Immersive education ecosystem with haptic integrations

Education

Knowledge is learned by reading. Competence is built by doing. And it is proven with evidence.

The four laboratories

AI-generated illustration. Participant wearing a white virtual reality headset adjusts a projectile launcher clamped to a physics laboratory bench.

Experimental physics: motion and trajectory

Participants explore the principles of motion through an immersive experience integrated with a physical launcher. They can change variables, perform launches and observe how the projectile's trajectory, range and behavior change.

PROEDU records the variables selected, the results obtained, decisions and performance during experimentation, making it possible to compare attempts and connect practice with the physical principles studied.

Area
Physics
Physical integration
Launcher
AI-generated illustration. Participant wearing a white virtual reality headset and a lab coat adjusts an unlit laboratory burner on a chemistry bench.

Immersive chemistry laboratory

Participants carry out experimental practices in an immersive laboratory and interact with a physical burner integrated into the experience. They apply procedures, manipulate variables and observe phenomena associated with heating and the transformation of substances in a controlled environment.

PROEDU records the sequence of the procedure, decisions, manipulation of variables, compliance with criteria and results obtained to generate evidence of the learning process.

Area
Chemistry
Physical integration
Burner
AI-generated illustration. Participant wearing a white virtual reality headset focuses a binocular microscope with a sample on the stage.

Microscopic exploration and cell biology

Participants use a microscope integrated into the immersive experience to explore samples, identify structures and recognize features of cells, tissues and microorganisms through observation and analysis activities.

PROEDU records the samples observed, structures identified, decisions, answers and assessment results, providing evidence of the participant's understanding and progress.

Area
Biology
Physical integration
Microscope
AI-generated illustration. Participant wearing a white virtual reality headset connects wires on a circuit board next to a measuring instrument.

Electricity and circuits

Participants explore the principles of electricity by building and testing circuits in an immersive environment. They identify components, make connections and analyze how the circuit behaves under different configurations and variables.

PROEDU records the components used, connections made, sequence, measurements, errors and results obtained, making it possible to assess understanding and application of electrical principles.

Area
Electricity
Physical integration
Electrical circuits

Practice also leaves evidence.

Explore our success stories or tell us which skill you need to bring into the classroom.