Optimise Safety in Mining: Advanced Training for HEMM and Work at Height

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Use Case Description

Utilising virtual reality (VR) technology in the mining and mine development operations (MDO) sector, advanced training modules are developed aimed at tackling critical challenges in Heavy Earth Moving Machinery (HEMM) operations and Work at Height safety procedures. They are designed to enhance operational safety and efficiency across various mining environments.

Case Study: Optimise Safety in Mining: Advanced Training for HEMM and Work at Height 

Challenges 

Need for Specialized VR Training Modules: The client required the development of Virtual Reality (VR) training modules specifically for Heavy Earth Moving Machinery (HEMM) operations and Work at Height safety procedures. 

 Complex Scenario Authoring: Creating interactive 3D scenarios that accurately reflect real-world operations for operators was a critical challenge. 

 Cross-Departmental VR Ecosystem: Establishing a comprehensive VR ecosystem that could be used across various departments and locations, ensuring consistent training and processes, was essential. 

Scalability and Accessibility: Ensuring that the VR training modules could be easily deployed across multiple sites with efficient maintenance and high accessibility was a priority. 

Solution 

Cloud Deployment for Scalability: 

• Recommended a private cloud deployment to provide scalable access across multiple sites and devices, enabling centralized maintenance and upgrades. 

• Ensured 24/7 server accessibility with a 99.99% uptime to support uninterrupted operations. 

Collaborative Storyboarding and Content Development: 

• Engaged business teams to develop detailed storyboards that outlined narratives and expected outcomes for VR training. 

• Collaborated with the client to share diverse content formats (images, videos, audios, 3D materials) to expedite VR content creation and allow for easy post-deployment modifications. 

Seamless IT Support and Connectivity: 

• Allocated dedicated IT support from the client’s team to address connectivity, hardware, and software issues, ensuring smooth operation of the VR ecosystem. 
• Enabled remote access to the server infrastructure via VPN for quick troubleshooting and efficient maintenance. 

Results and Benefits

Enhanced Training Effectiveness: The VR training modules significantly improved the quality and effectiveness of operator training for HEMM and Work at Height safety procedures. 

Scalability and Efficiency: The private cloud deployment ensured scalable and efficient delivery of training across multiple locations, with streamlined maintenance and support. 

Improved Operational Excellence: The collaborative and innovative approach by Network Science led to the creation of a robust VR ecosystem, enhancing the overall training process and operational workflow. 

Continuous Improvement: The ease of content updates and modifications allowed for ongoing enhancements, ensuring the VR training modules remained up-to-date with industry standards and client needs. 

This case study highlights the transformative potential of VR technology in training within the mining sector, demonstrating significant improvements in both safety and operational efficiency.