material-selection

Material selection uses an eight-criteria evaluation spanning structural performance, durability, thermal behavior, fire rating, embodied carbon, cost, and aesthetics to identify optimal architectural materials. It outputs recommended palettes and lifecycle notes for concrete, timber, masonry, metals, and composites.

Lifecycle assessment benchmarks guide material decision-making from early design through construction and maintenance. You need lifecycle assessment when balancing long-term durability and embodied carbon targets against structural performance and cost planning for projects like mid-rise offices.

Provide a project goal such as selecting a low-carbon material palette for a 6-story timber building. The skill returns a material strategy with recommended palettes and lifecycle notes, balancing structural performance, embodied carbon, maintenance, and cost.

Yes, material selection applies across concrete, timber, masonry, metals, and composites to inform specification, detailing, and cost planning. It delivers structured, criteria-driven guidance and recommended palettes for each material category.

Material selection evaluates sustainability through embodied carbon and lifecycle assessment benchmarks alongside cost planning. The eight-criteria framework ensures both material performance and environmental impact are assessed together to produce balanced architectural specifications.

The best way to balance structural performance and aesthetics is applying the eight-criteria evaluation framework during material selection. This assesses structural requirements, durability, thermal properties, fire safety, cost, and aesthetics together to generate criteria-driven specification palettes.