Josefine Lissner

Love what the guys at @DawnAerospace are doing. Impressive achievements so far, and they have epic scenery on their flights over South Island.

This is the largest-ever single-piece #3dprinted rocket thruster. This 200kN rocket engine stands more than 1300mm high and was printed using an @Eplus3dM EP650-1600 metal powder bed fusion printer with an enormous 1600mm build height. @LissnerJosefine at @leap_71 created the #Kerolox engine using the @Noyron_ai large #ComputationalEngineering Model.

We are building @Noyron_ai, our large computational engineering model, which designs functional machines autonomously. We rely on @PicoGK, our compact and robust #opensource geometry kernel. How do design objects like that on #PicoGK - check out my latest book chapter. picogk.org/coding-for-eng…

Just released @PicoGK 1.7.5. new syntax for booleans, and a bunch of other improvements. The new syntax, using math operators, makes the code much more readable voxResult = (vox1 + vox2) - (vox3 + vox4). Discussed in latest book chapter: picogk.org/coding-for-eng…

This new AI can think like an engineer—and it just designed a spaceship engine. f-st.co/Pkvixs2

BRING YOUR IMPOSSIBLE TO THE EMIRATES 🇦🇪

Partnering up with #Astack in Shanghai to bring #ComputationalEngineering to #China - strategic collaboration between 上海集栈科技有限公司 and @leap_71

@CNN interviewed @LissnerJosefine and I after we hot fired the @leap_71 #Computational #AI rocket engine in June. arabic.cnn.com/science-and-he…

It's great to be part of the vibrant tech ecosystem in #Dubai. Moving #engineering in the #UAE to a computational paradigm, allows us to #leapfrog ahead and build some of the most advanced machines here in the #Emirates. @MIITEUAE

Super happy to continuing to work with @DubaiFuture Lab's on the development of #ElectricMotors and other products, using #ComputationalEngineering, based on our open-source geometry kernel, @PicoGK.

Finally can talk about our very first @leap_71 project last year. @LissnerJosefine worked with @DubaiFuture Labs on designing #3dprinted electric motors using our #ComputationalEngineering approach. @greatbigstory just created this great feature on our collaboration.

#PicoGK 1.7 is available on the @leap_71 GitHub: github.com/leap71/PicoGK

We are continuing to build @Noyron_ai, our Large #ComputationalEngineering Model, which allows us to autonomously design complex technical devices without the use of human labor and computer aided design #CAD tools. #Computational #AI

Working on industry interop. Geometries generated in PicoGK, can now be saved to the #CLI file format, that's readable by virtually any industrial 3D printer. No more sending large meshes around.

Thanks to @Wired for the shoutout #Noyron. wired.me/technology/art…

@jelal_ali @mqasem For the first time,the entire logic and shape of the chamber were generated through a computer algorithm that we fed with a lot of engineering knowledge. It takes only a few minutes to create while normally engineer would sit down for weeks and months and construct them manually

@LissnerJosefine @mqasem Congratulations on the success of your prototype, and I have a question: what’s the new character that makes it unique?

أول محرك صواريخ مصمم بالإمارات. صديقي Lin Kayser وزوجته Josefine Lissner طورا برنامجا يصمم محركات صواريخ، وقبل أيام ذهبا إلى بريطانيا لاختباره. نجحت الاختبارات، وكانت فوق المتوقع. تخيلوا أن البرنامج يصمم محرك صواريخ طبق الطلب خلال 15 دقيقة، ثم بالإمكان طباعته خلال أيام.

@arstechnica @linkayser This is the automatic generation sequence of our @Noyron_ai rocket engine in @PicoGK . It was the first fully computational design that was proven to be functional. What a journey, @leap_71 and @linkayser !

Rocket Report: Electron turns 50, China’s Moon launcher breathes fire trib.al/kHuZF9n

@LissnerJosefine @leap_71 Plenty of ports for our #copper #3dprinted injector

So proud of @LissnerJosefine - steely-eyed rocket woman. We just test fired a 5kN kerolox thruster, designed completely in-house at @leap_71 - it performed flawlessly and reached steady state. Kerosene regeneratively cooled and cryogenic liquid oxygen as oxidizer. Koaxial swirl injectors. Generated entirely through #ComputationalEngineering and built on @PicoGK - #nocad