What is it about?

Healthcare facilities are very important in ensuring the safety of lives. This means that the facilities management put in place for facilities of such should be effective. However, this study identified shortcomings in healthcare facilities management and proposed a digital twin (DT) approach as a solution. The DT solution was proposed using various scenarios to show its applicability.

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Why is it important?

Buildings and facilities are no longer just structures but part of our lives because we spend more than 70% of our lifetimes inside a building or facility. Additionally, buildings play important role in our lives as they can affect our mood, productivity, health, and safety. Consequently, buildings should integrate systems that ensure that users are not only protected but maintain good health and productivity. The current growth in technology has many potentials that can benefit buildings particularly in the area of facilities management. This work looked at the growing trend in technology particularly using Digital Twin as a way to improve facilities management to ensure productivity, health, and safety. Digital Twin is the representation of a physical model using 3D models, sensors, and other smart technologies to seamlessly represent the physical model thereby providing means to monitor and control the performance of the physical model.

Perspectives

This article is a continuation of other preceding articles on ‘Digital Twin Applications in Healthcare Facilities Management. The article is an in-depth view of developing and validating different scenarios probable to the development of Digital Twin Prototype (in the next-coming article). The in-depth level of the article is also thanks to my co-authors and focus group who ardently played their part to ensure that the research was fruitful.

Obinna Madubuike
University of Florida

Read the Original

This page is a summary of: Scenarios for digital twin deployment in healthcare facilities management, Journal of Facilities Management, April 2023, Emerald,
DOI: 10.1108/jfm-10-2022-0107.
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