Multiphysics Engineering Simulation in the Cloud

whitePaper | May 31, 2021

he digital planning, which can now be found in architecture and design offices, at general contractors or via prefabrication, bricklaying robots and GPS-based excavators already on the building site, is characterized by Building Information Modeling (BIM). Yet, BIM is only really an efficient and commercial option if it is paired with the integrated working method.

whitePaper | May 28, 2021

Reliable subcontractors who can deliver work on time are vital for keeping any project on budget and on schedule. And choosing the wrong subcontractor introduces risk to your project that grows exponentially as time goes on. It’s clear that picking the right subcontractor is one of the most important jobs a head contractor does, but it’s also one of the most difficult. Slow, manual processes can impede your ability to find the right subcontractors, choose the best tender, and effectively communicate with your subcontractors when the project starts.

whitePaper | January 1, 2022

This paper addresses the current hindrances that civil engineers are facing in the architecture, engineering and construction industry today, and gives insightful tips to help overcome them. Topics covered include repurposing content and collaboration, keeping industry standards in the forefront of one’s mind, and increasing design iterations through online simulation

whitePaper | February 24, 2022

Cloud-native engineering empowers organizations to design and develop scalable, agile, cost-effective applications and run them in dynamic environments such as on-premises or in public, private, or hybrid clouds. A cloud-native application consists of microservices working together in an application that can be scaled easily. These microservices are often packaged in code along with libraries and dependencies to run anywhere. In a cloud-native app, the application code is designed, built, and delivered very differently than it would be for conventional, monolithic apps. Cloud-native engineering enables loosely coupled systems that are resilient, manageable, and observable to be combined with robust automation, allowing engineers to make changes frequently.

whitePaper | July 8, 2022

Engineering and R&D (Research & Development) activities have been at the core of the industrial revolution. It has helped individuals prosper by making laborious tasks easier and hassle-free. From making mobility efficient, driving speed and efficiency, and performing complicated tasks, among others — Engineering has significantly transformed the Manufacturing, Hi-Tech, and Services-led verticals, over the last 2 centuries. Furthermore, since the onset of the pandemic, a chasm has opened across various verticals, particularly for digital-heavy ones like the Software & Internet. To stay ahead in the game, enterprises across the globe are reassessing their business strategy for the future. Today, they have one common goal in mind — taking control of end-to-end engineering.

whitePaper | December 13, 2019

Today's automotive Original Equipment Manufacturers are in a race to satisfy consumer demand for an expansive and rapidly evolving array of digitally reliant vehicle capabilities, functionalities, and features. The dependence of these offerings on automotive electronic architectures has drastically altered the relationship between development organizations and vehicle software and silicon.