Procedure

In an emergency, every second counts, and knowing where each instrument and treatment is located inside a cart can greatly reduce intervention time. Being able to quickly locate the right treatment may save a life. In this simulator, students have the opportunity to explore the contents of a standard crash cart.

Understand the different components of a solar production chain-alone. Measure the energy at different points in the system. Study the battery’s charging constraints.

Study the various ground link schemes. Study the usefulness and operation of the protective devices.

Ensure knowledge of low voltage switchgear. Understand the role and composition of the devices implemented in a motor feeder. Study, perform and test the various start-up options.

Trainees will carry out intensive hands-on training to acquire knowledge about protection, safety and safe maneuvers when dealing with low-voltage electrical installations.

The 'Room of Horrors' recreates a hospital room in 3D in great detail. Medical errors and risks are scattered throughout the scene, and the students are expected to identify them.

This method raises awareness in a fun way, while encouraging problem solving. Unlike learning through a theory-based approach, in a Room of Horrors, the hazards of everyday clinical life can be experienced hands-on.

This AR simulator is a perfect digital twin of a physical patient monitor. It reacts to hundreds of physiological variables, exactly like a real one. It helps students understand how to interpret the data by exposing them to countless situations that may take years to encounter in real life.

This Augmented Reality simulator is designed to help new or veteran employees inspect a powered industrial truck safely, protecting them and coworkers from any potential hazards associated with their use.

Trainees will acquire hands-on understanding of the major components of a forklift, and they'll learn how to do a pre-shift inspection by finding the flaws throughout the truck, to prevent accidents caused by faulty or aged equipment.

The simulator helps students understand the key steps in carrying out adult CPR. How and when to start CPR, how to perform it to successful completion and  how to use an AED (Automatic External Defibrillator).

In this AR training simulator, trainees will learn the objectives of LOTO procedures as well as the key steps and best practices to follow. They will learn to identify sources of energy, risks and consequences of inadequate management, for their own safety and for the safety of others.

They'll also be able to identify authorized and affected employees in Lockout/Tagout procedures, and when to utilize various types of lock and tag devices

In this Augmented Reality (AR) fire safety simulator, trainees will learn how to behave when facing a possible fire situation.

Four different scenarios enable employees to identify which fire-fighting equipment they should use to stop the fire from spreading. Each of your employees should feel comfortable with the idea of having to use portable fire extinguishers.

Four loads must be prepared for lifting. The user has to choose the right equipment from the rack: slings, shackles, hooks, protections, etc.

Then they must decide on the most appropriate and efficient hitch type to meet the requirements of their mission. For example, they may  have to rig the load and make sure there is no risk of scratching it during the lift.

This simulator is designed to help new employees learn the basics on how to use a lifeline safely with a shock absorber.

The trainee will learn how to put an unresponsive person in the Recovery Position, how to recognize the signs of a stroke, and how to help a person suffering from chest pain.

The simulator demonstrates the essential steps to follow in the event of a simple wound, severe bleed, burn or fracture.

The trainee will learn how to assist a person who is choking by using the five-and-five approach until the blockage causing the choking is dislodged.