Principles and Practice of Engineering (PE) - Architectural Engineering (PE Architectural Engineering) Exam Blueprint

PE Architectural Engineering

85Questions
570 minDuration
1Languages
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What This Exam Validates

The NCEES Principles and Practice of Engineering examination in Architectural Engineering licenses engineers who design the electrical, mechanical and structural systems that make a building work as a whole. It is a closed-book computer-based test of 85 questions delivered in a 9.5-hour appointment that includes the tutorial and a scheduled break, and the only reference permitted is the electronic PE Architectural Engineering Reference Handbook supplied on screen at the test centre. Questions are set in United States Customary units and deliberately mix design, analysis and application, so candidates are asked to select equipment and size systems rather than simply recall formulas. The specification effective from October 2026 splits the paper across electrical, mechanical and structural building systems plus project administration, and the applicable design standards are listed in the specification itself.

Who Should Take This Exam

This exam suits building-systems engineers who already hold an EIT or EI certification, have passed the FE exam, and work across the electrical, mechanical and structural disciplines that meet inside a building rather than specialising in only one of them. It is the licensure route for engineers designing power distribution, HVAC and building structure as an integrated whole.

Skills You Should Be Ready to Demonstrate

How to Prepare

Work from the PE Architectural Engineering Reference Handbook from the first day of study rather than from a textbook, because the handbook is the only reference available during the exam and fluency in locating a table under time pressure is itself an examinable skill. Map every specification knowledge area onto the handbook section that supports it, then practise problems in the proportions the specification publishes so that mechanical and electrical systems, which together account for roughly two thirds of the paper, receive the majority of the effort. Because the paper spans three engineering disciplines, most candidates find one of the three unfamiliar and should schedule that area first while retention time remains.

Domain Study Guidance

Electrical Systems: Study Guidance

NCEES allocates 23 to 35 questions to Electrical Systems, about 33 percent of the paper, making this one of the blocks that decides the result. The published knowledge areas include Power distribution design, Emergency and standby power systems, Overcurrent protection, Grounding and bonding principles. Work these directly from the reference handbook supplied in the exam, because the tables and figures on screen are the ones you must be able to find quickly under time pressure.

Mechanical Systems: Study Guidance

NCEES allocates 25 to 38 questions to Mechanical Systems, about 36 percent of the paper, making this one of the blocks that decides the result. The published knowledge areas include Heat gain and loss calculations, Psychrometrics, HVAC system analysis and selection, Flow and riser schematics. Work these directly from the reference handbook supplied in the exam, because the tables and figures on screen are the ones you must be able to find quickly under time pressure.

Structural Systems: Study Guidance

NCEES allocates 15 to 23 questions to Structural Systems, about 22 percent of the paper, making this one of the blocks that decides the result. The published knowledge areas include Design criteria, Material properties, Gravity loads, Lateral loads. Work these directly from the reference handbook supplied in the exam, because the tables and figures on screen are the ones you must be able to find quickly under time pressure.

Project Administration: Study Guidance

NCEES allocates 7 to 11 questions to Project Administration, about 10 percent of the paper, making this one of the blocks that decides the result. The published knowledge areas include Scheduling and process, Construction administration, Legal impacts. Work these directly from the reference handbook supplied in the exam, because the tables and figures on screen are the ones you must be able to find quickly under time pressure.

Exam-Day Guidance

Arrive with the identification named in the NCEES Examinee Guide and expect a closed-book appointment with an on-screen handbook and an on-screen calculator policy set by NCEES. The 9.5 hours include the tutorial and one optional scheduled break, so plan the break deliberately rather than losing working time to it.

Frequently asked questions

Is the exam open book?

No. Every NCEES computer-based exam is closed book. An electronic reference handbook is supplied on screen at the test centre, and it is the only reference you may use, which is why candidates are advised to study from that handbook rather than from a textbook.

Where do the domain percentages come from?

NCEES publishes a range of questions per domain rather than a percentage. The percentages shown here are the midpoints of those published ranges, normalised across the domains so they total one hundred percent. The published question range is shown alongside each domain so you can see the original figure NCEES actually states.

How do I get the reference handbook before the exam?

