BPC Commercial Builder (Unlimited) study plan

Build a one-page formula sheet covering quantity takeoff, waste factor, and unit-price conversion, then solve ten practice conversions without notes.

Produce a complete estimate for a small commercial shell by sequencing takeoff, pricing, indirect costs, and markup into a single spreadsheet.

Draft a bid package checklist that lists scope letter, exclusions, clarifications, schedule, and alternates, then annotate each item with why it prevents a claim.

Explain in writing how bonding capacity, bid bonds, and prequalification affect which projects a builder can chase.

Compare lump-sum, cost-plus, GMP, and design-build delivery models by listing risk transfer, cash flow, and change-order mechanics for each.

Map the standard AIA-style contract family by purpose and identify which agreement fits each delivery model you compared.

Classify ten construction risks into insurable, contractually transferred, retained, or avoided, and name the instrument for each transfer.

Summarize the coverage trigger and key exclusions of general liability, builder's risk, and workers' compensation in your own words.

Classify soils by sieve and Atterberg results, then select a suitable compaction standard and test frequency for a shallow foundation.

Compute cut and fill volumes for a simple grid and state how swell and shrinkage factors change haul quantities.

Sequence excavation support, dewatering, and shoring for a basement excavation and justify each step's order.

Size strip and spread footings from given load and allowable bearing values, then check against a deep foundation alternative.

Design a concrete mix and curing plan for a given exposure class, selecting cement type, water-cement ratio, and admixtures with justification.

Lay out formwork, reinforcement, and embed placement for a slab-on-grade and a suspended slab, noting inspection hold points.

Specify masonry units, mortar type, and reinforcement for a bearing wall and explain how movement joints and flashing control cracking and water.

Identify bolted and welded steel connection types and describe inspection and nondestructive testing requirements for each.

Compare wood framing, engineered lumber, and cold-formed steel for a low-rise commercial project on span, fire rating, and cost.

Detail a wall assembly from sheathing through cladding, showing air, vapor, and water control layers and their correct order.

Select roofing membrane and insulation strategy for a low-slope roof and explain how tapered insulation and drainage prevent ponding.

Write flashing and sealant details for roof penetrations, parapets, and window openings that maintain continuity of each control layer.

Trace the path of supply, return, and exhaust air through a small commercial building and size main duct runs from given loads.

Compare constant-volume and variable-air-volume systems on energy use, zoning flexibility, and first cost.

Lay out a plumbing system including fixtures, vents, and traps, and explain why each vent and trap is required.

Identify electrical service, panel, and branch circuit components in a single-line diagram and compute a load summary from given connected loads.

Specify interior finish schedules for walls, floors, and ceilings by room use, citing durability and fire-rating drivers.

Select door and window assemblies for a given rating and exposure, including hardware and glazing requirements.

Cross-check a hypothetical project against egress, fire separation, and accessibility requirements and log each finding.

Build a site safety plan covering fall protection, excavation, and crane or lifting operations with the controlling standard for each.

Re-solve the weakest practice areas from earlier weeks under timed conditions and score each attempt.

Assemble a one-page summary sheet per domain capturing formulas, code triggers, and contract terms you must recall.

Complete two full-length timed practice exams and analyze every missed item by root cause.

Write a final review of recurring error patterns and the specific habits that will prevent them on exam day.