New Jersey Reinforced Concrete Code Module ICC SI 47CY Exam Book Package and Certification Guide

Preparing for the New Jersey Reinforced Concrete Code Module examination requires more than general familiarity with concrete construction. Candidates must understand concrete materials, reinforcing steel, formwork, placement, consolidation, curing, concrete delivery, field sampling, test specimens, slump, air content, aggregates, cement, ready-mixed concrete, volumetric batching, inspection documentation, and the responsibilities of a reinforced concrete special inspector.

The New Jersey Reinforced Concrete Code Module ICC SI 47CY collection currently includes the New Jersey Reinforced Concrete Code Module ICC SI 47CY Exam Book Package. The package is listed at a sale price of $1,645.00, compared with a regular price of $1,745.00.

This package is designed for construction inspectors, concrete testing personnel, quality-control technicians, engineering and testing-agency employees, building department personnel, project representatives, and candidates preparing for the ICC 47C Reinforced Concrete Codes Module.

The product title uses the 47CY designation, which refers to a code-year version of the ICC reinforced concrete codes module. Candidates should verify the exact code year and approved reference editions shown in the current ICC Exam Catalog before ordering or preparing the books.

New Jersey Reinforced Concrete Code Module ICC SI 47CY Exam Book Package

A complete reference set for concrete code and inspection preparation

The New Jersey Reinforced Concrete Code Module ICC SI 47CY Exam Book Package is listed at a sale price of $1,645.00, compared with a regular price of $1,745.00.

The package combines the ICC Concrete Manual with ASTM material and testing standards used to prepare for reinforced concrete inspection questions. Candidates can study concrete-code concepts and field-testing procedures from the references connected with the examination instead of relying on general summaries alone.

The package supports preparation in areas such as:

• Reinforced concrete terminology
• Special inspection responsibilities
• Concrete materials and properties
• Reinforcing steel specifications
• Epoxy-coated reinforcement
• Concrete delivery and production
• Fresh concrete sampling
• Slump testing
• Air-content testing
• Making and curing field specimens
• Concrete placement and consolidation
• Curing and protection
• Inspection records and discrepancy reporting

This product is an exam book package. It does not include online course access, application service, ICC examination registration, testing fees, certification approval, employment placement, or guaranteed examination results unless separately stated in the product offer.

References Included in the 47CY Package Line

The current Reinforced Concrete Code Module package line identifies the following references:

• 2021 ICC Concrete Manual
• ASTM A615/A615M-26
• ASTM A706/A706M-26
• ASTM A775/A775M-22
• ASTM C31/C31M-26a
• ASTM C33/C33M-24a
• ASTM C94/C94M-26a
• ASTM C143/C143M-26a
• ASTM C150/C150M-24
• ASTM C172/C172M-25
• ASTM C231/C231M-26
• ASTM C685/C685M-25a

Reference editions can change as ICC updates exam code years and approved materials. Candidates should compare every package item with the current ICC Exam Catalog before ordering or scheduling the examination.

Important New Jersey Code-Year Notice

New Jersey currently adopts the 2021 International Building Code, New Jersey edition, as its building subcode. The New Jersey Uniform Construction Code also contains state amendments, administrative requirements, errata, and periodic updates.

The ICC 47C examination is a national certification module. Its reference list depends on the code year selected during exam registration. A candidate should not assume that every 47CY package automatically matches every available version of the ICC examination.

Before purchasing or scheduling, confirm:

• The exact ICC exam title
• The selected code year
• The approved ICC Concrete Manual edition
• The approved ASTM editions
• The available testing method
• The current question count and time limit
• The open-book rules
• The rules for highlighting, tabs, and handwritten notes

A reference can remain useful for learning while no longer matching the edition used to write the current exam questions. The ICC Exam Catalog should control the final reference selection.

ICC 47C Reinforced Concrete Codes Exam Details

ICC currently lists the 47C Reinforced Concrete Codes Module as a national examination containing 60 multiple-choice questions with a two-hour time limit.

This gives candidates an average of approximately two minutes per question. Some terminology and inspection-duty questions may be answered quickly, while material-standard and field-testing questions may require detailed reference searches.

