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You love developing products which perform at the highest level. We love creating technologies that help you achieve your goals. This relentless passion defines everything we do. It is the way we treat our business partners, the care we put into our products, and the mindset we share as a team. It is what we call the Dive Experience.
We believe that engineers should be able to focus on delivering great products. Our mission is to get rid of all unnecessary distractions and limitations within that development process. Therefore, we are committed to providing the leading browser-based engineering environment that allows product design teams to setup, compute, analyze, and share design studies hassle-free. All you need is a browser. We take care of everything else. No installation, no maintenance – just engineering.
Our browser-based simulation software is ready for take-off. 3…2…1…!
We received funding from IBB to increase our particle-based CFD capabilities.
In partnership with Berliner Wasserbetriebe, we analyzed wastewater flows to determine pipe designs.
Cheers! Welcome dive solutions GmbH. Now let’s get serious.
A scientific spin-off called dive.sph began, with the purpose of industrializing research on particle-based simulations.
BSH Hausgeräte GmbH started the research cooperation “simulation laundry care” with partners TU Berlin, Beuth Hochschule and HTW Berlin.
Pierre Sabrowski (physical engineering sciences) and Maik Störmer (industrial engineering) met as interns at the BSH Hausgeräte GmbH. Frustrated by long hours of time-consuming experimental work, they teamed up to research an in-house particle-based simulation tool. Its main purpose was the digitization of laborious physical experiments. Johannes Gutekunst (physical engineering sciences) joined the team to push the code to new heights. After years of intensive research, the team grew beyond its initial field of application and contributed to various publications on different industrial engineering questions. At that time, the addition of Felix Pause (aerospace engineering) completed the founding team and helped the software achieve industrial readiness. It was time to get serious. It was the birth of a company and a friendship that today carries the name dive solutions.
Together with the chair of scientific computing for systems biology of Prof. Dr. sc. techn. Ivo Sbalzarini new numerical schemes are developed to push meshfree simulation beyond its today’s capabilities. Furthermore, we are validating our gearbox simulation in collaboration with the chair of machine elements of Prof. Dr.-Ing. Berthold Schlecht.
https://tu-dresden.de/
In 2014 our first lines of SPH code were initiated by Prof. Dr.-Ing. Joachim Villwock and Pierre Sabrowski at the laboratory of CAE and simulation. From there it grew from a scientific feasibility study into an industry-ready meshfree software suite that is used in many different fields of application.
https://www.beuth-hochschule.de/
In cooperation with BSH Hausgeräte GmbH and Beuth Hochschule of Applied Sciences Prof. Dr.-Ing. Paul Uwe Thamsen opened the doors to expand the field of industrial SPH application. The experimental expertise of the chair of fluid system dynamics allowed our early stage SPH code to be confronted with and judged by real life engineering challenges.
https://www.tu.berlin/
Cooperating with Microsoft is a key advantage to achieve our product mission. With such a strong partner in cloud enterprise services, we can provide highest IT standards to customers who have already established a trusted business relation with Microsoft.
https://startups.microsoft.com/en-us/
As renowned experts in the field of simulation-driven shape optimization, Friendship Systems supported us after we left our scientific environment to build a crucial understanding of the industrial CAE context.
https://www.friendship-systems.com/
With the Autodesk Technology Impact Program we are able to deliver high quality engineering solutions for product designers around the world. It’s the combination of simulation and design that defines the technical foundation of our toolchains.
https://www.autodesk.de/
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