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Which ARE 5.0 division focuses on environmental and contextual conditions, codes and regulations, site analysis, and building programming?

Practice Management (PcM)

Project Management (PjM)

Programming & Analysis (PA)

Project Planning & Design (PPD)

to track

2026 Statistics

Key Facts: ARE 5.0: PA Exam

Items

NCARB

3 hrs

Test Time

NCARB

$257

Exam Fee

NCARB

61%

2024 Pass Rate

NCARB 2024

37-43%

Building Programming Weight

NCARB Handbook

3h 40m

Total Appointment

NCARB

PA contains 75 items in 3 hours (3h 40m total appointment) and costs $257. The 2024 first-time pass rate was 61%, the highest of any ARE division. Candidates must answer 65-71% of scored items correctly to pass (cut score). PA is widely considered foundational for PPD and PDD because it establishes the code, site, and program literacy used throughout later divisions. The April 2026 update refreshed objectives but did not change division structure or item count.

Sample ARE 5.0: PA Practice Questions

Try these sample questions to test your ARE 5.0: PA exam readiness. Each question includes a detailed explanation. Start the interactive quiz above for the full 100+ question experience with AI tutoring.

1Which ARE 5.0 division focuses on environmental and contextual conditions, codes and regulations, site analysis, and building programming?

A.Practice Management (PcM)

B.Project Management (PjM)

C.Programming & Analysis (PA)

D.Project Planning & Design (PPD)

Explanation: Programming & Analysis (PA) is the ARE 5.0 division that tests an architect's ability to evaluate environmental and contextual conditions, apply codes and regulations, conduct site analysis, and translate program needs into spatial requirements. Per the NCARB ARE 5.0 Handbook, PA contains 75 scored items.

2According to the NCARB ARE 5.0 Handbook, which content area carries the LARGEST weighting on the Programming & Analysis division?

A.Environmental & Contextual Conditions (14-21%)

B.Codes & Regulations (16-22%)

C.Site Analysis & Programming (21-27%)

D.Building Analysis & Programming (37-43%)

Explanation: Building Analysis & Programming is the largest section at 37-43% of the PA exam, reflecting the heavy emphasis on translating client needs into building program requirements, area calculations, and spatial relationships. The NCARB Handbook publishes typical-form percentages that sum to roughly 100%.

3An architect is conducting a sun-path study for a project at 40 degrees N latitude. Which solar geometry fact is correct for the Northern Hemisphere?

A.The summer solstice sun rises due east and sets due west

B.The winter solstice produces the highest solar altitude angle of the year

C.The summer solstice produces the highest solar altitude at solar noon

D.The equinox sun travels a path identical to the winter solstice path

Explanation: At any Northern-Hemisphere latitude, the summer solstice (June 21) yields the highest solar altitude at solar noon — at 40 degrees N, the noon altitude is 90 - 40 + 23.5 = 73.5 degrees. This drives shading, daylighting, and overhang design.

4A project is located in ASHRAE Climate Zone 4A. Which climate description correctly matches this designation?

A.Hot-humid (south Florida)

B.Mixed-humid (e.g., New York City, Washington DC)

C.Cold-dry (Denver, Colorado)

D.Marine (Pacific Northwest)

Explanation: ASHRAE 169 defines Zone 4A as Mixed-Humid: heating-degree days (HDD) and cooling-degree days (CDD) are roughly balanced, and the 'A' suffix indicates a humid moisture regime. New York City, Washington DC, and St. Louis are all in 4A. The number rises with cold; the letter (A/B/C) describes humidity (humid/dry/marine).

5In a temperate Northern-Hemisphere climate, which building orientation BEST balances passive solar heating in winter while minimizing summer cooling loads?

A.Long axis running north-south, with major glazing on the east and west

B.Long axis running east-west, with major glazing on the south

C.Long axis running north-south, with major glazing on the north and south

D.Long axis running northeast-southwest, with glazing distributed equally

Explanation: Elongating the building on the east-west axis maximizes the south-facing facade for low winter sun gain; horizontal overhangs can then easily shade the high summer sun. East and west exposures are minimized because their low morning/afternoon sun is hard to shade and drives summer cooling loads.

