ICC Reinforced Concrete SI study plan
ICC Reinforced Concrete SI · Give each week a clear focus.
8 weeks · About 7 hours per week
Reinforced Concrete Inspection & Concrete Materials and Placement
Map the four exam domains to the inspection tasks you already perform on site, and list which tasks belong to each domain
Define the inspector's role and authority limits before and during concrete placement, including stop-work triggers
Identify the standard test methods for fresh concrete (slump, air content, temperature, unit weight, strength specimens) and state what each one verifies
Read the acceptance criteria for each fresh-concrete test and explain what happens when a result falls outside tolerance
Your checkpoint
A one-page table listing each fresh-concrete field test, its standard designation, sampling frequency, acceptance limit, and the inspector action when the limit is exceeded
Concrete Materials and Placement & Reinforced Concrete Inspection
Sequence the pre-placement checklist: formwork, embedded items, reinforcement cover, joint preparation, and placement readiness sign-off
Describe proper consolidation technique with internal vibrators and identify the defects caused by under- and over-vibration
Explain curing methods, curing duration requirements, and how to verify curing is being maintained in the field
Distinguish hot-weather and cold-weather placement precautions and the conditions that require suspension of placement
Your checkpoint
A completed pre-placement inspection checklist applied to one real or realistic placement scenario, with each item marked pass, fail, or not applicable and a note on the corrective action for any fail
Concrete Materials and Placement & Reinforced Concrete Inspection
Classify concrete deterioration mechanisms (freeze-thaw, sulfate attack, alkali-silica reaction, carbonation, chloride ingress) and match each to its visible field symptom
Explain the purpose of air entrainment, water-cementitious ratio limits, and supplementary cementitious materials in durability performance
Evaluate sampling and testing frequency requirements against a given pour volume and produce the required number of specimens
Interpret cylinder break results against specified compressive strength and identify when low-strength investigation is triggered
Your checkpoint
A worked strength-test evaluation for a pour of at least 100 cubic yards, showing required specimen count, test ages, and a written pass/fail determination with justification
Reinforced Concrete Inspection & Code Compliance and Plan Reading
Locate and interpret the general notes, specifications, and structural drawings that govern reinforcement placement on a project
Verify bar size, bar spacing, bar count, and lap splice length against the placing drawings and the governing code provisions
Check cover requirements for cast-in-place members exposed to different conditions and confirm cover with a cover meter or physical measurement
Explain the inspector's documentation duties: daily reports, nonconformance reports, and photo records
Your checkpoint
A reinforcement verification log for one beam and one column, recording specified versus observed bar size, spacing, count, lap length, and cover, with every discrepancy flagged
Reinforcement and Prestressing & Code Compliance and Plan Reading
Identify standard bar markings, bar sizes, and grades, and verify mill certificates against delivered reinforcement
Describe handling, storage, and protection requirements for reinforcement and the conditions that require rejection of delivered material
Explain the difference between development length, lap splice, and mechanical splice requirements and where each applies
Describe the inspection points for post-tensioning: tendon placement, anchorage zone reinforcement, stressing records, and grouting
Your checkpoint
A reinforcement receiving and placement inspection procedure covering delivery verification through final pre-pour sign-off, with the specific check at each step
Reinforcement and Prestressing & Concrete Materials and Placement
Explain prestressing fundamentals: pre-tensioning versus post-tensioning, and the role of prestress in controlling deflection and cracking
Verify tendon profile, drape, and anchorage locations against the shop drawings and identify common placement errors
Describe concrete requirements specific to prestressed members, including strength at transfer and elongation tolerance
Interpret stressing records and elongation measurements and determine whether the results fall within acceptable range
Your checkpoint
A written review of a stressing record and elongation calculation showing measured versus calculated elongation, percent deviation, and a recommendation to accept or investigate
Code Compliance and Plan Reading & Reinforced Concrete Inspection
Read a reinforced concrete framing plan and identify member sizes, reinforcement callouts, and section references without assistance
Cross-check a detail section against the plan callout and identify conflicting or missing information
Apply code provisions on lap splices, cover, and bar spacing to a specific member and document the code basis for each determination
Produce a nonconformance report for a code violation found on a drawing or in the field, including the code reference and required corrective action
Your checkpoint
A plan-reading exercise on one framing plan and two detail sections, producing a list of every reinforcement callout with its code basis and at least one documented discrepancy
Reinforced Concrete Inspection & Concrete Materials and Placement & Reinforcement and Prestressing & Code Compliance and Plan Reading
Complete timed practice sets across all four domains and score each domain separately
Identify the two weakest domains from practice scores and re-study only those topics
Recall from memory the key acceptance limits, test frequencies, and code thresholds without reference material
Build a personal one-page reference sheet of the facts you most often miss
Your checkpoint
A full-length timed practice exam with a domain-by-domain score breakdown and a written remediation list for any domain scoring below 75 percent
Milestones
Week 2: Can list every fresh-concrete field test with its acceptance limit and explain the inspector's action when a limit is exceeded, without notes
Week 4: Can verify bar size, spacing, lap length, and cover on a beam and column from drawings and record discrepancies in a proper log format
Week 6: Can explain pre-tensioning versus post-tensioning and evaluate a stressing record for elongation tolerance
Week 8: Scores at least 75 percent in every domain on a full-length timed practice exam and has a written remediation list for remaining gaps