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David Heiny

Co-Founder & CEO at SimScale

David Heiny is the Co-Founder and CEO of SimScale GmbH, a cloud-based simulation platform that aims to democratize access to engineering simulation tools for engineers and designers worldwide. Heiny has a strong academic background, holding a Bachelor of Science in Mathematics and a Diploma in Mechanical Engineering from the Technical University of Munich, as well as a Master’s degree in Computational Science and Engineering from the Georgia Institute of Technology. He also completed an Honors Degree in Technology Management from the Center for Digital Technology and Management (CDTM) .13

Professional Background

Before founding SimScale in 2012, Heiny worked as a Software Engineer at FluiDyna GmbH from January 2011 to December 2012. His experience in scientific computing and software development during his studies inspired him and his co-founders to create SimScale, leveraging the potential of cloud computing to enhance simulation accessibility .123

Vision for SimScale

Under Heiny's leadership, SimScale has grown significantly, now employing over 100 team members. The company focuses on making complex simulation methods accessible to non-experts, thereby fostering innovation in product development .13 He emphasizes the importance of removing barriers traditionally associated with simulation software, which has historically been limited to specialists due to high costs and technical complexity. By providing an easy-to-use platform, SimScale aims to integrate simulation into the standard toolkit of engineers across various industries .34

Industry Impact

Heiny believes that simulation technology can greatly enhance product design processes by allowing for faster iterations and more detailed insights into product performance. His vision includes making computational fluid dynamics (CFD) simulations more accessible while expanding into other areas of physics .13 He views customer success as a key measure of SimScale's impact, aiming to help companies deliver better products more efficiently .34

In summary, David Heiny is a pivotal figure in the field of engineering simulation, dedicated to transforming how engineers approach product design through innovative cloud-based solutions.

Highlights

Aug 2 · linkedin

More user, data & process management capabilities coming to SimScale!

Over the past months, the number of broad simulation roll-outs we worked on increased a lot. The bottleneck we solve for in most engineering teams is that design decisions are made in the BU while analysis is typically a corporate function.

There are different versions of and many nuances to this organizational design, but at the core it’s always very similar and it makes sense: A traditional desktop simulation stack comes with a lot of complexity (methods development and governance, HPC provisioning, data and IT management, prohibitive licensing etc.) which often leaves no other choice than taming this complexity by centralizing it.

See below for an example of an automotive 6 phase inverter: Traditionally, during NPD or vehicle program work, the BU would request the simulation function to validate several different performance characteristics to ensure a spec conforming design. Some of those sims require significant computational horsepower (e.g. CHT incl. Joule heating, liquid cooling and radiation or Modal-based harmonics).

This causes the ‘simulation lead time’ issue: Program engineers are complaining about long wait times which compromise RFQ response quality or put project milestones at risk. All while the simulation team’s backlog is growing with repetitive simulation tasks instead of developing the new sim methods.

With the required user, data, process & HPC management capabilities integrated, a cloud-native stack allows to deploy these simulations as templates broader while still maintaining central governance. The simulation team proves the method to then publish it along with the standard product development procedures.

The result is not just acceleration of the existing design-simulation loops but also the deeper exploration of the design space, since designs get simulated that previously would have never been sent to the sim team.

We’re incorporating many of the real-world learnings in SimScale’s user, data & process management capabilities. We shipped several improvements to user management last quarter and a major release on process management is upcoming as well.

If you’re wondering how such an approach to templating and deploying simulations looks like, we’d love to show you around!

#cloud #simulation #fea #cfd #thermal #nvh #electromagnetics

Jul 12 · linkedin

“The adoption of SimScale has allowed us to validate our solutions internally with considerable savings in terms of time and costs.” - an excerpt from the latest SimScale success story with GV Filtri in a row of new case studies, all show-casing industrial equipment engineering teams.

Extensive customization, small batches, hazardous field conditions and expensive testing have been long standing challenges in industrial equipment design. More recently, higher expectations for sustainability, energy efficiency and truly global competition added to the mix.

More than ever, teams engineering industrial equipment need to find ways to bring higher performing and more sustainable products to market faster, while not sacrificing quality and lifetime or even risking warranty issues in the field. That drives the need to accelerate engineering velocity, find winning product designs faster and get it the "first time right".

A cloud-native sim stack helps these teams to deploy simulation ‘into the loop’ such that project engineers no longer need to rely solely on centralized teams or external providers; instead, they can virtually validate design decisions and explore alternatives themselves, while simulation experts maintain oversight, method development, and quality control.

If the above sounds interesting, check out Samir Jaber's article on the SimScale blog or the latest customer success story below

#cloud #simulation #fea #cfd #thermal #electromagnetics

Related Questions

What inspired David Heiny to co-found SimScale?
How has David Heiny's background in math and mechanical engineering influenced SimScale's development?
What are the biggest challenges David Heiny sees in the simulation industry?
How does SimScale's cloud-native approach differ from traditional simulation software?
What are David Heiny's future plans for SimScale?
David Heiny
David Heiny, photo 1
David Heiny, photo 2
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Location

Greater Munich Metropolitan Area