My presentation:

As we progressed into the end of 2020, do you have the knowledge and awareness of what are the 25 or even 20 technological trends that will define our organization’s success. A lot of hype has already been generated around “Artificial Intelligence”, “Machine Learning”, “Big Data”, “Autonomous Vehicles”, and “5G”. In this presentation, one of the defining technological trends – “Digital Twinning”, will be discussed. But in today’s context, I would prefer to rename this as “Virtual Twinning” instead. Why “Virtual Twinning”? Firstly, a digital twin is applicable to a product, process or even an eco-system. However, a virtual twin encompasses more than modeling, simulation, information intelligence and collaboration. It brings also biosciences, material sciences and information sciences to project the data from an object into a complete living virtual model that can be fully configured and simulated. Virtual twinning will enable engineers and designers to perform alternations that would be expensive or risky to try out. The basic idea is not new. It is simply using 3D modelling to create a virtual representation of the object. Depending on the field of applications, various multi-disciplinary simulations can be performed. Coupling with exponential increase in computing power, it has led to substantial decrease in cost of designing, solving problems and testing of the virtual object as compared to the physical one. With this it will further empower the designers to be virtually limitless, and the only limitation is one’s imagination and creativity.

Some examples where EMC modelling of the test setup and product will be presented. By combining, science and technology, it makes it possible to make the invisible visible. Through powerful 3D field visualizations and virtual prototyping, locating, understanding and solving the problem was made possible holistically.

Presentation Replay

I am available here to answer your questions.

@LW