Have you ever wondered where all these contact-tracing and social-distancing solutions came from? It’s not like they were developed and ready to roll out – the use of technology to support back-to-work strategies is unprecedented in history. Unprecedented and unpredicted: up until March we’d barely thought about shutting down; up until April we’d never considered what it would mean to open back up, and here we are in May with a veritable smorgasbord of
INTRODUCTION In this series of Blogs, I explain how using digital process twins can revolutionize MRO efficiency. I discuss how the concept of the Digital Process Twin, having been perfected in assembly plants across aerospace and automotive manufacturing, is now being applied to MRO operations. The Internet of Things is a much-discussed topic, but people aren’t things, and nobody sells “smart, connected wing stands” so how do IoT concepts apply to MRO hangar
As discussed in the previous Blog, the Digital Process Twin is what we are creating in the MRO environment and to do this we need to understand how all the key pillars of MRO interact with one another to help define and monitor the process.
In this Blog I want to establish what is meant by the term ‘digital twin’ and how it applies to the MRO environment. The term can lead to confusion since there are many examples of digital twins which mirror multiple kinds of real-world objects.
I start by highlighting the missing element of many IoT implementations: the context of asset location and movement. Having highlighted the value of that additional context, I will apply that to MRO operations to understand the benefits in planning, the ability to react to issues, and consequently reduced turnaround time.