NCCER Ironworker study plan
NCCER Ironworker · Give each week a clear focus.
8 weeks · About 6 hours per week
Ironworking & Reinforcing Ironwork
Map the NCCER Ironworker exam blueprint by listing the two domain weights and the key tasks under each
Identify and define 30 core ironworking terms (e.g., dead load, live load, camber, plumb, level, gauge) using a personal glossary
Explain the difference between structural and reinforcing ironwork in a one-page summary
Set up a study schedule with 6 hours per week blocked for the next 8 weeks
Your checkpoint
A one-page exam blueprint summary with domain weights and a 30-term glossary
Ironworking
Describe the safe use of personal protective equipment (PPE) for ironworkers, including fall protection, head, eye, and hand protection
Explain the procedures for pre-task planning and job hazard analysis (JHA) on an ironworking site
Identify the five common rigging knots and their applications
List the steps for inspecting rigging hardware (slings, shackles, hooks) before use
Your checkpoint
A safety checklist for rigging and fall protection with at least 15 items
Ironworking
Explain the proper use of hand signals for crane operations
Describe the load chart and capacity limitations of a crane
Identify the components of a structural steel frame (beams, columns, braces, connections)
Outline the sequence for erecting a simple steel structure, including plumbing and aligning
Your checkpoint
A written sequence for erecting a steel frame with a list of crane hand signals
Ironworking & Reinforcing Ironwork
Explain the purpose and installation of anchor bolts and base plates
Describe the types of structural connections (bolted, welded) and their inspection requirements
Identify the different types of reinforcing steel (rebar) and their grades
Explain the importance of rebar placement and concrete cover
Your checkpoint
A comparison chart of bolted vs. welded connections and rebar grades
Reinforcing Ironwork
Describe the proper handling and storage of reinforcing steel to prevent damage
Explain the cutting and bending of rebar according to bar lists and bending schedules
Identify the tools used for tying rebar and demonstrate the tie types (saddle, snap, figure-eight)
List the steps for placing rebar in a slab, beam, and column
Your checkpoint
A step-by-step guide for tying and placing rebar in a slab
Reinforcing Ironwork
Explain the purpose and installation of bar supports (chairs, bolsters, spacers)
Describe the requirements for lap splices and mechanical splices
Identify the common causes of rebar corrosion and methods of protection
Outline the inspection process for reinforcing steel before concrete placement
Your checkpoint
A checklist for pre-pour rebar inspection with at least 12 items
Ironworking & Reinforcing Ironwork
Review and solve practice problems on structural ironwork, focusing on connection details and erection sequences
Review and solve practice problems on reinforcing ironwork, focusing on bar placement and splicing
Create flashcards for 50 key terms and concepts across both domains
Take a timed 50-question practice test covering both domains
Your checkpoint
A scored practice test with a list of weak areas to review
Ironworking & Reinforcing Ironwork
Review weak areas identified in the practice test and re-study those topics
Take a second timed practice test and aim for a score of 80% or higher
Recite the safety procedures and rigging hand signals from memory
Finalize a one-page quick-reference sheet for exam day
Your checkpoint
A second practice test score of 80% or higher and a completed quick-reference sheet
Milestones
Week 2: Complete the safety checklist and score at least 80% on a safety and rigging quiz
Week 4: Complete the comparison chart and explain the erection sequence for a steel frame without notes
Week 6: Complete the pre-pour inspection checklist and correctly identify five rebar tying methods
Week 8: Score 80% or higher on the final practice test and review all incorrect answers