RI Hoisting Engineer study plan
RI Hoisting Engineer · Give each week a clear focus.
8 weeks · About 7 hours per week
Hoisting Equipment Operation and Inspection
Identify and label the major hoisting equipment types and their primary components from memory
Sequence a complete pre-shift and post-shift inspection checklist without notes
Explain the function of each control, safety device, and limit on a typical hoist
Write out the inspection items that require an out-of-service tag and why
Your checkpoint
A one-page blank-recall inspection checklist written from memory, then corrected against reference material and scored (target 90% coverage)
Hoisting Equipment Operation and Inspection & Rigging, Load Charts, and Load Handling
Read a capacity/load chart to find rated capacity for a given radius, boom length, and configuration
Calculate deductions for jib, hook block, and rigging from gross capacity
Distinguish between structural and stability limits and state which governs a given lift
Flag chart conditions and notes that cancel or reduce a rating
Your checkpoint
10 worked load-chart problems with all deductions shown and a written answer key you can re-test yourself with
Rigging, Load Charts, and Load Handling
Identify rigging hardware types and state their inspection rejection criteria
Compute sling tension for vertical, choker, basket, and multi-leg configurations at varying angles
Determine load weight from volume and material density for common materials
Calculate center of gravity and describe how it shifts when pick points change
Your checkpoint
A rigging math worksheet of 15 problems (tension, weight, angle effect) completed closed-book with at least 12 correct
Rigging, Load Charts, and Load Handling & Hoisting Equipment Operation and Inspection
Match each hand and voice signal to its correct meaning and demonstrate them aloud
Plan a lift end-to-end: weight, rigging selection, chart check, path, and set-down
Identify three common load-handling errors that cause shock loading or side pull
Describe crane setup steps for leveling, outrigger/stabilizer deployment, and ground bearing check
Your checkpoint
A written lift plan for one realistic scenario (sketch-free, text only) including weight estimate, rigging choice, charted capacity, and margin percentage
Jobsite Safety and Hazard Recognition
Recognize powerline hazards and state minimum approach distances and required controls
Identify struck-by and pinch-point hazards in swing radius, blind lifts, and suspended-load travel
Evaluate ground conditions and soil support for setup and name disqualifying conditions
Write a short JSA/hazard assessment for a hoisting task with controls for each hazard
Your checkpoint
A hazard-recognition log of 20 distinct hazards with the control for each, self-scored against reference material
Jobsite Safety and Hazard Recognition & Rhode Island Licensing Laws and Regulations
Apply lockout, barricade, and exclusion-zone practices to a described work area
Explain roles and communication duties of operator, signalperson, and rigger on a lift
Locate the Rhode Island licensing requirement categories and note which apply to your work
List recordkeeping, inspection, and reporting obligations referenced in the regulations
Your checkpoint
A two-column table mapping 12 safety practices to the regulation or standard that requires each, with any uncertain entries marked for review
Rhode Island Licensing Laws and Regulations
Summarize RI licensing scope, application steps, and renewal or continuing obligations in your own words
Distinguish operator, rigger, and signalperson qualification expectations
State enforcement, penalty, and exemption provisions at a summary level
Draft answers to 10 regulation-style questions without looking them up first
Your checkpoint
A one-page plain-language summary of RI hoisting licensing requirements, with every specific number or citation verified against an official source and flagged if unverified
Hoisting Equipment Operation and Inspection & Rigging, Load Charts, and Load Handling & Jobsite Safety and Hazard Recognition & Rhode Island Licensing Laws and Regulations
Complete timed mixed-domain practice sets under exam pacing
Re-drill the 10 weakest items from each prior deliverable until answered correctly twice
Reconstruct inspection checklist, load-chart method, rigging formulas, and hazard controls from blank paper
Confirm all flagged or unverified regulation points against official sources
Your checkpoint
A blank-paper recall packet covering all four domains plus a scored timed practice exam with a written list of remaining weak areas
Milestones
Week 2: Solve a load-chart problem cold, showing radius, configuration, deductions, and final usable capacity with correct margin
Week 4: Produce a complete written lift plan for an unfamiliar scenario in under 20 minutes without reference material
Week 6: Name the control for 18 of 20 hazards drawn at random from your own hazard log
Week 8: Score at least 85% on a timed mixed-domain practice set and have zero unresolved flagged regulation items