The examination is reference based. Candidates should be able to:

• Identify the subject being tested
• Select the correct reference
• Locate the controlling section or procedure
• Read the complete requirement
• Apply the requirement to the field condition described
• Move efficiently to the next question

Understanding the Full ICC Reinforced Concrete Special Inspector Path

Passing the 47C codes module alone does not complete the full ICC Reinforced Concrete Special Inspector certification path.

ICC Category 47 generally includes:

• Special Inspector General Requirements module
• 47C Reinforced Concrete Codes Module
• 47P Reinforced Concrete Plans Module

The General Requirements module may not be required when the candidate already holds an active ICC Special Inspector certification. Candidates should review their ICC certification record and the current pathway before scheduling exams.

ICC also identifies additional paths involving ACI credentials and experience evaluation for higher reinforced concrete special inspector categories. Candidates pursuing employment or project approval should verify whether an employer, testing agency, building official, or project specification requires additional ACI certification, field-testing credentials, or documented experience.

47C Codes Module Compared With the 47P Plans Module

47C Reinforced Concrete Codes

The codes module evaluates knowledge of reinforced concrete construction, material standards, testing procedures, inspection duties, reinforcement, concrete production, placement, and quality control.

47P Reinforced Concrete Plans

The plans module evaluates the ability to interpret approved structural drawings, reinforcing schedules, details, notes, sections, specifications, concrete strengths, bar sizes, spacing, cover, laps, embedded items, and other project-specific requirements.

A strong special inspector should understand both the general technical requirements and how those requirements are shown in approved construction documents.

What Does a Reinforced Concrete Special Inspector Do?

A reinforced concrete special inspector observes and documents construction activities that require special inspection. The inspector compares the work with approved construction documents, applicable codes, project specifications, and referenced standards.

Responsibilities may include:

• Reviewing approved structural plans and specifications
• Confirming reinforcing steel size and grade
• Inspecting bar spacing and placement
• Checking concrete cover
• Reviewing lap splices, hooks, and mechanical connections
• Inspecting formwork and embedded items
• Reviewing concrete delivery tickets
• Observing concrete placement and consolidation
• Coordinating fresh concrete sampling
• Observing slump and air-content testing
• Confirming field specimen preparation
• Documenting curing and protection
• Reporting discrepancies
• Preparing daily and final inspection reports

The special inspector does not redesign structural work or approve unauthorized changes. Questions involving design intent, missing information, or deviations should be referred to the registered design professional and authority having jurisdiction.

ICC Certification and New Jersey Project Approval

ICC certification can help demonstrate technical knowledge, but it does not automatically authorize an individual to serve as a special inspector on every New Jersey project.

Project qualification may also depend on:

• Approval by the construction official or building official
• Testing-agency qualifications
• Employer requirements
• Education and experience
• ACI certification
• Project specifications
• Statement of special inspections
• Registered design professional requirements
• New Jersey licensing or certification rules

Candidates should confirm the credential expected for the specific role, jurisdiction, employer, or project they are pursuing.

2021 ICC Concrete Manual

The 2021 ICC Concrete Manual is the primary general concrete reference identified in the current package line. It connects reinforced concrete requirements with practical inspection responsibilities.

Important study areas may include:

• Concrete materials
• Concrete properties
• Reinforcing steel
• Formwork
• Embedded items
• Concrete cover
• Concrete delivery
• Placement
• Consolidation
• Construction joints
• Curing
• Hot-weather placement
• Cold-weather placement
• Concrete strength
• Inspection procedures
• Reporting

Candidates should review the table of contents, index, definitions, diagrams, tables, and inspection examples before attempting strict timed practice.

Reinforced Concrete Fundamentals

Concrete has strong compressive capacity but relatively low tensile capacity. Reinforcing steel is placed in concrete to resist tensile forces, improve structural performance, control cracking, and provide ductility.

Candidates should understand:

• Concrete compression
• Steel tension
• Bond between steel and concrete
• Concrete cover
• Bar development
• Lap splices
• Hooks and bends
• Shear reinforcement
• Confinement reinforcement
• Temperature and shrinkage reinforcement
• Structural continuity

Inspection questions frequently require candidates to connect reinforcing details with approved structural documents and material standards.

