Theresa Mark

Sensory-Informed Product Guidance: Neuro-Inclusive Material Selection Tool

Theresa Mark
Sensory-Informed Product Guidance: Neuro-Inclusive Material Selection Tool

This tool was developed through the 2024-2025 research fellowship, Living in a Materials World, as a resource to include material attributes in neuro-inclusive design strategies.

Reference the Sensory Equity: Material Consideration Guide for support in applying this tool to your project.

Read more about neuro-inclusion and material selections HERE.

Read more about the research fellowship HERE.

 

Material Metrics Analyzed:

The average stimuli ranking below is determined by the invariable sensory qualities of a product type. Variables, as noted in the metrics tab below, refer to sensory features that a designer has the option to choose for many products in this type, such as the color or finish.

 

FLOORING

  • VISUAL

    • Variable Color

    • Pattern

    TEXTURE

    • Variable Smooth/Bumpy

    • Hard

    ACOUSTIC

    LIGHT REFLECTANCE

    • Variable by Polish

    TACTILE TEMPERATURE

    • Different than Ambient

  • VISUAL

    • Variable Color

    • Pattern

    TEXTURE

    • Smooth

    • Hard

    ACOUSTIC

    LIGHT REFLECTANCE

    • Variable by Polish

    TACTILE TEMPERATURE

    • Different than Ambient

*Potential stimuli level change with Color and Soft/Rough Surface Quality

  • VISUAL

    • Variable Color

    • Pattern

    TEXTURE

    • Variable Soft/Rough

    • Bumpy

    • Cushioned

    ACOUSTIC

    LIGHT REFLECTANCE

    TACTILE TEMPERATURE

    • Same as Ambient

  • VISUAL

    • Muted Color

    • Solid

    TEXTURE

    • Smooth

    • Hard

    ACOUSTIC

    LIGHT REFLECTANCE

    TACTILE TEMPERATURE

    • Different than Ambient

*Potential stimuli level change with Color, Pattern, and Light Reflectance

  • VISUAL

    • Variable Color

    • Variable Solid/Pattern

    TEXTURE

    • Smooth

    • Cushioned

    ACOUSTIC

    LIGHT REFLECTANCE

    • Variable

    TACTILE TEMPERATURE

    • Same as Ambient

*Potential stimuli level change with Pattern, and Light Reflectance

  • VISUAL

    • Muted Color

    • Variable Solid/Pattern

    TEXTURE

    • Variable Smooth/Bumpy

    • Hard

    ACOUSTIC

    LIGHT REFLECTANCE

    TACTILE TEMPERATURE

    • Same as Ambient

 

WALL FINISHES

  • VISUAL

    • Variable Color

    • Pattern

    TEXTURE

    • Rough

    • Bumpy

    • Hard

    ACOUSTIC

    LIGHT REFLECTANCE

    TACTILE TEMPERATURE

    • Different than Ambient

  • VISUAL

    • Variable Color

    • Pattern

    TEXTURE

    • Smooth

    • Hard

    ACOUSTIC

    LIGHT REFLECTANCE

    • Variable by Polish

    TACTILE TEMPERATURE

    • Different than Ambient

*Potential stimuli level change with Color, Pattern, and Smooth/Bumpy Surface Quality

  • VISUAL

    • Variable Color

    • Variable Solid/Pattern

    TEXTURE

    • Variable Smooth/Bumpy

    • Hard

    ACOUSTIC

    LIGHT REFLECTANCE

    • Variable by Color

    TACTILE TEMPERATURE

    • Same as Ambient

  • VISUAL

    • Variable Color

    • Variable Solid/Pattern

    TEXTURE

    • Smooth

    • Hard

    ACOUSTIC

    LIGHT REFLECTANCE

    • Variable by Finish

    TACTILE TEMPERATURE

    • Different than Ambient

  • VISUAL

    • Variable Color

    • Pattern

    TEXTURE

    • Variable Smooth/Bumpy

    • Hard

    ACOUSTIC

    LIGHT REFLECTANCE

    • Variable by Polish

    TACTILE TEMPERATURE

    • Different than Ambient

  • VISUAL

    • Variable Color

    • Pattern

    TEXTURE

    • Rough

    • Bumpy

    • Hard

    ACOUSTIC

    LIGHT REFLECTANCE

    • Variable by Color

    TACTILE TEMPERATURE

    • Same as Ambient

*Potential stimuli level change with Color, Pattern, Soft/Rough and Cushioned/Hard Surface Quality

  • VISUAL

    • Variable Color

    • Variable Solid/Pattern

    TEXTURE

    • Variable Soft/Rough

    • Bumpy

    • Variable Cushioned/Hard

    ACOUSTIC

    • N/A

    LIGHT REFLECTANCE

    • Variable

    TACTILE TEMPERATURE

    • Same as Ambient

  • VISUAL

    • Muted Color

    • Solid

    TEXTURE

    • Smooth

    • Hard

    ACOUSTIC

    LIGHT REFLECTANCE

    • Variable by Polish

    TACTILE TEMPERATURE

    • Different than Ambient

*Potential stimuli level change with Color, Pattern, and Soft/Rough Surface Quality

