Introduction

The integration of Augmented Reality (AR) into Facility Maintenance is revolutionizing how professionals interact with their built environments. This 5-day training program is designed to equip participants with the skills and knowledge to leverage AR technologies for enhanced operational efficiency, improved maintenance processes, and real-time problem-solving. This modern course addresses current challenges in facility management while preparing participants to embrace future innovations in AR applications.

Objectives

By the end of this training course, participants will:

1. Understand the fundamentals of AR technology and its applications in facility maintenance.
2. Learn to implement AR solutions for real-time troubleshooting and diagnostics.
3. Develop proficiency in AR platforms, tools, and wearable devices for maintenance tasks.
4. Explore AR’s role in improving safety, efficiency, and training within facilities.
5. Design and execute a strategy for adopting AR in their maintenance operations.

Who Should Attend?

This course is ideal for:

• Facility Managers and Maintenance Supervisors
• Operations and Building Management Professionals
• Technicians and Engineers working in building maintenance
• IT Specialists focused on emerging technologies in facilities
• Safety Officers and Trainers looking to enhance skills development
• Professionals seeking to integrate AR into maintenance strategies

Course Outline

Day 1: Foundations of Augmented Reality in Facility Maintenance

• Session 1: Introduction to Augmented Reality
  • Understanding AR technology: hardware, software, and use cases
  • Differentiating AR from VR (Virtual Reality) and MR (Mixed Reality)
• Session 2: AR in the Facility Management Landscape
  • Applications of AR in building systems, maintenance, and training
  • Benefits and challenges of AR adoption in facilities
• Session 3: Case Studies: AR-Enabled Facilities Maintenance

Day 2: AR Tools and Technologies

• Session 1: Exploring AR Hardware and Wearables
  • Smart glasses, AR headsets, and mobile devices
  • Evaluating AR platforms and tools for maintenance
• Session 2: AR Software for Maintenance Management
  • Digital twin technology and AR overlays for real-time diagnostics
  • Integration of AR with CMMS (Computerized Maintenance Management Systems)
• Session 3: Workshop: Hands-On Experience with AR Devices

Day 3: AR for Real-Time Maintenance and Diagnostics

• Session 1: Interactive Troubleshooting with AR
  • Using AR to identify and resolve equipment malfunctions
  • Remote support and collaboration with AR-assisted tools
• Session 2: Safety and Compliance Enhancements via AR
  • AR for hazard identification and safety protocol visualization
  • Ensuring regulatory compliance using AR overlays
• Session 3: Workshop: Creating AR-Assisted Maintenance Scenarios

Day 4: AR-Driven Training and Knowledge Transfer

• Session 1: AR for Maintenance Training Programs
  • Creating immersive, hands-on training experiences
  • Reducing skill gaps through AR-based knowledge transfer
• Session 2: Designing AR-Based SOPs (Standard Operating Procedures)
  • Building AR-guided workflows for routine and complex tasks
  • Best practices for implementing AR SOPs in facilities
• Session 3: Workshop: Developing AR Training Modules

Day 5: Strategic Implementation and Future Trends

• Session 1: Developing an AR Integration Roadmap
  • Steps for introducing AR into facility maintenance workflows
  • Overcoming challenges in AR adoption and scaling solutions
• Session 2: Future Innovations in AR for Facility Management
  • Emerging trends such as AR-powered robotics and AI integration
  • Preparing for long-term advancements in AR technologies
• Session 3: Capstone Project
  • Participants create an AR implementation plan tailored to their facilities
  • Presentations and collaborative feedback

Training Methods

• Interactive lectures and live demonstrations
• Hands-on workshops with AR devices and platforms
• Real-world case studies and group discussions
• Design and execution of AR-enabled maintenance scenarios
• Final capstone project with participant feedback