ASTM A615/A615M Reinforcing Bars

ASTM A615/A615M covers deformed and plain carbon-steel bars used for concrete reinforcement.

Important subjects may include:

• Bar sizes
• Grades
• Yield strength
• Tensile strength
• Deformation requirements
• Dimensions and mass
• Bend testing
• Workmanship
• Identification markings
• Mill test reports

Inspectors should be able to identify reinforcing bar size and grade from markings and compare the delivered material with approved documents and certifications.

ASTM A706/A706M Low-Alloy Reinforcing Bars

ASTM A706/A706M covers low-alloy steel reinforcing bars with controlled mechanical properties and chemical composition.

These bars are commonly used when weldability, ductility, or seismic performance is important.

Candidates should review:

• Material classification
• Grade
• Yield and tensile requirements
• Weldability
• Chemical composition
• Deformation requirements
• Bar identification
• Test reports

Do not assume that ASTM A615 and ASTM A706 reinforcing bars are interchangeable. Approved construction documents should identify the required material.

ASTM A775/A775M Epoxy-Coated Reinforcing Bars

ASTM A775/A775M addresses epoxy-coated steel reinforcing bars used where additional corrosion resistance is required.

Inspection subjects may include:

• Coating material
• Coating thickness
• Continuity
• Holiday testing
• Damage limits
• Repair materials
• Handling
• Storage
• Fabrication
• Identification

Coated bars should be handled and supported in a way that reduces damage. Cut ends, damaged coating, field bends, and contact with unprotected equipment may require review or repair.

Reinforcing Steel Inspection

Before concrete placement, the inspector should compare reinforcement with approved structural drawings and specifications.

Inspection considerations include:

• Bar size
• Bar grade
• Bar quantity
• Spacing
• Location
• Concrete cover
• Lap-splice length
• Mechanical couplers
• Hooks and bends
• Supports and chairs
• Cleanliness
• Coating condition
• Dowels
• Anchor bolts
• Embedded items

Reinforcement should remain properly supported during concrete placement. Bars displaced by workers, hoses, vibration, or concrete pressure can reduce cover or change the structural arrangement.

Concrete Cover

Concrete cover protects reinforcing steel from fire, weather, moisture, corrosion, and other environmental exposure. It also contributes to bond and structural performance.

Required cover may depend on:

• Whether concrete is cast against earth
• Whether concrete is exposed to weather
• Bar size
• Structural element
• Fire-resistance requirements
• Project specifications
• Approved structural details

Inspectors should verify cover before placement and confirm that supports remain stable while concrete is being placed.

Formwork and Shoring

Formwork contains fresh concrete and establishes the shape, dimensions, alignment, and surface condition of the completed member.

Inspectors may review:

• Dimensions
• Alignment
• Elevation
• Cleanliness
• Tightness
• Release agents
• Openings
• Blockouts
• Chamfers
• Construction joints
• Shoring and reshoring
• Embedded items

The special inspector does not ordinarily design formwork or shoring, but should recognize conditions that affect the reinforced concrete work being inspected.

ASTM C33/C33M Concrete Aggregates

ASTM C33/C33M covers fine and coarse aggregates used in concrete.

Important areas may include:

• Aggregate grading
• Fine aggregate
• Coarse aggregate
• Deleterious substances
• Soundness
• Sampling
• Quality requirements
• Size designation

Aggregate properties affect workability, strength, durability, finishing, shrinkage, and concrete quality. Candidates should understand the purpose of the specification and how aggregate requirements connect with approved mixture proportions.

ASTM C150/C150M Hydraulic Cement

ASTM C150/C150M covers portland cement used in concrete.

Candidates should review:

• Cement types
• Chemical requirements
• Physical requirements
• Optional requirements
• Testing
• Certification
• Packaging and identification

The approved concrete mixture should identify the cementitious materials used. Inspectors may review delivery documentation and mixture information for consistency with approved submittals.

ASTM C94/C94M Ready-Mixed Concrete

ASTM C94/C94M addresses ready-mixed concrete that is batched and mixed for delivery to the project.

