VR Training uses virtual reality technology to immerse learners in realistic, interactive training scenarios that enhance engagement and retention. It’s a more effective alternative to traditional methods like classroom training or online courses.

How do I implement VR Training in my organization?

Roundtable Learning works with your team to assess your training needs, design a VR training solution, and integrate it into your existing systems. We handle all aspects, from content creation to deployment.

Is VR Training suitable for all industries?

Yes, you can tailor VR training to fit healthcare, manufacturing, retail, and corporate operations. We design experiences for the specific challenges of each sector.

Can I track learner performance in VR Training?

Yes, our Mercury XRS platform provides detailed analytics on learner performance, allowing you to measure progress, identify areas for improvement, and track the effectiveness of your training program.

VR for Engineering: Hands-On Technical Mastery

Accelerate engineer ramp-up times and preserve tribal knowledge with high-fidelity VR engineering training.

Bridge the Gap Between Theory and Application

Engineering training faces a critical bottleneck: access to equipment. You cannot afford to take a locomotive or a high-voltage system offline just for training. VR for engineering solves this by creating exact digital replicas of your most complex systems. Roundtable Learning helps you capture the expertise of retiring senior engineers and transfer it to the next generation through virtual reality training for engineering. Reduce travel costs, eliminate the risk of expensive mistakes, and ensure your engineers are billable months sooner.

6-12 Months

reduced ramp-up time for new engineers

100%

knowledge capture from retiring experts

Zero

travel costs required for remote technical training

$500K

risk eliminated by practicing on virtual equipment vs. real assets

Trusted by Leaders:

Capture Tribal Knowledge Before It Retires.

Don’t let expertise walk out the door. Digitize it with AR for engineering.

Trusted by Industry Leaders

"I wanted to take a moment to express our sincere appreciation for the team's visit to our property... They remained fully engaged throughout the discussions and demonstrated a clear understanding of the importance of the details we reviewed. We are truly grateful to have them involved in the development of this project and couldn’t be more pleased with the partnership."

Caleb Skinner

Manager of Locomotive Mechanical Training at BNSF

Why Virtual Reality for Engineering?

VR engineering training overcomes the logistical nightmares of technical development. Here is how it impacts your operations:

Overcome Equipment Access Limitations

Engineers often wait weeks for specific systems to become available for training. In VR, the equipment is available 24/7. They can strip down an engine or wire a panel anytime, anywhere.

Accelerate Ramp-Up Time

It often takes 6-12 months for new engineers to be billable/productive. VR for engineering provides unlimited “reps,” allowing juniors to gain years of experience in weeks.

Eliminate Expensive Mistakes

A junior engineer who misdiagnoses a problem or breaks a system during training can cost thousands of dollars. In VR, mistakes are free learning opportunities that don’t extend service calls.

Reduce Travel Costs

Flying engineers to training sites or customer locations is expensive. Deploy augmented reality for engineering or VR headsets to field locations for remote upskilling.

Explore Engineering Use Cases

Virtual Reality CNC Operator Training

Superior Beverage Blended Learning Warehouse Program

Sally Beauty Gamified eLearning

AmerisourceBergen’s Customer Service eLearning: Customer Support Training for Empathy

How We Build Your Engineering Solution

01

Knowledge Transfer

We interview your SMEs to capture “tribal knowledge” before they retire.

02

Digital Twin Creation

We model your equipment down to the bolt and wire.

03

Haptic Integration

(Optional) Add haptic gloves for realistic tactile feedback.

04

Scenario Building

Create fault-finding and repair scenarios.

05

Deployment

Roll out to field engineers via portable headsets.

Common Applications for AR and VR in Engineering

Electrical Maintenance & Repair

Trace circuits and replace components safely.

Mechanical Maintenance

Disassemble and reassemble complex machinery.

Foreman Engineering Training

Leadership and decision-making for site managers.

Air Brake Systems Repair

Specialized, high-fidelity repair simulations.

Remote Assistance

Use AR for engineering to connect field techs with office experts.

Why Choose Roundtable Learning?

At Roundtable Learning, we don’t just offer VR solutions for Engineering. We work with you to create a complete learning strategy that matches your business goals. Here’s what sets us apart:

Technical Accuracy

We obsess over the details. If the real bolt turns left, the virtual one does too.

Haptic Experts

We are pioneers in the use of haptic gloves for VR engineering training.

Long-Term Partners

We help you maintain and update your content as equipment specs change.

FAQ's

Can VR really teach fine motor skills for engineering?

Yes. When combined with haptic technology, VR for engineering can simulate the resistance and touch required for delicate tasks, though it is most effective for procedural memory.

How do you handle updating the training when our equipment changes?

Since you own your content, we can update the digital assets quickly without rebuilding the entire training program.

Is this suitable for electrical safety?

Absolutely. It is the safest way to train on high-voltage systems (Arc Flash safety) without exposing the learner to physical danger.

What is the difference between AR and VR for engineering?

VR is for learning how to fix the machine (simulation). Augmented reality for engineering helps you fix it while you look at it (overlay/support).