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Reference errors corrected
Time: 12min 30sec
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Traditional methods waste designers' valuable time on documentation
AI workflow designed for real engineering logic, solving 'domain expertise' and 'accountability' challenges
Intelligently matches data governance solutions based on your project documents, with a design specification knowledge base covering multiple regions and building types.
RAG Knowledge BaseAutomatically identifies key factors affecting design choices (codes, site, functional requirements), delivering the most relevant design references and solutions.
NLP Parameter ExtractionBuilt-in professional workflows and optimized prompts. Just focus on inputting design conditions and reviewing results, significantly lowering the AI adoption barrier.
Human-AI CollaborationContinuously updated building code knowledge base, auto-annotates referenced codes in designs, alerts on validity, helping you avoid compliance risks.
Real-time Compliance Check4.1 Materials and Selection
All non-load-bearing walls in this project use infill wall systems. Material selection strictly follows the load transfer paths determined by structural calculations, building energy efficiency and acoustic requirements, and complies with thermal performance regulations for hot-summer/cold-winter climate zones.
4.1.1 Exterior Walls
Exterior infill walls use Autoclaved Aerated Concrete (AAC) blocks, strength grade A5.0, dry density grade B06, thermal conductivity λ≤0.13 W/(m·K), fire rating A1;
External insulation system uses rock wool boards (density≥120 kg/m³, thermal conductivity≤0.040 W/(m·K)), thickness per energy calculation 100 mm, fire isolation strips installed at each floor.
4.1.2 Interior Walls
Public areas and equipment room partitions use double-row hollow concrete blocks (MU5.0), void ratio≥35%, mortar strength grade Mb5.0;
All interior partition airborne sound insulation RW ≥45 dB (measured), compliant with "Code for Sound Insulation Design of Civil Buildings" GB 50118-2010 Section 4.2.1.
4.1.3 Wet Area Walls
Bathroom and kitchen partition bases have C25 fine aggregate concrete curbs, height≥ 200 mm; waterproof membrane upturn height: shower area≥1800 mm, wash area≥1200 mm.
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Just fill in key project information, and a complete design specification is generated within 30 minutes. The process includes: filling basic parameters (~5 min), AI auto-generation (~20 min), downloading Word document (instant).
Yes. The output is a standard DWG file, not locked or platform-bound. You can edit it directly with AutoCAD or other CAD software before submission. Our goal is to give you a great starting point, not to replace your professional judgment.
Currently supports architectural, structural, plumbing, and electrical disciplines, applicable to residential, commercial, and mixed-use projects. We generate corresponding chapter structures and content based on your selected discipline and project type.
ArchSpec is specifically optimized for construction design specifications. Key differences: 1) Generates content in standard chapter structure; 2) Built-in building code knowledge base aligned with industry practices; 3) Key parameters (floor area, stories, etc.) remain consistent throughout; 4) Direct DWG file output, no copy-paste formatting needed.
Our system is optimized based on common codes and engineering practices, generating complete, well-structured content. However, each project has unique aspects, so we recommend adjusting and supplementing based on actual project conditions before submission. We provide a high-quality starting point; final professional review remains your responsibility.
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