Important subjects include:

• Ordering information
• Materials
• Batching
• Mixing
• Delivery
• Water additions
• Revolutions
• Discharge
• Temperature
• Delivery tickets
• Testing
• Acceptance

Candidates should practice reading concrete delivery tickets and identifying information such as mixture designation, quantity, batch time, water, admixtures, and truck information.

ASTM C685/C685M Volumetric Batching and Continuous Mixing

ASTM C685/C685M covers concrete produced through volumetric batching and continuous mixing equipment.

Study subjects may include:

• Equipment requirements
• Calibration
• Material measurement
• Mixing
• Uniformity
• Production records
• Testing
• Delivery documentation

Volumetric production differs from conventional central or truck mixing. Candidates should recognize which standard applies to the concrete-production method described in the question.

ASTM C172/C172M Sampling Fresh Concrete

ASTM C172/C172M establishes procedures for obtaining representative samples of freshly mixed concrete.

Candidates should study:

• Sampling location
• Sampling from different mixer types
• Composite samples
• Required portions
• Sampling time
• Sample size
• Protection of the sample
• Remixing before testing

A test result is only meaningful when the sample represents the concrete being placed. Poor sampling can affect slump, air-content, temperature, and strength results.

ASTM C143/C143M Slump Testing

ASTM C143/C143M covers the slump test for hydraulic-cement concrete.

Important procedural areas include:

• Equipment condition
• Surface preparation
• Filling the mold in layers
• Rodding each layer
• Striking off
• Removing the mold
• Measuring slump
• Test timing
• Reporting

Slump is a measure of consistency and should not automatically be treated as a direct measurement of concrete strength. Candidates should know the correct test sequence and recognize an invalid test.

ASTM C231/C231M Air Content by the Pressure Method

ASTM C231/C231M covers determining air content of freshly mixed concrete through the pressure method.

Candidates should review:

• Equipment calibration
• Sample placement
• Consolidation
• Strike-off
• Cleaning contact surfaces
• Applying pressure
• Reading the gauge
• Aggregate correction factor
• Calculations
• Reporting

The pressure method has limitations for certain aggregates and concrete types. Read the scope and applicability section carefully.

ASTM C31/C31M Making and Curing Field Specimens

ASTM C31/C31M establishes procedures for making and curing concrete test specimens in the field.

Important subjects include:

• Specimen molds
• Sampling
• Number of layers
• Rodding
• Internal vibration
• Finishing
• Identification
• Initial curing
• Temperature control
• Protection from vibration
• Transportation
• Standard curing
• Field curing

Improper specimen preparation or curing can produce strength results that do not accurately represent the concrete. Candidates should understand the distinction between standard-cured and field-cured specimens.

Concrete Delivery Tickets

Concrete delivery tickets provide important information for confirming that the delivered concrete matches the approved mixture and project requirements.

Inspectors may review:

• Supplier name
• Truck number
• Project information
• Mixture designation
• Concrete quantity
• Batch time
• Cementitious materials
• Aggregate information
• Water
• Admixtures
• Water added at the site
• Revolutions

Delivery-ticket review should occur before or during placement so discrepancies can be addressed while the concrete is still available for evaluation.

Concrete Placement

Concrete should be deposited and consolidated in a manner that reduces segregation, cold joints, honeycombing, and displacement of reinforcement or embedded items.

Inspection concerns include:

• Placement method
• Drop distance
• Placement sequence
• Layer depth
• Rate of placement
• Segregation
• Rehandling
• Construction joints
• Reinforcement movement
• Form stability
• Weather conditions

Inspectors should document significant delays, unauthorized water additions, material segregation, displaced reinforcement, and other conditions that may affect compliance.

Concrete Consolidation

Consolidation removes entrapped air and helps concrete flow around reinforcing steel, embeds, corners, and form surfaces.

Study:

• Internal vibration
• External vibration
• Insertion spacing
• Penetration into previous layers
• Duration
• Avoiding undervibration
• Avoiding overvibration
• Congested reinforcement
• Equipment condition

Poor consolidation can result in voids, honeycombing, incomplete bond, exposed reinforcement, and reduced durability.

Concrete Curing and Protection

Curing helps concrete retain moisture and temperature conditions needed for strength development and durability.

