OK General Contractor study plan
OK General Contractor · Give each week a clear focus.
8 weeks · About 7 hours per week
Business and Project Management & Oklahoma Code, Licensing, and Lien Law
Build a one-page map of the five project delivery methods (design-bid-build, CM at risk, design-build, agency CM, multiple prime) and match each to the contract type and risk allocation it implies.
Draft a CPM logic diagram for a 20-activity building shell schedule, then identify the critical path and total float on three non-critical chains.
List the Oklahoma Construction Industries Board licensing classes and the threshold rules that decide when a contractor must hold a state license versus work under local permits only.
Summarize the Oklahoma prompt-payment statute timeline (invoice, approval, payment, interest) in a dated flow you can reproduce from memory.
Your checkpoint
A two-page reference sheet containing the delivery-method matrix, the completed CPM diagram with critical path marked, and the Oklahoma licensing/prompt-payment timeline.
Business and Project Management & Estimating and Plan Reading
Produce a full quantity takeoff for a simple one-story office shell: excavation, footings, slab, masonry, framing, and drywall, with units and waste factors shown.
Convert the takeoff into a priced estimate with labor, material, equipment, overhead, and profit separated into distinct line groups.
Read a 12-sheet plan set and write a takeoff checklist that captures every dimension source (plan, section, detail, schedule) you used.
Explain how alternates, allowances, and unit prices are handled differently in a bid summary.
Your checkpoint
A priced estimate workbook for the office shell with a one-page assumptions and exclusions memo.
Safety, OSHA, and Environmental Compliance & Sitework and Earthwork
Map the OSHA Focus Four hazards to the specific 1926 subparts that govern them and the abatement each subpart requires.
Write a site-specific fall-protection and excavation safety plan for a project with a 12-foot cut and a two-story structural frame.
Calculate soil volume change using swell and shrinkage factors and apply the results to a cut-and-fill balance for a 100-foot by 200-foot pad.
Identify the OSHA excavation requirements for protective systems, spoil pile setback, access and egress, and daily competent-person inspection.
Your checkpoint
A combined safety and earthwork plan that includes the cut-and-fill balance calculation, haul volume, and the citation basis for each control measure.
Safety, OSHA, and Environmental Compliance & Oklahoma Code, Licensing, and Lien Law
Assemble the Oklahoma lien process end to end: pre-lien notice, filing deadline, affidavit of lien, foreclosure window, and the owner's remedy to discharge a lien.
Distinguish lien rights for general contractors, subcontractors, and suppliers, and note where the preliminary notice requirement changes the analysis.
Build a jobsite environmental compliance checklist covering stormwater permits, erosion control, spill prevention, and waste disposal documentation.
Recite the recordkeeping and posting obligations that trigger OSHA citations most often on small commercial jobs.
Your checkpoint
A one-page Oklahoma lien timeline plus a one-page environmental and recordkeeping compliance checklist, both written to be used on a live job.
Concrete and Masonry & Metals and Wood Construction
Solve concrete mix design problems: water-cement ratio, yield, and adjusting a trial mix for field moisture in the aggregate.
Explain formwork pressure, shoring and reshoring sequence, and the cure-time rules that govern when forms and shores may be removed.
Compare structural steel, light-gage steel, and wood framing for a given span and loading condition, naming the failure mode each is designed to resist.
Detail masonry wall components: flashing, weep holes, movement joints, anchors, and the reinforcement lap requirements that tie them together.
Your checkpoint
A worked problem set of ten concrete, masonry, and steel/wood calculations with a short written justification for each answer.
Thermal, Moisture, and Openings & Mechanical, Electrical, and Plumbing Coordination
Draw a wall section from footing to roof that correctly layers weather barrier, flashing, insulation, air barrier, and drainage plane, and label the water-shedding intent of each layer.
Specify window and door performance requirements (U-factor, SHGC, DP rating, fire rating) for three different occupancies and justify each choice.
Coordinate a mechanical, electrical, and plumbing clash set: identify sleeve locations, ceiling plenum conflicts, and clearance requirements for equipment service access.
Explain how BIM coordination and the submittal process sequence with structural and architectural work to prevent rework.
Your checkpoint
A hand-drawn wall section with labeled control layers plus a clash list of at least eight MEP conflicts with the resolution you would direct.
Estimating and Plan Reading & Business and Project Management
Complete a timed 40-question mixed-domain practice set and log every wrong answer by domain and root cause (misread, knowledge gap, calculation error).
Re-derive the three formulas you missed most often until you can write them from memory without notes.
Draft a change-order package for a scope change: pricing, time impact, schedule revision, and the contract clause that authorizes it.
Review the plan-reading conventions you got wrong on the practice set and rebuild the affected takeoff items.
Your checkpoint
An error log with root-cause categories, a corrected formula sheet, and a complete change-order document.
Safety, OSHA, and Environmental Compliance & Oklahoma Code, Licensing, and Lien Law & Business and Project Management
Retake a full-length timed practice exam under exam conditions and score it against your target passing margin.
Review only the error log and formula sheet, not new material, in the final three days.
Recite the Oklahoma licensing thresholds, lien deadlines, and OSHA Focus Four controls aloud without reference.
Finalize exam-day logistics: identification, scheduling confirmation, calculator policy, and a break plan.
Your checkpoint
A scored full-length practice exam with a written final-week review plan showing which domains still need attention.
Milestones
Week 2: You can complete a takeoff and priced estimate for a small shell building in under three hours with assumptions documented.
Week 4: You can state the Oklahoma lien filing and foreclosure deadlines and the OSHA Focus Four controls from memory with no notes.
Week 6: You score at least 70 percent on a mixed 40-question set spanning concrete, masonry, metals, wood, envelope, and MEP.
Week 8: You score at or above your target passing margin on a full-length timed practice exam and your error log shows no repeated root cause.