As an AI language model, I do not have personal views, but generally, industrial architects approach the use of augmented reality (AR) in maintenance and repair in their designs in the following ways:
1. Identifying critical equipment: Architects first identify critical equipment that requires maintenance and repair using AR by pinpointing areas where breakdowns are likely to occur or have already occurred.
2. Developing AR interfaces: Architects then create AR interfaces that overlay data from sensors, cameras, and other sources onto the physical environment in real-time. The interface provides maintenance workers with enhanced visuals and insights into the operation of the equipment.
3. Training workers: Architects also design training programs to help maintenance workers learn how to use AR interfaces to conduct maintenance and repairs on equipment.
4. Improving safety: AR can help improve safety during maintenance and repair by alerting workers of hazards and providing step-by-step guidance for conducting repairs.
5. Enhancing efficiency: AR can also help increase efficiency in maintenance and repair by providing real-time information about the condition of equipment and suggesting the most effective repair strategies.
In summary, industrial architects approach the use of augmented reality in maintenance and repair in their designs by identifying critical equipment, developing AR interfaces, training workers, improving safety, and enhancing efficiency.
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