Training for tomorrow: Mastering manufacturing skills with immersive technology 

Illustration of Using AR and VR for training, maintenance, and design visualization in industrial environments. Ai Generate.

With XR training, workers can practise on virtual equipment to upskill in a risk-free environment. Mike Peeler explains 

The comfort of tradition can be a hurdle for innovation in manufacturing. Legacy systems, while reliable, can create a reluctance to embrace new training approaches like immersive technologies. Enterprise leaders are concerned about potential production downtime during installation and employee training on these new systems. 

XR training allows for continuous training without sacrificing production 

However, the initial discomfort of adopting new training methods should not overshadow the historical evidence: embracing technological advancements often leads to explosive growth. The Industrial Revolution, for instance, required upfront investment, but its impact on productivity and innovation was undeniable.  

Manufacturers can overcome the operational risks while maintaining legacy systems through Extended Reality (XR) training. This immersive approach empowers the workforce to gain proficiency in existing equipment operations while simultaneously acquiring the skills necessary to utilise new advancements.  

In the following sections, we will explore XR technology, its applications in effective worker training, and the tangible benefits it brings to the factory floor. 

Demystifying immersive reality 

Beyond traditional textbooks and classroom lectures lies an advanced method of XR training. This umbrella term encompasses Virtual Reality (VR), Augmented Reality (AR), and Mixed Reality (MR), creating immersive simulations that mimic real-world factory environments. Trainees can learn and engage in virtual equipment, working with intricate wiring and complex panels, gaining unparalleled experience in a safe, risk-free environment. 

Unlike passive learning methods, immersive reality fosters active engagement, leading to a much deeper and faster understanding of complex concepts. This is particularly valuable in the manufacturing industry, where high demand often clashes with limited resources.  

Consider an automobile factory – maximising output is crucial. Using an assembly line to conduct training or waiting for a line to break down is disruptive, costly and inefficient for the trainees and the business. XR training eliminates this roadblock, allowing for continuous training without sacrificing production. 

In digital training environments, trainees hone their skills on virtual replicas, receiving personalised, interactive learning without ever stepping away from their workstations. This eliminates the need to take crucial production lines offline, maximising both employee training and overall factory output. 

Additionally, manufacturing thrives on a foundation of safety. XR training provides zero-risk environments for workers to experiment with and learn from mistakes. There are no real-world consequences for these simulated missteps, yet the learning is real. This fosters greater confidence, and skills can advance at an accelerated pace, leading to a safer and more productive workforce. 

Upskilling manufacturers with XR 

Unlocking the full potential of virtual training in manufacturing hinges on a fundamental shift in mindset. Companies that embrace this new era of worker education are well-positioned to reap significant benefits. A crucial element for a smooth and successful transition is the intuitive design of the training platform.  

Trainees utilise user-friendly headsets and intuitive controllers to navigate realistic digital simulations. This eliminates the burden of deciphering complex instructions. The immersive environment itself becomes the primary training tool. Through seamless interactions with the environment, users efficiently learn essential procedures and master equipment controls. 

XR training also offers flexibility for various learning styles. Instructors can guide individuals or teams through the virtual environment, either in the same room or collaborating remotely across continents. Users can practise independently within the immersive environment, and modules can even be downloaded for self-paced learning at home, empowering workers to learn at their own pace and convenience. 

Empowering innovation through XR training 

Virtual training is not about replicating traditional methods in a digital space. It offers a transformative leap forward. Training times shrink dramatically, freeing up valuable resources. The cost burden associated with traditional on-site training – from travel and accommodation, to classroom setup vanishes. 

Beyond the time-saving benefits, virtual training unlocks a whole new level of efficiency. Resources previously consumed by instructor-led sessions are freed up, allowing for further innovation and growth. This personalised approach also caters to individual need, allowing faster learners to progress at their own pace, while instructors tailor the training journey based on real-time data from the virtual environment. Instructors transition from information delivery and into the role of personalised learning facilitators. 

Manufacturing is on the cusp of a revolution, fuelled by training technology. By leveraging advanced immersive learning, such as XR, enterprises will foster a dynamic and engaging experience, propelling the workforce to new heights of skill and engagement. This results in a safer, more efficient manufacturing industry, driven by a team of highly skilled and motivated employees. 


Mike Peeler is Director of Communications at Mass Virtual 

Mike Peeler

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