3D

Learning in 3D spaces: from the abstract to the concrete

Much of what students learn in science is hard to see: a cell, a molecule, an electric current, a planet's orbit. 3D spaces turn the abstract into something you can walk around, enlarge and examine.

5 min read The proLabsXR team · ProMixed
Learning in 3D spaces: from the abstract to the concrete

What is learning in 3D spaces

In 3D-space learning the student does not just see a picture or a diagram, but is inside a three-dimensional space: they can walk around a model, get close, take it apart and put it back together. In virtual reality headsets the space surrounds them, and they work in it by hand.

From the abstract to the concrete

The ways of presenting a science concept can be placed on a line, from the most abstract to the most concrete. 3D spaces sit at the concrete end:

From the abstract to the concrete
AbstractConcrete
  1. Text

    A definition in words

  2. Diagram

    A flat picture

  3. Video

    Motion, but only to watch

  4. 3D model

    Rotate and enlarge it

  5. 3D space

    Be inside it and work by hand

Why it helps in science

Concepts like cell structure, a chemical reaction or an electric circuit are hard to grasp while they stay on the page. In a 3D space the student sees them at a scale they can understand, changes a variable and sees what happens. In proLabsXR the measurements appear on the equipment itself in real time, next to a board with the research question and the experiment steps.

The chemistry lab: 3D materials and tools the student operates by hand
The chemistry lab: 3D materials and tools the student operates by hand

How to bring 3D spaces into a lesson

  • Pick a concept students struggle to imagine.
  • Let them explore it in a 3D space, with a clear question.
  • Wrap up outside the headsets: what you saw, what changed, what you learned.
  • With Quest 3 and 3S the model can also move onto a real table: augmented reality labs.
FAQ

3D learning spaces: FAQ

What is learning in 3D spaces?

Learning where the student is inside a 3D space, walks around models, gets close and works with them, usually in virtual reality headsets.

What is the difference between a 3D model on screen and a 3D space?

On screen you rotate the model with a mouse. In a 3D space the student is inside it, walks around it and works by hand.

Which subjects is it for?

Especially science, STEM and solid geometry: biology, chemistry, physics, electronics and geometry.

Which headsets?

proLabsXR runs on Meta Quest 3, Quest 3S and Quest 2.

Want to see this in your school?

Book a live demo with the ProMixed team, at your school or on a video call

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