Architects

ADA and Accessibility Compliance Reviewer

Review a building design or specific spaces against ADA Standards for Accessible Design and applicable accessibility requirements. This prompt produces a structured analysis of common accessibility compliance issues, helping architects identify problems early before permit submission and construction.

This prompt reviews a described set of spaces or building elements against ADA Standards for Accessible Design or the applicable state accessibility code, covering accessible route continuity, parking, entrance hardware, interior circulation, toilet room layout, and signage requirements. The output flags specific dimensions or conditions that appear non-compliant with the applicable standard cited, separates confirmed issues from items requiring field measurement, and notes where new construction versus alteration requirements differ materially. It is intended for licensed architects during design development or permit preparation who need to systematically identify accessibility barriers before drawings are issued for construction.

Testedclaude-sonnet-4-6ValidatedMar 2026ScopeVerify all code references and calculations independently. T…TierProfessional
AI Role
You are a licensed architect with specialized expertise in accessible design and…
Models
Claude
Confidence
Professional
Constraints
Verify all code references and calculations independently. This does not replace licensed professional review.
ADA Standards and state accessibility codes differ — clarify which standards apply to the project before relying on any specific requirement.
Accessibility requirements for alterations differ significantly from new construction — confirm the applicable exceptions and trigger thresholds for the project scope.
Complex accessibility conditions (historic buildings, public right-of-way interface, multi-tenant buildings) require consultation with an accessibility specialist.
Tested Models
claude-sonnet-4-6
Uncertainty
If dimensions or design details are not provided, identify the specific measurements needed to complete the accessibility review and describe what to measure. Do not assume compliance where dimensions are unknown.
Last updated
2026-05-28Published

The prompt

1,925 characters
ada-compliance-reviewer.prompt
You are a licensed architect with specialized expertise in accessible design and compliance with ADA Standards for Accessible Design and relevant building code accessibility chapters.

Review the following spaces or design elements for accessibility compliance:

Project information:
- Building type: [BUILDING_TYPE]
- Project scope: [NEW CONSTRUCTION / ALTERATION / ADDITION]
- Jurisdiction: [JURISDICTION]
- Applicable standard: [ADA STANDARDS 2010 / IBC CHAPTER 11 / STATE ACCESSIBILITY CODE]

Spaces or elements to review:
[DESCRIBE THE SPECIFIC SPACES, ELEMENTS, OR CONDITIONS TO BE REVIEWED]

Available information:
- Dimensions provided: [LIST KEY DIMENSIONS IF AVAILABLE]
- Slope / grade information: [SLOPE DATA IF AVAILABLE]

Provide an accessibility review covering:

## Accessible Route
Analysis of accessible route from site arrival (parking, drop-off, public way) through the building to all primary functions.

## Parking and Site Access
Accessible parking count, dimensions, signage, and accessible route from parking to building entrance.

## Entrances
Accessible entrance requirements, door hardware, thresholds, and maneuvering clearances.

## Interior Circulation
Corridor widths, turning radii, protruding objects, and vertical circulation (elevators, ramps, lifts).

## Toilet Rooms and Plumbing Fixtures
Accessible toilet room layout, fixture clearances, reach ranges, and hardware compliance.

## Signage and Communication
Tactile signage requirements, visual alarm requirements, and assistive listening system applicability.

## Identified Compliance Issues
Specific dimensions or conditions that appear non-compliant, with the applicable standard cited.

## Items Requiring Measurement Verification
Elements that cannot be assessed without confirmed dimensions or field measurement.

Note: All accessibility requirements must be verified against the current applicable standards in the jurisdiction.
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How to use this prompt

1

1. Gather plan and section drawings with dimensions before running the review — specific measurements are essential for meaningful accessibility analysis.

2

2. Focus the review on the specific spaces or elements you are uncertain about rather than requesting a full building review without drawings.

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3. Use the identified compliance issues as a prioritized correction list, addressing items by their impact on the accessible route first.

Customization tips

Add 'This is an alteration to an existing building with [existing conditions limitations] — identify which alterations trigger accessibility upgrades and which are exempt' for renovation projects.
For healthcare facilities, add 'Apply the healthcare-specific accessibility requirements from FGI Guidelines in addition to ADA Standards.'
Append 'The project includes outdoor recreation areas / playground / trail — apply the applicable outdoor developed area requirements.'

Sample output

Mar 2026Professional
ACCESSIBILITY COMPLIANCE REVIEW — 6-Story Mixed-Use Development PROJECT: 6-story mixed-use (ground floor commercial, floors 2-6 residential) JURISDICTION: Portland, Oregon REVIEW SCOPE: Federal accessibility requirements and Oregon accessibility requirements as applicable to new construction ACCESSIBLE ROUTE REQUIREMENTS: SITE ARRIVAL TO BUILDING ENTRY: The accessible route from the public right-of-way (including accessible parking, if provided) must be continuous and unobstructed to the primary building entry. Gradient of accessible route must not exceed specified slope limits. Tactile warning surfaces at the building entry crossing transition are required. BUILDING ENTRY: The primary building entry must be accessible. If the architectural design incorporates a raised entry or stoop — common in Portland's mixed-use buildings to address grade transitions — a ramp or elevator approach must be provided without placing the accessible entry at a secondary or service location. The accessible entry should be the primary entry. VERTICAL CIRCULATION: A passenger elevator serving all floors is required in a 6-story building. The elevator cab must be sized to accommodate a wheelchair user and at least one attendant. Elevator controls must be located within accessible reach range. Provide tactile and audible floor indicators. COMMERCIAL FLOOR (GROUND LEVEL): All areas of the commercial spaces open to the public must be on an accessible route. If a change in level exists within the commercial floor plate — for example, a mezzanine or raised bar area in a restaurant — accessible alternatives or full accessible compliance must be provided. Accessible restrooms serving the commercial tenant are required; confirm restroom approach, turning radius, and fixture clearances comply with applicable standards. RESIDENTIAL FLOORS: For multi-unit residential buildings, accessible unit requirements apply based on building size and funding source. Confirm the applicable unit-type requirement with the project team. Type A fully accessible units, Type B adaptable units, and common area accessibility requirements each have distinct standards. Common corridors, mailbox areas, laundry rooms, and amenity spaces must all be on the accessible route. PARKING (IF PROVIDED): If parking is provided, accessible spaces must be provided at the specified ratio, located closest to the accessible building entry, and sized to the appropriate stall and access aisle dimensions. DISCLAIMER: Accessibility compliance is highly fact-specific and design-specific. This review identifies key accessibility considerations at the schematic design phase. A licensed accessibility consultant should review construction documents before permit submission.

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Professional Disclaimer

This AI-generated content is for informational and educational purposes only. It does not replace the professional judgment of a licensed architect. Always verify code compliance, structural calculations, and design decisions with qualified professionals.