Why Augmented or Virtual Reality Training is the Future of Education

Through such simulators, learners can engage in realistic practice sessions, manipulating virtual tools and performing welding techniques, gaining confidence and precision in a controlled environment. 

This hands-on approach, coupled with instant feedback, enables students to learn from mistakes and develop muscle memory before working on actual machinery.

Improved safety in high-risk training environments

Certain trades and professions carry inherent risks, making safety a priority in training environments. Welding, for example, involves dealing with high temperatures, intense light, and hazardous materials. Traditional training can be risky for beginners, who may lack the experience needed to handle equipment safely.

AR and VR-based simulators address these safety concerns by allowing learners to practice in risk-free virtual environments. Through an AR welding simulator, students can learn the correct angles, speeds, and techniques without exposure to dangerous conditions. By reducing the likelihood of accidents, these simulators not only protect students but also reduce liability for training institutions.

Cost-Effective training solutions

In addition to safety concerns, cost is another factor that often limits hands-on training in fields like welding. Traditional training requires purchasing and maintaining materials, equipment, and safety gear, which can be expensive and hard to sustain over time. Mistakes made during training also lead to waste of consumables and wear on equipment, further driving up costs.

With AR and VR simulators, institutions can offer a high-quality, hands-on learning experience with minimal ongoing expenses. Simulators allow students to practice repeatedly without consuming materials or risking equipment damage.

This is particularly relevant in sectors like welding, where reducing material waste and equipment downtime is a major benefit. In the long term, AR and VR training solutions offer a more sustainable, cost-effective approach to skill development.

Consistent, personalized feedback for continuous improvement

Feedback is essential in skill-building. In traditional settings, learners often rely on instructors’ observations, which may vary based on availability, observation angle, and individual experience. AR and VR training platforms, however, integrate real-time feedback directly into the learning experience.

For example, an AR-based welding simulator can track the student’s hand movements, angle, speed, and distance to the work surface, providing instant corrective feedback. The software may alert a user to adjust their approach, avoid common mistakes, or improve efficiency. This level of guidance enables students to refine their skills independently and reinforces learning through repetition. Additionally, instructors can review session data to offer more targeted advice, enhancing the overall learning experience.

Greater accessibility and flexibility in learning

Traditional training often requires students to travel to specific locations with specialized equipment. This limits access, particularly for those in remote areas or with limited resources. 

With AR and VR technologies, institutions can make training available to a broader audience, offering students the flexibility to learn from anywhere.

Cloud-based systems, for example, allow students to access simulations on a compatible device, reducing the need for extensive infrastructure. 

Furthermore, AR and VR training modules can be scaled and updated easily, ensuring that institutions provide the most current, industry-relevant education to students, regardless of their location.

Preparing students for a technology-driven future

As industries increasingly integrate digital tools and automation, the demand for professional experts who are comfortable with advanced technologies is on the rise. Incorporating AR and VR training into educational curricula helps students develop digital literacy and adaptability, essential skills in the modern workforce.

Welding, like many other fields, is experiencing an infusion of technology, with AR-driven helmets, computer-aided equipment, and precision software becoming industry standards. By learning through AR and VR simulations, students not only gain technical skills but also build comfort with digital tools. This familiarity prepares them to excel in future workplaces, where technology plays a central role.

Soldamatic Augmented Training for Welding

Do you know that Seabery offers an AR-based solution that blends virtual and real elements? As the industrial welding field advances, Seabery continuously enhances its training solutions. The welding solution also called Soldamatic enables realistic welding practices that mimic real-world procedures. 

This welding simulator offers tailored training exercises designed to address the needs of diverse learners, thanks to Augmented Reality. Additionally, with the e-learning platform, instructors can remotely monitor student progress, analyze performance, and provide tailored feedback.

As a summary, Seabery’s commitment is to attract the new generations by generating training programs to prepare the skilled workforce that allow covering the necessities of the industrial sector.