100+ Free ARE 5.0: PPD Practice Questions

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Question 1

Score: 0/0

An office building in ASHRAE Climate Zone 4 (mixed-humid) has a continuous insulation requirement on its exterior walls. According to ASHRAE 90.1-2019, the minimum continuous insulation R-value for steel-framed walls is approximately R-7.5. What is the PRIMARY reason continuous insulation is specified rather than only cavity insulation?

It is cheaper than cavity insulation

It mitigates thermal bridging at framing members

It provides better fire resistance

It eliminates the need for a vapor retarder

to track

2026 Statistics

Key Facts: ARE 5.0: PPD Exam

120 items

Question Count

NCARB ARE 5.0 Handbook

4h 15m

Test Time

NCARB

$257

Division Fee

NCARB

~52%

First-Time Pass Rate

NCARB

Content Sections

NCARB

Yes

Case Studies

NCARB

PPD is the largest ARE 5.0 division at ~120 items in 4h 15m, with first-time pass rates around 50-55%. Five sections cover environmental context, codes/IBC, building systems and assemblies, integration of program with systems, and schematic costs. Case studies present drawings, contracts, and code summaries that must be analyzed together. Pearson VUE delivers the exam; the division fee is $257 with no fixed passing percentage (scaled cut-score).

Sample ARE 5.0: PPD Practice Questions

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1An office building in ASHRAE Climate Zone 4 (mixed-humid) has a continuous insulation requirement on its exterior walls. According to ASHRAE 90.1-2019, the minimum continuous insulation R-value for steel-framed walls is approximately R-7.5. What is the PRIMARY reason continuous insulation is specified rather than only cavity insulation?

A.It is cheaper than cavity insulation

B.It mitigates thermal bridging at framing members

C.It provides better fire resistance

D.It eliminates the need for a vapor retarder

Explanation: Steel framing conducts heat readily, creating thermal bridges that bypass cavity insulation and substantially reduce wall U-value. Continuous (exterior) insulation breaks the bridge by placing a layer of insulation outboard of the framing, dramatically improving effective R-value as required by ASHRAE 90.1.

2A four-story office building has an occupant load of 220 on the third floor. Using IBC 2021 Table 1006.3.3(2) (Group B with sprinkler system), what is the minimum number of exits required from the third floor?

A.1

B.2

C.3

D.4

Explanation: Per IBC 2021 Table 1006.3.3, occupant loads from 1 to 500 require a minimum of two exits per story. Three exits are not required until occupant load exceeds 500, and four are required above 1,000. With 220 occupants on the third floor, two exits suffice.

3A schematic design uses ordinary Type V-B wood-frame construction for a three-story apartment building (R-2). According to IBC 2021 Table 504.4, what is the maximum allowable building height in stories for Type V-B R-2 with an NFPA 13 sprinkler system?

A.2 stories

B.3 stories

C.4 stories

D.5 stories

Explanation: IBC 2021 Table 504.4 permits Type V-B R-2 buildings to a maximum of 4 stories above grade plane when equipped with an NFPA 13 sprinkler system (S13R is more restrictive). Without sprinklers, the limit drops to 2 stories.

4Which HVAC system is MOST appropriate for a building program requiring individual zone temperature control across many small offices with widely varying loads, where simultaneous heating and cooling is desirable?

A.Constant-volume single-duct air handler

B.Variable refrigerant flow (VRF) heat-recovery system

C.Single-zone packaged rooftop unit

D.Two-pipe fan-coil system

Explanation: VRF heat-recovery systems use refrigerant piped to many small fan-coil units and can simultaneously heat one zone while cooling another by transferring rejected heat. This makes them ideal for multi-zone office programs with diverse, simultaneous loads.

5An architect is sizing a stair for a building with a Group B occupant load of 360 on the floor served (sprinklered). Per IBC 2021 Section 1005.3.1, the egress capacity factor for stairways in sprinklered buildings is 0.2 inches per occupant. What minimum stair width is required (assuming the stair serves only this floor)?

