🧠 General Introduction

Industrial maintenance is undergoing a major transformation with the integration of Augmented Reality (AR) technologies, which are becoming essential tools for supporting field technicians.

AR applications allow real-time display of technical information directly on equipment, enabling technicians to perform maintenance tasks with greater accuracy and speed—without relying on traditional manuals or documentation.

These technologies reduce errors, enhance safety, and save time by providing interactive 3D guidance and seamless integration with digital maintenance systems.

AR is now used in complex equipment servicing, remote assistance, technician training, and process documentation, making it a strategic solution for organizations aiming to improve operational efficiency and reduce costs.

This workshop is designed to equip participants with the knowledge and skills to understand how AR works, design custom AR maintenance applications, and deploy them effectively in field environments.

It includes hands-on exercises, case studies, and practical models that help participants turn theoretical knowledge into real-world solutions. By the end of the workshop, attendees will be able to lead digital transformation initiatives in maintenance using AR technologies with confidence and innovation.

🎯 Target Audience

• Maintenance and operations engineers
• Field technical support teams
• Digital transformation and smart technology managers
• AR application developers
• Industrial performance consultants
• Academics and researchers in AR technologies

🎯 Expected Outcomes

• Understand the fundamentals of AR and its applications in maintenance
• Design and develop interactive AR content for equipment
• Integrate AR applications with operational and maintenance systems
• Improve technician efficiency and reduce downtime
• Support remote training and guidance using AR

🧪 Scientific Topics

Theme 1: Introduction to AR in Industry

Session 1: AR Concepts and Technologies

• Differences between AR, VR, and MR
• Components of AR systems
• Industrial use cases

Session 2: AR Applications in Field Maintenance

• Interactive instruction overlays
• Remote guidance and support
• Enhancing technical decision-making

Theme 2: Designing AR Content

Session 1: AR Development Tools

• Platforms (Unity, Vuforia, WebAR)
• 3D models and technical data
• Interactive user interface design

Session 2: Building Maintenance Scenarios

• Defining maintenance steps
• Integrating multimedia elements
• Testing content in virtual environments

Theme 3: Integration with Operational Systems

Session 1: Linking AR with Maintenance Platforms

• Integration with CMMS and ERP systems
• Using QR codes and RFID tags
• Automated data updates

Session 2: Data Management and Documentation

• Recording field operations
• Performance analytics
• Database storage and retrieval

Theme 4: AR for Operations and Training

Session 1: Supporting Field Technicians

• Displaying instructions directly on equipment
• Reducing reliance on paper manuals
• Improving fault response time

Session 2: Interactive Technical Training

• Simulating faults and repairs
• Evaluating trainee performance
• Building customized training programs

Theme 5: Challenges and Sustainability

Session 1: Technical and Implementation Challenges

• Hardware and software limitations
• Resistance to change among technicians
• Cost and resource management

Session 2: Enhancing Operational Sustainability with AR

• Reducing waste and improving efficiency
• Supporting preventive maintenance
• Promoting workplace safety