What problem does it solve?
Architects often face high-stakes structural system decisions early in the design process that impact cost, construction speed, sustainability, and spatial flexibility, but lack quick access to consolidated, domain-specific guidance to make informed choices without immediate structural engineering input.
Core Features & Use Cases
- Comprehensive Structural Typology Guidance: Covers 8+ structural system types (load-bearing masonry, reinforced concrete, steel, mass timber, precast, hybrid systems) with span ranges, cost estimates, embodied carbon data, and exemplar buildings.
- Grid and Spatial Planning Support: Provides standard grid spacing tables for all common building types, podium-tower transition strategies, and column-free span requirements to align structural layout with architectural intent.
- Lateral Stability and Foundation Reference: Includes detailed guidance on shear walls, braced frames, moment frames, core structures, and foundation types with planning impacts and suitability criteria.
- Span-to-Depth Ratio Tools: Offers rules of thumb and reference tables to estimate structural depths and floor-to-floor heights at concept stage, avoiding costly redesigns later.
- Use Case Example: Use this skill during early schematic design to evaluate whether a mass timber or composite steel-concrete system is better suited for a 10-storey mixed-use residential and office project, factoring in sustainability targets and construction programme constraints.
Quick Start
Use this skill to get recommendations for structural system selection, grid design, and lateral stability options for your 8-storey student housing project, including span-to-depth ratio estimates and embodied carbon comparisons.