NCEES makes the current reference handbook available to download from your MyNCEES account, and a printed edition of some handbooks is sold separately. The handbook is licensed for your personal use and may not be redistributed, so obtain it from NCEES directly rather than from a third party.

What identification do I need at the test centre?

The NCEES Examinee Guide sets out the identification, arrival and test centre rules that apply to every NCEES exam, including what you may bring and what happens if a test centre closes. Read the current edition before your appointment, because the requirements are enforced strictly.

Sources and Verification

Verified 2026-09-05

Exam Domains

1 Electrical Systems 33%
  • 1.APower distribution design
  • 1.BEmergency and standby power systems
  • 1.COvercurrent protection (e.g., principles, methods, device coordination)
  • 1.DGrounding and bonding principles
  • 1.EElectrical construction methods and materials (e.g., cabling and conductors, enclosure ratings, pathways)
  • 1.FEquipment and device layout
  • 1.GBranch circuit design
  • 1.HPower factor analysis
  • 1.IVoltage drop analysis
  • 1.JShort circuit analysis
  • 1.KLighting systems (e.g., luminaire layout, illumination calculations)
  • 1.LLighting control systems (e.g., manual and automatic controls, zoning)
  • 1.MFire alarm systems
2 Mechanical Systems 36%
  • 2.AHeat gain and loss calculations
  • 2.BPsychrometrics
  • 2.CHVAC system analysis and selection (e.g., equipment, distribution)
  • 2.DFlow and riser schematics (e.g., primary/secondary, constant/variable flow)
  • 2.ESequences of operation for building controls
  • 2.FFan affinity laws
  • 2.GPump affinity laws
  • 2.HAir distribution
  • 2.IPressure calculations (e.g., air, hydronic)
  • 2.JHydronic distribution
  • 2.KSpecialty piping systems (e.g., fuel oil, natural gas)
  • 2.LMechanical construction methods and materials (e.g., ductwork and piping materials, insulation)
  • 2.MIndoor air quality
  • 2.NDomestic water systems (e.g., equipment, layout, sizing)
  • 2.OSanitary waste and vent systems (e.g., routing, sizing, slope, invert, equipment)
  • 2.PBuilding stormwater systems (e.g., routing, sizing, slope, invert, equipment)
  • 2.QFire protection system coordination (e.g., system types, hazards, standpipes, equipment)
3 Structural Systems 22%
  • 3.ADesign criteria (e.g., code analysis, suitable construction types, occupancy use)
  • 3.BMaterial properties (e.g., strength, stiffness, hardness, modulus)
  • 3.CGravity loads (e.g., dead loads, live loads, environmental loads)
  • 3.DLateral loads (e.g., wind [MWFRS, Components and Cladding], seismic)
  • 3.EAnalysis of components (e.g., truss, frames, beams, stability of elements)
  • 3.FFoundations (e.g., piles, piers, spread, geotechnical reports)
  • 3.GWood structures (e.g., compression and flexural members, walls)
  • 3.HMasonry structures (e.g., compression and flexural members, walls)
  • 3.ISteel structures (e.g., connections, compression, flexural and tension members)
  • 3.JConcrete structures (e.g., compression, shear, flexural, anchorage to concrete, elevated slabs)
  • 3.KServiceability and constructability (e.g., deflection, elongation, temporary structures, vibrations)
4 Project Administration 10%
  • 4.AScheduling and process (e.g., design tasks, sequence of activities, critical path method, cost estimation)
  • 4.BConstruction administration (e.g., contract documentation, conformance with contract documents, differing site conditions)
  • 4.CLegal impacts (e.g., scope of services, impact of decisions that may result in lawsuit, errors, and omissions) supplied in the exam as searchable, electronic pdf files with links for easy navigation. This NCEES YouTube video shows how the standards will be presented on the exam. Standards will be provided as individual chapters on the exam, and only one chapter at a time can be opened and searched. This ensures the exam software runs large files effectively. year shown. Solutions based on other standards will not receive credit. All questions use the U.S. Customary accessible from your MyNCEES account. Design standards are available through the publisher or a bookseller. companion commentaries), 2016, The Masonry Society, Longmont, CO. edition, American Wood Council, Leesburg, VA.

Exam Details

Question TypesMultiple Choice
FormatLinear (computer-based)
Online ProctoringNot available
LanguagesEnglish

Official Study Resources