A.44 inches

B.60 inches

C.72 inches

D.84 inches

Explanation: Required width = 360 × 0.2 in = 72 inches. IBC 1011.2 also imposes a 44-inch minimum, but the calculated capacity controls when larger. Note: in non-sprinklered buildings the factor would be 0.3 in/occupant.

6A schematic-design cost estimate for a 60,000 SF mid-rise office is being prepared. The architect uses an order-of-magnitude method with a unit cost of $425/SF. What is the MOST appropriate level of contingency to recommend to the owner at this stage?

A.1-3%

B.5-7%

C.15-20%

D.30-40%

Explanation: AACE International Class 4 estimates (schematic design) typically carry a 15-20% design contingency because the design is only 5-15% complete. Contingency narrows as documents progress; by CDs (~Class 1) it is typically 3-5%.

7In a passive solar design strategy for a building in the Northern Hemisphere, what is the MOST important orientation for the principal glazing area to maximize useful winter solar gain while minimizing summer overheating?

A.Due east

B.Due south (or within 15° of south)

C.Due west

D.Due north

Explanation: South-facing glazing receives the highest winter solar gain (low sun angle) while horizontal overhangs can shade it in summer (high sun angle). East/west glazing is hard to shade because of low sun angles and contributes to overheating; north glazing has minimal direct gain.

8An architect is selecting a primary structural system for a 6-story office with a 30 ft × 30 ft typical column grid and a target slab-to-slab dimension of 13 ft. Which system BEST balances span, depth, and speed of erection?

A.Light-gauge cold-formed steel framing

B.Steel wide-flange beams with composite metal-deck slab

C.Heavy-timber post-and-beam with CLT decking

D.Cast-in-place reinforced concrete waffle slab

Explanation: A 30-ft span with a shallow floor depth and fast erection is the textbook application for steel wide-flange beams with a composite metal-deck slab. Total floor depth is typically 24-30 in., which fits a 13-ft floor-to-floor easily.

9An assembly occupancy with an occupant load of 1,200 has fixed seating. According to IBC 2021 Section 1029.6.2, what is the maximum travel distance to an aisle from any seat in unsprinklered conditions?

A.200 feet

B.250 feet

C.Common path of egress within 30 feet

D.Unlimited if there are continuous aisles

Explanation: IBC 1029.8 limits common path of egress travel in assembly seating to 30 ft. The 200- and 250-ft figures relate to overall travel distance (1017), not aisle access. Continuous aisles still must comply with the 30-ft common path.

10A LEED v4.1 BD+C project is targeting Indoor Environmental Quality credit for Daylight. Which of the following is the MOST direct compliance metric used in the credit?

A.Window-to-wall ratio (WWR) ≥ 40%

B.Spatial Daylight Autonomy (sDA300/50%) and Annual Sunlight Exposure (ASE1000,250)

C.Lumens per square foot ≥ 30

D.Skylight area ≥ 5% of roof

Explanation: LEED v4.1 IEQ Daylight Option 1 awards points based on Spatial Daylight Autonomy (sDA300/50%) thresholds combined with limits on Annual Sunlight Exposure (ASE1000,250) to penalize glare. WWR alone is not the metric.

About the ARE 5.0: PPD Exam

Project Planning & Design (PPD) is the largest ARE 5.0 division, evaluating the candidate's ability to take an established program and develop the schematic design of a building that integrates structural, envelope, mechanical, electrical, plumbing, fire-protection, and code-compliant egress systems. PPD includes case studies that present drawings, contracts, and code summaries which the candidate must analyze together. Content covers environmental conditions and context, codes and regulations, building systems and materials, integration of program and systems, and project costs and budgeting.

