@cfsei_steel updated 9 steel framing Tech Notes on Oct 15: headers, shear wall end posts, construction bracing.
Studs carry load. Stability is a path. S1GULARIS traces it per project: bracing, diaphragm, connections, foundations.
https://t.co/b8IkxnRvwm
#SteelFraming#LSF
Shimizu will simulate @NobleMachines humanoids on its BIM/CIM data this year, then test them on real sites next spring.
At S1GULARIS, I see two future readers for every model: the crew and the machine. Only one forgives vagueness.
https://t.co/CuEvsG2YDQ
#Robotics#BIM
Nunavut's first modular home factory, Inuit-owned, @NGen_Canada-backed, builds year-round for the Arctic.
Factories buy time. Climate is solved in design: S1GULARIS plans ventilation, heating and summer comfort with the envelope.
https://t.co/khVqO5JA80
#Modular#BuildingScience
Only 28% of US AEC firms run AI in production, per @Bluebeam. Those that did credit integration with existing tools first (47%).
AI won't fix disconnected drawings. S1GULARIS coordinates plans and studies upfront, in one BlackPrint file.
https://t.co/OhGCBiQgXw
#AI#AEC
@USFrameFactory opened a light-gauge steel line in Guyana (Oct 14), with components planned for 10,000 homes.
Studs scale fast. Junctions decide. S1GULARIS designs the slab capillary break, outer insulation and sealed openings first.
https://t.co/zqUI0FE2Cc
#SteelFraming#DfMA
@BlueprintsAi V2 drafts structural and MEP sheets from a sketch. A licensed pro still signs.
Drafting gets cheap. Checking doesn't. S1GULARIS resolves steel spans, sections and assemblies upstream, so review checks a system, not a sketch.
https://t.co/HGDVDc0Oh0
#AI#AEC#DfMA
Maryland (Oct 1): statewide pre-approved modular home plans.
Pre-approval fixes the building, not the site. S1GULARIS A1 homes start pre-engineered; soil and local rules are studied per project.
Image: LSF principle model.
https://t.co/rzgO63t8Bz
@GovWesMoore#Modular#DfMA
CSA Z251:26: Canada’s first design standard for volumetric modular. Tolerances, transport and interfaces fixed in the design rules.
S1GULARIS: building is organizing.
https://t.co/oYTlriCX8b
@CSAGroup#ModularConstruction#DfMA#Architecture
ISARC 2026 (IBRC): robotized builds need BIM to FIM to REM. Product data must refine until robots can act.
S1GULARIS coordinates plans so fabrication, tolerances and interfaces are fixed upstream.
https://t.co/chwHX56O4K
#Robotics#DfMA#BIM
@physical_int Pi API beta (Oct 13): upload robot data, fine-tune π models, run hosted inference.
Robots need repeatable, fabrication-ready geometry. That is what makes autonomy useful on a build.
https://t.co/rXw6MhLHtl
#Robotics#DfMA#PhysicalAI
@Samsung AI Modular Home (Oct 14): appliances preinstalled at the module factory; heat pump, solar and ESS run as one system.
Energy is design, not retrofit. S1GULARIS plans solar and EV charging from the first drawings.
https://t.co/628Mj4JfGI
#ModularConstruction#DfMA
@MikeyAbban Agreed: a twin is a data asset with provenance and tolerance, not a pretty 3D file. Without versioned engineering, it cannot support fabrication.
@GeorgeRoush Permitting and fees kill more industrialized housing than the robots do. Factory throughput is useless if each AHJ reinvents the approval path.