NEBB BET CP study plan

Map the full BET domain into a one-page topic tree covering enclosure assemblies, air barrier, water barrier, and vapor control layers, and mark every subtopic as known, shaky, or unknown

Define and write in your own words the pressure-diagnostic vocabulary used in enclosure testing: reference pressure, test pressure, induced pressure differential, baseline pressure, and zero-flow compensation

List the ASTM and NEBB-style procedural standards that govern whole-building airtightness testing and enclosure diagnostics, and note the scope of each without copying text from them

Build a 30-question self-quiz from your topic tree and record your baseline score

Explain the stack effect, wind loading, and mechanical system bias as they affect measured enclosure leakage, and describe how each is mitigated during a test

Compute corrected leakage rates for three worked scenarios that vary building height, indoor-outdoor temperature difference, and fan location

Describe the setup and calibration checks for a blower-door or multi-fan array, including gauge zeroing, hose routing, and flow-range selection

Draft a pre-test checklist a field technician would use before pressurizing a building

Distinguish the roles of air barrier, water-resistive barrier, vapor retarder, and thermal control layer, and identify where each typically sits in wall and roof assemblies

Analyze common enclosure assemblies (brick veneer, EIFS, curtain wall, low-slope roof) for continuity and termination details

Sketch five typical air-barrier transition details and annotate the intended seal and continuity path

Explain how compartmentalization and guard-zone testing isolate a target enclosure zone

Explain the purpose and procedure of a whole-building airtightness test from pre-survey through final reporting

Describe how to establish a pressure baseline, run a multi-point test, and determine leakage at the reference pressure

Interpret a test result against a specified leakage target and state whether the enclosure passes, fails, or requires retest

Complete a 40-question timed practice set on test procedure and review every miss with a written reason

Diagnose leakage paths using smoke tracing, infrared thermography, and differential pressure mapping, and describe the limits of each method

Describe how to locate air-barrier discontinuities when a whole-building test shows excess leakage, and sequence the investigation logically

Explain how to use a calibrated fan and pressure taps to verify compartmentalization between adjacent zones

Write a diagnostic narrative for two case scenarios that present symptoms and require a root-cause conclusion

Describe the reporting and documentation requirements for enclosure testing, including data retention, instrument records, and traceability

Identify the instruments used in BET work and state what calibration records and field checks are expected for each

Explain the ethical and independence expectations of a testing professional when results conflict with a client's desired outcome

Review the BET domain outline and mark any subtopic still unknown

Re-test every previously missed subtopic with a fresh set of self-written questions and require a correct explanation for each

Complete two full-length timed practice exams and record scores by subtopic

Explain the most common field errors in enclosure testing and how each distorts the measured result

Summarize the BET domain in a single-page condensed reference sheet you can review in ten minutes

Drill the condensed reference sheet daily and close every remaining subtopic gap flagged in week 7

Take one final full-length timed practice exam under exam-day conditions and review all misses

Rehearse explaining test procedure, diagnostics, and reporting aloud as if answering an oral question

Confirm exam-day logistics, allowed materials, and identification requirements