Project Planning guide for owners and Project Teams

whitePaper | December 30, 2021

Many argue tha the major driver to better manage this complexity is the engineering paradigm of Industry 4.0. To succeed in this new age, engineers must look for solutions to adapt engineering to a more dynamic world. This white paper introduces a solution to address the engineering challenges of the modern-day industrial revolution.

whitePaper | February 4, 2020

The outlook for the construction industry in 2020 looks promising, with a recent survey undertaken by the Associated General Contractors of America clearly pointing to widespread positive sentiment across the market. With over 680,000 employers and 7,000,000 employees building over $1.3 trillion in structures each year, the industry continues to play an important role in the US economy.

whitePaper | November 1, 2019

When people decide to pursue a career in mechanical engineering or industrial design, they’re thinking mostly about creating cool and innovative products - not spending endless hours managing their design files. So it’s not surprising that CAD tools get most of the glory when companies are evaluating software platforms for their product development teams. Data management solutions are usually treated as an afterthought.

whitePaper | June 9, 2022

The built environment needs continuous adaptation to global population changes, the adverse effects of climate change, and evolving occupant requirements. To meet these evolving challenges, architects and engineers require access to highfidelity design simulation tools to accurately predict complex behavior in buildings and cities. SimScale enables architects and engineers to integrate physics-based simulation into their entire design workflow starting from the earliest stages where critical design decisions are made. Rapid assessments of the microclimate impacts on design for example, are now possible using the simple and intuitive workflow in SimScale

whitePaper | July 27, 2022

We have long recognized digital as a major driving force in our industry to increase efficiency and productivity. The energy transition has brought new meaning to digital, making it a game-changer in promoting the structural change needed to accelerate the shift to a low-carbon future. Digitalize to decarbonize has become an imperative, powered by accurate, objective, and accessible data. At Technip Energies, energy transition is our business. Therefore we are fully invested in harnessing the power of digital in this journey. With a solution-oriented approach that connects data across the entire project life cycle, we make sustainable changes to the way we operate, broaden opportunities, and support new business models.

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