critical thinking. Tinkercad also promotes digital literacy and collaborative learning, allowing students to personalize their experiences and integrate math with other subjects, enriching the curriculum by providing dynamic, experiential learning opportunities.

Tinkercad is a valuable tool for visualizing geometric concepts through hands-on 3D modeling

For Design and Engineering

Calcflow and Blocks by Google are immersive experiences that can greatly enhance learning in the math classroom. Calcflow provides a unique way for students to visualize complex mathematical concepts such as calculus and linear algebra in a 3D space. By manipulating equations and geometric shapes in virtual reality, students can gain a deeper understanding of these abstract concepts through hands-on exploration.

Blocks by Google, on the other hand, empowers students to unleash their creativity by building and designing 3D models. In the context of the math classroom, students can use Blocks to create geometric shapes, architectural structures, or even mathematical visualizations, allowing them to apply mathematical principles in a creative and tangible way. These applications not only make learning math more engaging but also foster critical thinking and problem-solving skills through interactive exploration.

Calcflow provides a unique way for students to visualize complex mathematical concepts

Skytropolis and Arkio are additional immersive experiences that hold immense potential for learning about design and engineering in the math classroom. Skytropolis provides students with a virtual environment where they can design and simulate architectural structures. By experimenting with different designs and materials in a risk-free virtual space, students can gain valuable insights into architectural principles, sustainable practices and engineering concepts.

Similarly, Arkio offers a collaborative platform specifically tailored for architectural design, allowing students to work together in real-time to create and refine their designs. Through collaborative problem-solving and iterative design processes, students can develop essential teamwork and communication skills while applying mathematical principles to real-world design challenges. 

Arkio offers a collaborative platform specifically tailored for architectural design

Place XR Technology at the Heart of Your Mathematics Curriculum

Lumination Learning Labs are changing the way educators teach mathematics right across Australia. Get in touch and book your demo today to witness the potential for yourself.