  • VISUAL

    • Variable Color

    • Variable Solid/Pattern

    TEXTURE

    • Variable Soft/Rough

    • Bumpy

    • Cushioned

    ACOUSTIC

    LIGHT REFLECTANCE

    • Variable by Color

    TACTILE TEMPERATURE

    • Same as Ambient

  • VISUAL

    • Variable Color

    • Solid

    TEXTURE

    • Smooth

    • Hard

    ACOUSTIC

    LIGHT REFLECTANCE

    • Variable by Paint Color

    TACTILE TEMPERATURE

    • Same as Ambient

*Potential stimuli level change with Pattern, and Light Reflectance

  • VISUAL

    • Muted Color

    • Variable Solid/Pattern

    TEXTURE

    • Variable Smooth/Bumpy

    • Hard

    ACOUSTIC

    LIGHT REFLECTANCE

    TACTILE TEMPERATURE

    • Same as Ambient

*Potential stimuli level change with Pattern, and Light Reflectance

  • VISUAL

    • Muted Color

    • Variable Solid/Pattern

    TEXTURE

    • Variable Smooth/Bumpy

    • Hard

    ACOUSTIC

    LIGHT REFLECTANCE

    • Variable by Color

    TACTILE TEMPERATURE

    • Same as Ambient

 

COUNTERTOPS

  • VISUAL

    • Variable Color

    • Pattern

    TEXTURE

    • Variable Smooth/Bumpy

    • Hard

    ACOUSTIC

    LIGHT REFLECTANCE

    • Variable by Finish

    TACTILE TEMPERATURE

    • Different than Ambient

  • VISUAL

    • Muted Color

    • Solid

    TEXTURE

    • Smooth

    • Hard

    ACOUSTIC

    LIGHT REFLECTANCE

    TACTILE TEMPERATURE

    • Different than Ambient

*Potential stimuli level change with Pattern, and Light Reflectance

  • VISUAL

    • Muted Color

    • Variable Solid/Pattern

    TEXTURE

    • Smooth

    • Hard

    ACOUSTIC

    LIGHT REFLECTANCE

    TACTILE TEMPERATURE

    • Same as Ambient

 

FURNITURE

  • VISUAL

    • Muted Color

    • Pattern

    TEXTURE

    • Rough

    • Bumpy

    ACOUSTIC

    LIGHT REFLECTANCE

    • Variable by Color / Finish

    TACTILE TEMPERATURE

    • Same as Ambient

    VESTIBULAR

    • Movement

  • VISUAL

    • Variable Color

    • Solid

    TEXTURE

    • Smooth

    • Hard

    ACOUSTIC

    LIGHT REFLECTANCE

    • Variable by Color / Finish

    TACTILE TEMPERATURE

    • Different than Ambient

    VESTIBULAR

    • Stationary

*Potential stimuli level change with Color, Pattern, Soft/Rough and Smooth/Bumpy Surface Quality.

  • VISUAL

    • Variable Color

    • Variable Solid/Pattern

    TEXTURE

    • Variable Soft/Rough

    • Variable Smooth/Bumpy

    • Cushioned

    ACOUSTIC

    LIGHT REFLECTANCE

    • Variable by Color

    TACTILE TEMPERATURE

    • Same as Ambient

    VESTIBULAR

    • Stationary

  • VISUAL

    • Muted Color

    • Solid

    TEXTURE

    • Smooth

    • Hard

    ACOUSTIC

    LIGHT REFLECTANCE

    • Variable by Color / Finish

    TACTILE TEMPERATURE

    • Same as Ambient

  • VISUAL

    • Variable Color

    • Solid

    TEXTURE

    • Smooth

    • Cushioned

    ACOUSTIC

    LIGHT REFLECTANCE

    • Variable by Color / Finish

    TACTILE TEMPERATURE

    • Different than Ambient

    VESTIBULAR

    • Stationary

  • VISUAL

    • Variable Color

    • Solid

    TEXTURE

    • Variable Soft/Rough

    • Cushioned

    ACOUSTIC

    LIGHT REFLECTANCE

    • Variable by Color

    TACTILE TEMPERATURE

    • Same as Ambient

    VESTIBULAR

    • Movement

  • VISUAL

    • Muted Color

    • Variable Solid/Pattern

    TEXTURE

    • Smooth

    • Hard

    ACOUSTIC

    LIGHT REFLECTANCE

    TACTILE TEMPERATURE

    • Same as Ambient

 

OTHER FURNISHINGS

*Potential stimuli level change with Color and Pattern.

  • VISUAL

    • Variable Color

    • Variable Solid/Pattern

    TEXTURE

    • Soft

    • Cushioned

    ACOUSTIC

    LIGHT REFLECTANCE

    • Variable by Color

    TACTILE TEMPERATURE

    • Same as Ambient

 

Special thanks to:

HKS: Upali Nanda, PhD, Lisa Adams, Allison Smith

Holst Architecture: Hannah Silver

PAYETTE: Ellie Thomas, Larissa Sattler

Multistudio: Melissa Farling

Boston Architectural College: Davis Harte, PhD

New York Institute of Technology: Christian Pongratz

Kidz Choice Services: Michael Lafasakis, PhD, LBA/ BCBA-D

 

Knowledge about neuro-inclusive design is continually growing, especially through listening to neurodivergent voices.

Please share any feedback on the Sensory-Informed Product Guidance below, so we can continue to make this tool accurate and applicable in the design process.