This is absolutely stunning!
A static physics textbook turned into an immersive, interactive 3D learning experience.
You can actually explore the concepts instead of just reading about them.
Imagine if more textbooks were built like this.
CThe SAP Labs Munich Campus is arranged as three staggered volumes around a five-story atrium, where a rust-red spiral staircase links research and office spaces with public areas: hubs.la/Q04Cfz1P0
📍 Garching, Germany
Project by: SCOPE Architekten
Photos by: Zooey Braun
Love this! I wish I had this back in school.
I always wondered how a drone actually stays in the air, so I asked Claude to build me one I could take apart.
How it works:
> Claude Code built the whole drone from one prompt, part by part, with the free anatomy skill.
> It worked out the spin itself: 2 props clockwise, 2 counter-clockwise, so the twist cancels out.
> Headless Chrome checked every frame, and the props blur into discs once they spin too fast to see.
> Claude even wrote the soundtrack in code, the motor whirr rising with the prop speed.
Full build and a playground in the article 👇
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Every stake is a measured position, not a guess.
Construction layout in Port Dover, ON: robotic total station + GNSS, stakes set from the approved plans before the dig moves on.
Geo Vision Surveying Inc
geovisionsurveying.com/construction-s…
519-410-3981
#ConstructionLayout
Revit 2018.2 now enables an intelligent connection between schematics created in Plant 3D and #Revit. Access the P&ID project files via BIM 360 Team & Collaboration for Revit, and use the P&ID modeler in Revit to view the schematics & make changes to pipelines for an MEP system.
AI CAN ALREADY DO THE MEP FOR A WHOLE HOUSE. LOOK AT THIS!
The task was a two-story villa with heating and cooling, plumbing, fire sprinklers and lighting, all to US code and shown the way you'd model it in Revit. Claude Opus 5.5 placed the equipment, routed and sized the ducts, ran the pipes and checked everything against the structure. In the end that's 286 ft of duct, 1,006 ft of water lines and 20 sprinkler heads.
What gets me is that it knows the actual workflow and why things go where they go. When the check found a duct going through a beam, it fixed it the way an engineer would, dropping the duct into a soffit under the beam.
It's a Revit-style scene built from scratch, not a real Revit file, and no engineer stamped it. But the tools and the order are the real ones, so you can follow the same workflow in actual Revit. A year ago AI couldn't get close to this.
MEP folks, what would you flag first?
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