Engineering smarter with a digital twin

whitePaper | November 1, 2019

The global competitive landscape for manufacturing is squeezing everyone – from the Tier 1 automotive companies to electronics goods manufacturers. It is shortening the required time to market and with little warning. This high-pressure environment requires high productivity from its players resulting in either doing things faster and leaner without compromising quality or giving the game away to a hungrier competitor who is willing to do whatever it takes.

whitePaper | January 1, 2020

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whitePaper | May 20, 2021

Dry kilns are an integral part of manufacturing of wood products – they can also be one of the largest electrical power consumers in a modern sawmill. Dry kilns operating at suboptimal performance can increase drying cycle time, as well as waste thousands of dollars of electricity.

whitePaper | September 22, 2022

The Fourth Industrial Revolution, or Industry 4.0, is here for construction. This new period of innovation and growth will be fueled by applying key learnings from other industries, specifically manufacturing, to construction.

whitePaper | April 11, 2021

Automation in Construction is an international journal for the publication of original research papers. The journal publishes refereed material on all aspects pertaining to the use of Information Technologies in Design, Engineering, Construction Technologies, and Maintenance and Management of Constructed Facilities. The scope of Automation in Construction is broad, encompassing all stages of the construction life cycle from initial planning and design, through construction of the facility, its operation and maintenance, to the eventual dismantling and recycling of buildings and engineering structures.

whitePaper | December 10, 2021

A multiphysics approach to design is of the essence to fully capture the realworld interactions between the physical phenomena at play inside today’s complex products. This means that to develop the best products need to adopt simulation tools capable of handling structural, thermal, and fluid flow behavior with high-fidelity and in a timely manner. Access to CAE simulation tools in the cloud is therefore critical and can offer a competitive advantage, as it enables engineering teams to quickly assess product performance and accelerate design iterations by leveraging its virtually limitless computational power and collaborative nature. Engineers and designers have traditionally been constrained by legacy desktop CAE tools. Neither the computational power available locally, or its associated cost, scale up or down on-demand. N