NY Crane Operator study plan
NY Crane Operator · Give each week a clear focus.
8 weeks · About 6 hours per week
Crane operation and safety & Rigging, load charts, and lifting calculations
Define rated capacity, net capacity, gross load, and boom angle, and state how each changes the number you may legally lift.
Compute net capacity by subtracting all deductions (block, ball, rigging, jib, stowed attachments) from a sample load-chart value for three different radii.
Identify the stability limits (tipping, structural, boom deflection) that govern which chart line applies at short versus long radius.
Explain why capacity drops nonlinearly with radius and sketch the curve for one representative lattice-boom configuration.
Your checkpoint
One-page worked example sheet showing gross load, total deductions, and net capacity at three radii with correct units and a short note on which limit governs each.
Rigging, load charts, and lifting calculations & Crane operation and safety
Calculate sling tension for vertical, choker, and two-leg bridle hitches at 30, 45, and 60 degree included angles.
Determine load weight from volume and material density for steel, concrete, and timber, and compare against a marked weight.
Locate and interpret the center of gravity for an asymmetric load and explain the effect of an off-center pick on sling loading.
Size shackles, hooks, and slings to the calculated tension using a stated design factor.
Your checkpoint
Rigging calculation worksheet with five loads: weight derivation, tension per leg, selected hardware, and utilization percentage for each.
NYC Construction Codes and licensing regulations & Crane inspection, maintenance, and setup
Outline the NYC licensing pathway: application, qualification requirements, practical and written examination stages, and license term and renewal obligations.
List the crane categories and the operating restrictions tied to each license class.
Identify which NYC Construction Code articles and referenced standards govern crane erection, operation, and periodic inspection.
Describe the roles of the licensed crane operator, the rigger, and the site safety personnel in a permitted lift.
Your checkpoint
Two-page regulation summary mapping each licensing and inspection requirement to its source article or referenced standard, with a personal eligibility checklist.
Crane inspection, maintenance, and setup & NYC Construction Codes and licensing regulations
Build a pre-shift inspection checklist covering wire rope, sheaves, hooks and latches, brakes, limit switches, and load moment indicator function.
Classify wire rope defects (broken wires, corrosion, kinking, diameter reduction) against removal criteria.
Explain ground bearing pressure and mat sizing for outrigger and crawler setups on soft or obstructed ground.
Sequence a crane assembly and disassembly plan including verification of counterweight and boom pinning.
Your checkpoint
Completed mock inspection form with at least ten findings, each tagged pass, monitor, or remove-from-service with the governing criterion.
Signals, communication, and jobsite coordination & Crane operation and safety
Demonstrate the standard hand signals for hoist, lower, boom, swing, stop, and emergency stop without reference.
Describe voice and radio protocol including dedicated channel, call-and-response, and lost-communication stop procedure.
Explain the operator's obligation to obey only the designated signal person and the exception for emergency stop from anyone.
Identify power line clearance requirements and the spotter and de-energization steps before approaching an energized line.
Your checkpoint
Recorded self-test of all required hand signals with a written radio script for a blind pick, scored against a self-made answer key.
Signals, communication, and jobsite coordination & Rigging, load charts, and lifting calculations
Plan a critical lift: pre-lift meeting agenda, load path, exclusion zone, tag line placement, and contingency for a failed pick.
Compute a multi-crane or tailing lift load share and state the capacity margin required.
Draft a lift plan for a load whose weight is near the chart limit at maximum planned radius.
Explain wind, side load, and swing effects on capacity and when to stop operations.
Your checkpoint
Full written lift plan for one complex pick including rigging diagram description, load calculations, communication plan, and abort criteria.
NYC Construction Codes and licensing regulations & Crane inspection, maintenance, and setup & Crane operation and safety
Recite the recordkeeping obligations for inspections, maintenance, and operator certification, and the retention expectations.
Explain the process for reporting an accident, near miss, or equipment deficiency and the operating restrictions that follow.
Review maintenance intervals for lubrication, brake adjustment, and wire rope replacement and describe how a deficiency log is closed out.
Summarize operator responsibilities during a site safety audit or unscheduled inspection.
Your checkpoint
Compliance one-pager covering inspection records, incident reporting steps, and maintenance sign-off flow, written from memory then corrected against source notes.
Crane operation and safety & NYC Construction Codes and licensing regulations & Rigging, load charts, and lifting calculations & Crane inspection, maintenance, and setup & Signals, communication, and jobsite coordination
Complete two full-length timed practice exams and score each by domain.
Re-drill the two weakest domains until practice accuracy exceeds 85 percent.
Rehearse load-chart and rigging calculations under a five-minute-per-question limit.
Write a one-page pre-exam reference card of formulas, signal cues, and code citations.
Your checkpoint
Scored practice exam log with per-domain accuracy, a list of corrected error patterns, and the final reference card.
Milestones
Week 2: Compute net capacity and sling tension for an unseen load at an unseen radius in under ten minutes with no reference sheet, and get both numbers right.
Week 4: Complete a full pre-shift inspection from memory in under 20 minutes and correctly classify at least nine of ten injected defects.
Week 6: Produce a complete lift plan for a near-capacity pick with all calculations shown and no missing safety element on a self-scored checklist.
Week 8: Score 85 percent or higher on both timed practice exams with no domain below 80 percent.