6A site analysis identifies prevailing summer breezes from the southwest. To support natural ventilation in a temperate climate, openings should be arranged to:

A.Place inlets and outlets on the same (windward) wall to maximize pressure

B.Place inlets on the windward (southwest) face and outlets on the leeward (northeast) face for cross ventilation

C.Avoid operable windows on the southwest face because they admit too much wind

D.Locate all operable windows at floor level on the leeward face

Explanation: Cross ventilation requires a pressure differential. Inlets on the windward face (positive pressure) and outlets on the leeward face (negative pressure) drive air through the space. Outlets larger than inlets typically increase interior air velocity.

7An architect must select an appropriate horizontal overhang depth for a south-facing window at 35 degrees N latitude to fully shade glazing on June 21 at solar noon. Which depth is BEST?

A.Approximately 0.20 times the window height

B.Approximately 0.25 times the window height

C.Approximately 0.35 times the window height

D.Approximately 0.50 times the window height

Explanation: Required overhang projection equals window height divided by tan(noon altitude). At 35 degrees N on June 21, noon altitude is 90 - 35 + 23.5 = 78.5 degrees, so projection ratio is 1/tan(78.5) ≈ 0.20-0.25. A ratio near 0.25 reliably shades the full window at solar noon.

8Which microclimate factor is MOST likely to RAISE local air temperature on an urban site compared to a nearby rural reference station?

A.Increased vegetative cover and tree canopy

B.Light-colored, high-albedo paving and roofing

C.Dense paving, dark roofs, and reduced vegetation (urban heat island)

D.Open-water bodies adjacent to the site

Explanation: The urban heat-island effect arises from heat-absorbing low-albedo surfaces (asphalt, dark roofs), reduced evapotranspiration from missing vegetation, and waste heat from buildings and vehicles. EPA-documented temperature differences average 1-7 degrees F warmer than surrounding rural areas.

9A site is located on the windward side of a coastal mountain range. Which precipitation pattern should the architect anticipate?

A.Rain shadow with very low annual precipitation

B.Orographic precipitation that significantly INCREASES rainfall on the windward slope

C.Annual precipitation identical to inland reference data

D.Higher precipitation in summer than winter regardless of latitude

Explanation: Orographic lift forces moist marine air upward; the air cools and condenses, producing heavy rainfall on the windward slopes. Leeward (downwind) sides experience the rain-shadow effect with substantially lower precipitation.

10An architect is reviewing a topographic survey. A 5-foot vertical drop occurs over a 25-foot horizontal run. What is the slope expressed as a percentage, and is it within the typical maximum slope of an ADA-compliant accessible route ramp?

A.20% slope; complies with ADA ramp slope of 1:12 maximum

B.20% slope; does NOT comply with ADA 1:12 (8.33%) maximum slope for ramps

C.5% slope; complies with ADA accessible-route maximum slope (no ramp required)

D.8% slope; complies with ADA 1:12 ramp maximum

Explanation: Slope = rise/run = 5/25 = 0.20 or 20%. ADA 2010 Standards section 405.2 limits ramp slope to 1:12 (8.33%) maximum. A 20% grade is more than double the allowed ramp slope and would require switchbacks, terracing, or a redesigned route.

About the ARE 5.0: PA Exam

ARE 5.0 Programming & Analysis (PA) is one of six divisions of the Architect Registration Examination administered by NCARB. PA tests a candidate's ability to translate client and program needs into spatial requirements through analysis of environmental conditions, codes and regulations, site features, and building program. The 75-item, 3-hour computer-based exam covers four content areas: Environmental & Contextual Conditions (14-21%), Codes & Regulations (16-22%), Site Analysis & Programming (21-27%), and Building Analysis & Programming (37-43%). Effective April 27, 2026, NCARB updated the PA objectives to align with the NCARB Competency Standard, but the division structure, item count, and testing time were unchanged.

Questions

75 scored questions

Time Limit

3 hours (3h 40m total appointment)

Passing Score

Approximately 65-71% of scored items (cut score, not a fixed percentage)

Exam Fee

$257 (NCARB (Pearson VUE))

ARE 5.0: PA Exam Content Outline

14-21%

Environmental & Contextual Conditions

Solar geometry, climate, microclimate, sun-path and shadow studies, wind analysis, urban heat island, ASHRAE 169 climate zones, sustainability frameworks (LEED v4.1)

16-22%

Codes & Regulations

IBC 2021 occupancy classification, allowable area/height, egress capacity and stairs, ADA 2010 Standards (ramps, parking, doors, turning space), ICC A117.1, zoning ordinances

21-27%

Site Analysis & Programming

Topography, slope, easements, FEMA floodplains, geotechnical and soils, stormwater/LID, parking calculations, site rights and historic-preservation review (SHPO)