Questions

120 scored questions

Time Limit

4 hours 15 minutes

Passing Score

Cut-score (scaled, NCARB does not publish a fixed percentage)

Exam Fee

$257 per division (NCARB (Pearson VUE))

ARE 5.0: PPD Exam Content Outline

10-16%

Environmental Conditions & Context

Climate zones, site response, daylighting, passive design, sustainability targets, energy modeling baselines, and stormwater

16-22%

Codes & Regulations

IBC 2021 use/construction type, height/area, egress, fire-resistance ratings, sprinkler/standpipe, accessibility (ICC A117.1)

27-33%

Building Systems, Materials, & Assemblies

Structural systems, envelope (rain-screen, vapor/air control, R-values), HVAC, plumbing, electrical, vertical circulation, acoustics

27-33%

Project Integration of Program & Systems

Coordinating program with site, code, structure, and MEP at schematic design; case-study analysis

10-16%

Project Costs & Budgeting

Schematic estimating methods, contingencies, life-cycle cost (NPV), value engineering, escalation, soft costs

How to Pass the ARE 5.0: PPD Exam

What You Need to Know

Passing score: Cut-score (scaled, NCARB does not publish a fixed percentage)
Exam length: 120 questions
Time limit: 4 hours 15 minutes
Exam fee: $257 per division

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: PPD Study Tips from Top Performers

1Use NCARB's ARE 5.0 PPD Study Guide and the official practice management exam — they show the exact content and case-study formats

2Memorize the IBC 2021 quick-reference tables: Table 504 (height/area), Table 601 (fire ratings), Table 1004 (occupant load), Table 1006 (egress)

3Practice case studies separately under timed conditions — they are the highest-leverage skill on PPD

4Build a one-page cheat sheet of ASHRAE 90.1 envelope U-values and LPDs by climate zone

5Drill structural rule-of-thumb spans and depths for steel, concrete, wood, and masonry — PPD frequently asks 'which system is most appropriate'

6Learn schematic cost benchmarks ($/SF by building type) and the markup structure (base + GC OH&P + design contingency + escalation + soft costs)

7Study daylighting metrics (sDA, ASE) and the LEED v4.1 prerequisites and credits relevant to PPD

8Practice sketching site sections to coordinate slope, setbacks, and the building footprint — case studies often test this directly

9Review IBC egress trinomial: occupant load, common path, travel distance, exit count, exit width — PPD asks variants of all five

10Set a pace target: aim to finish stand-alone questions in 2 minutes each so you can spend 5-7 minutes per case-study question

Frequently Asked Questions

How long is the ARE 5.0 PPD exam?

PPD is a 4-hour-15-minute appointment with approximately 120 items, including a small number of case studies. NCARB recommends that PPD candidates pace at roughly 2 minutes per stand-alone item to leave time for the case studies, which require navigating drawings, schedules, and contract excerpts in addition to answering multiple-choice and check-all-that-apply questions.

What are case studies on the PPD exam?

PPD includes case studies that present a packet of project documents (drawings, code analyses, AIA contract excerpts, building program, schedules) and ask several related questions. The most efficient strategy is to read each question stem first, then locate the specific document needed to answer it. NCARB has confirmed that PPD continues to use case studies in the 2026 exam delivery.

What's the difference between PPD and PDD?

PPD focuses on schematic design — taking the program and producing a system-integrated schematic building (envelope, structure, MEP, code, cost). PDD (Project Development & Documentation) focuses on the next phase: developing materials, assemblies, specifications, and construction documents. Some content overlaps (envelope, structure, code), but PDD goes deeper into detailing while PPD emphasizes whole-building decisions.

What code edition does PPD use?

PPD currently references IBC 2021 along with applicable referenced standards: ASCE 7-22 for loads, NFPA 13/72/101 for fire protection, ASHRAE 90.1-2019 / 62.1-2019 / 55 for energy and IAQ, and ICC A117.1 for accessibility. NCARB updates the reference matrix periodically; check the current ARE 5.0 Handbook for the version in effect on your test date.

What is the PPD pass rate?

First-time pass rates published by NCARB place PPD at approximately 50-55%, making it one of the more challenging ARE divisions alongside PDD. Pass rates are influenced by candidates underestimating breadth: PPD spans codes, systems, sustainability, and cost, and a single weak area can sink the score. Repeat-taker pass rates are similar to first-time rates.

Should I take PPD before or after PDD?

Many candidates take PPD before PDD because PPD's schematic-level concepts feed naturally into PDD's documentation and detailing depth. If you have strong construction-administration experience, you can take them in either order. Studying for both within the same window is efficient because they share envelope, structural, and MEP fundamentals.