FenestrationMasters study plan

Identify the governing model codes and referenced standards for fenestration (e.g., IBC, IRC, IECC, ASHRAE 90.1) and state the scope of each.

Locate and explain key code provisions for safety glazing, egress, and fire-rated glazing using only official code text.

Differentiate prescriptive versus performance compliance paths for fenestration under the energy code.

Outline the permit and inspection sequence for a typical window/door replacement project.

Classify the main fenestration product types (operable windows, fixed, sliding doors, curtain wall, storefront) by operation and typical application.

List the primary frame materials (vinyl, aluminum, wood, fiberglass, composite) and compare their structural, thermal, and maintenance characteristics.

Describe the function of key components: weatherstripping, balances, hardware, screens, and thermal breaks.

Explain how material selection interacts with code compliance (e.g., recycled content, VOC limits, fire performance).

Explain glass types (annealed, heat-strengthened, tempered, laminated) and their appropriate use per safety and structural codes.

Interpret low-E coating types (pyrolytic vs. sputtered) and their effect on U-factor and SHGC.

Describe insulating glass unit (IGU) construction, including spacers, desiccant, and gas fill, and common failure modes.

Identify structural performance requirements for framing (design pressure, deflection limits) and how they are determined from wind load calculations.

Calculate the design pressure for a sample project using ASCE 7 wind load provisions (simplified method).

Define U-factor, SHGC, VT, and air leakage and explain how each is determined and rated.

Compare prescriptive envelope requirements for fenestration in IECC and ASHRAE 90.1 for different climate zones.

Explain the trade-offs between thermal performance and daylighting/visual transmittance.

Identify common thermal bridging paths in fenestration and mitigation strategies (thermal breaks, warm-edge spacers).

Describe how condensation resistance is evaluated (e.g., CRF) and its relationship to thermal performance.

Explain water management principles: shedding, drainage, and weep systems in fenestration.

Identify critical flashing and sealant details at head, sill, and jamb interfaces.

Describe air infiltration testing standards (e.g., ASTM E283) and acceptable leakage rates.

Explain acoustic performance metrics (STC, OITC) and how glazing and framing choices affect them.

Analyze a wall assembly for moisture migration risks and propose corrective details.

Outline the sequence for installing a replacement window in a wood-frame wall, including preparation, flashing, and sealing.

Select appropriate sealants for different substrates and joints, referencing ASTM C920 classifications.

Describe field testing methods for air and water penetration (e.g., ASTM E783, ASTM E1105) and when they are required.

Identify common installation defects and their consequences, and explain how to avoid them.

Explain the role of shims, fasteners, and anchorage in achieving structural and watertight performance.

Identify the major fenestration certification programs (e.g., NFRC, AAMA) and what each certifies.

Explain the NFRC labeling process and how to read a certification label.

Describe the testing standards for thermal performance (NFRC 100/200), structural performance (AAMA/WDMA/CSA 101/I.S.2), and air/water/structural (AAMA 502/503).

Outline the requirements for a product to maintain certification, including follow-up inspections.

Differentiate between certification, listing, and labeling and their roles in code compliance.

Review all domains using a practice exam or comprehensive question set, focusing on weak areas.

Synthesize code requirements, product selection, and installation practices into an integrated project scenario.

Revisit any standards or calculations that were challenging in earlier weeks.

Develop a personal exam-day strategy, including time management and question-flagging techniques.