37-43%

Building Analysis & Programming

User-needs analysis, problem-seeking methodology, area calculations (NSF/GSF, efficiency ratio, BOMA), bubble/adjacency diagrams, block-and-stack diagrams, life-cycle cost, OPR

How to Pass the ARE 5.0: PA Exam

What You Need to Know

Passing score: Approximately 65-71% of scored items (cut score, not a fixed percentage)
Exam length: 75 questions
Time limit: 3 hours (3h 40m total appointment)
Exam fee: $257

Keys to Passing

Complete 500+ practice questions
Score 80%+ consistently before scheduling
Focus on highest-weighted sections
Use our AI tutor for tough concepts

ARE 5.0: PA Study Tips from Top Performers

1Master IBC 2021 Chapter 3 (occupancy classification) cold — every section of PA assumes you can identify the use group quickly.

2Memorize the IBC 2021 Table 1004.5 occupant-load factors for the most-tested groups: Group B 150 sf gross, A-2 15 sf net, M 30/60 sf gross, R 200 sf gross.

3Know egress capacity factors by heart: 0.3 in/occ stairs and 0.2 in/occ other components (sprinklered: 0.2 stairs, 0.15 other).

4Practice ADA 2010 dimensions: 32-inch door clear width, 36-inch route width, 60-inch turning circle, 30x48 clear floor space, 1:12 max ramp slope.

5Drill area calculations: NSF/GSF, efficiency ratio, FAR, lot coverage, and parking ratios. Many PA items are arithmetic disguised as scenarios.

6Build a personal cheat-sheet of IBC chapter mappings: 3 occupancy, 5/6 area/height, 10 egress, 11 accessibility, 16 loads.

7Study the Problem Seeking framework: Goals, Facts, Concepts, Needs, Problem — with Function, Form, Economy, Time as the four considerations.

8Review case-study items from the NCARB Handbook PA demo exam — they replicate the actual document-analysis pacing and difficulty.

9Sketch bubble and adjacency diagrams by hand until you can produce them in under 5 minutes — case studies often require quick visualization.

10Take at least one full 75-item timed practice exam in a quiet environment before exam day, with the on-screen calculator and reference list.

Frequently Asked Questions

How many questions are on the ARE 5.0 Programming & Analysis (PA) exam?

Per the NCARB ARE 5.0 Handbook, PA contains 75 scored items delivered over 3 hours, with a 30-minute break, and a total appointment time of 3 hours 40 minutes. Items are mostly multiple-choice and check-all-that-apply, with a small number of case-study items requiring document analysis. There is no separate breadth section.

What is the pass rate for ARE PA in 2024?

NCARB's 2024 ARE pass-rate report shows Programming & Analysis at 61% — the highest pass rate of all six ARE divisions. PA candidates must answer approximately 65-71% of scored items correctly to pass (cut score, not a fixed percentage). Many candidates choose PA early in their ARE sequence because the content overlaps with PPD and PDD.

What changed for ARE PA in April 2026?

Effective April 27, 2026, NCARB updated PA objectives to align with the new NCARB Competency Standard for Architects. The overall division structure, number of items (75), testing time (3 hours), and content-area weightings were unchanged. Updated content guidelines and demo exams are posted on the NCARB website; candidates testing after that date should use the latest version.

How does PA relate to other ARE divisions?

PA establishes the foundational analysis skills (code research, programming, site analysis) that PPD and PDD apply at greater depth. Many candidates take PA before PPD because PPD assumes fluency with IBC occupancy/area/egress rules, ADA, zoning, and program-area calculations. PA is largely independent from PcM, PjM, and CE, which focus on practice and project administration.

What references should I study for PA?

The NCARB ARE 5.0 Handbook is the primary roadmap. Also study the IBC 2021 (Chapters 3, 5, 6, 10, 11, 16), 2010 ADA Standards for Accessible Design, ICC A117.1-2017, ASHRAE 90.1 / 169, BOMA 2017 office standards, and the Problem Seeking methodology by Peña and Parshall. Free 2026 study guides and practice exams from OpenExamPrep are aligned with the current PA objectives.

How long should I study for ARE PA?

Most candidates spend 80-150 hours preparing for PA over 6-10 weeks, depending on prior exposure to programming, code, and site work. Candidates working in adaptive reuse, healthcare, or institutional projects often need fewer hours; those just leaving school may need more. Practice exams under timed conditions are critical — pacing is approximately 2.5 minutes per item.