Accelerate your digital transformation with an organization-wide simulation backbone in the cloud. Rather than confining simulation to a late-stage, point solution, SimScale’s computational engineering merges AI, simulation-driven design, cloud scalability, and unified data to unlock next-generation engineering workflows, empowering your teams to deliver unprecedented business performance and engineering efficiency across all product lifecycle phases.
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Digital transformation is the holistic process of embedding advanced digital technologies across an organization to fundamentally rethink operations and customer engagement. It aims to reshape core business models and foster a collaborative, experimental mindset that drives both efficiency and innovation.
By leveraging modern practices and a hybrid cloud infrastructure, businesses gain an end-to-end view of their processes, optimize key performance indicators, and stay ahead of market shifts. This enables everything from faster product launches to more personalized customer experiences, ultimately strengthening brand loyalty and bottom-line growth.
Computational engineering is the enterprise-wide integration of advanced simulation-driven design, high-performance computing (HPC), and AI-driven analytics into the product development process, unlocking next-generation engineering workflows and optimizing product lifecycles.
Computational engineering is a specialized pillar within an enterprise’s digital transformation that can enable ‘hardware iteration at software speed,’ bridging the gap between digital prototypes and real-world products with greater agility. Companies that embrace computational engineering will gain unparalleled speed, agility, and innovative engineering potential. This enables them to reduce costs, boost time-to-market, meet customer demand, and outpace competitors.
Scalable digital transformation requires cross-departmental collaboration and firm C-suite alignment. Establishing enterprise-wide transformation and embedding computational engineering at the heart of product and process innovation are key to staying competitive.
Your digital transformation strategy should include these five core elements:
Modern enterprises seeking to accelerate product innovation and increase engineering efficiency should focus on five key pillars of computational engineering:
´Thornton Tomasetti’s API-enabled success story shows digital transformation in action using SimScale’s API capabilities to unlock unlimited potential.
“The digital wind tunnel app created by the CORE Studio Group is a CFD app using wind simulations for urban developments and looking particularly at PWC, structural wind loading, facade pressures, and integrating these analysis types into our digital design workflows. The app is really for the larger pool of engineers who might not be CFD experts but can run a quick simulation without leaving the rhino design environment.”
“To get the same results with a physical test, it would take us months and would cost anywhere from $7k to $15k, even for this project, which is very small in scope. With SimScale, we could just run a virtual test at the office which took only 18 minutes.”
“The application of CFD with SimScale allowed Cincinnati Test Systems to save around $10,000 for each one of the 4 design iterations, besides the savings in re-manufacturing costs.”
“Thanks to the platform’s ease of use, the professional support of SimScale engineers, and the perfect communication with them, we were able to efficiently perform simulations and sort out our design problems. It’s hard to imagine how much physical prototyping time and measures we saved thanks to virtual prototyping.”
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