Curing methods may include:

• Water curing
• Wet coverings
• Plastic sheeting
• Curing compounds
• Insulated blankets
• Heated enclosures
• Form retention

Inspectors should review curing duration, application timing, surface coverage, weather protection, and project requirements.

Hot-Weather Concrete

High temperatures, low humidity, wind, and solar exposure can accelerate slump loss, increase evaporation, reduce finishing time, and increase cracking risk.

Hot-weather precautions may include:

• Cooling materials
• Scheduling placement during cooler periods
• Using shade or wind protection
• Reducing delivery delays
• Preparing curing materials in advance
• Monitoring concrete temperature
• Controlling water additions

Cold-Weather Concrete

Cold weather can delay strength development and expose fresh concrete to freezing damage.

Cold-weather precautions may include:

• Heating materials
• Removing snow and ice
• Warming forms and subgrades
• Using insulated blankets
• Providing heated enclosures
• Monitoring temperature
• Protecting concrete during early curing

Concrete should not be placed on frozen material unless approved procedures correct the condition.

Construction Joints and Embedded Items

Construction joints should be located and prepared according to approved construction documents.

Inspectors may review:

• Joint location
• Surface preparation
• Reinforcement continuity
• Waterstops
• Shear keys
• Dowels
• Embedded plates
• Anchor bolts
• Sleeves
• Conduits

Embedded items should be secured before placement and should not improperly displace required reinforcement.

Concrete Strength and Test Results

Concrete strength is commonly evaluated through compressive testing of prepared specimens.

The special inspector may review:

• Specified compressive strength
• Sample identification
• Placement location
• Test age
• Standard-curing records
• Field-curing records
• Laboratory reports
• Low-strength results
• Required follow-up

The inspector should report test information accurately but should not independently make structural acceptance decisions outside the assigned authority.

Inspection Reports and Documentation

Accurate documentation is a central responsibility of special inspection.

A report may include:

• Project name and permit information
• Date and time
• Inspection location
• Structural element
• Approved drawing reference
• Reinforcing steel observed
• Concrete mixture and delivery information
• Placement activity
• Sampling and field tests
• Specimen identification
• Weather conditions
• Discrepancies
• Notifications
• Corrective action
• Final status

Reports should be factual, timely, complete, and limited to the inspector’s assigned scope and direct observations.

Handling Nonconforming Work

When work does not conform to approved documents or applicable requirements, the inspector should document the condition and notify the parties identified by the project’s special inspection procedures.

A practical process includes:

1. Identify the exact condition.
2. Record the location and affected work.
3. Reference the applicable plan, specification, or standard.
4. Notify the responsible party.
5. Document proposed corrective action.
6. Observe correction when required.
7. Record the final status.

The inspector should not direct structural redesign or accept an undocumented field change based only on personal experience.

How to Organize the Reference Package

Assign each reference a clear purpose:

• Use the 2021 ICC Concrete Manual for reinforced concrete inspection concepts.
• Use ASTM A615 for carbon-steel reinforcing bars.
• Use ASTM A706 for low-alloy reinforcing bars.
• Use ASTM A775 for epoxy-coated reinforcement.
• Use ASTM C33 for aggregates.
• Use ASTM C150 for portland cement.
• Use ASTM C94 for ready-mixed concrete.
• Use ASTM C685 for volumetric batching and continuous mixing.
• Use ASTM C172 for sampling fresh concrete.
• Use ASTM C143 for slump testing.
• Use ASTM C231 for pressure-method air-content testing.
• Use ASTM C31 for making and curing field specimens.

Create a subject-to-reference map while studying. Do not bring an added study sheet into the exam unless ICC rules specifically permit it.

Open-Book Exam Preparation

An open-book examination still requires extensive study. Candidates do not have enough time to read every ASTM standard from the beginning during a two-hour exam.

Strong preparation includes:

• Reviewing every table of contents
• Learning the scope of each ASTM standard
• Studying terminology sections
• Locating procedural steps
• Identifying reporting requirements
• Using permitted permanent tabs
• Highlighting important language when allowed
• Completing timed reference searches
• Reviewing incorrect answers
• Repeating slow lookups

ICC generally allows approved bound references, subject to the requirements for the selected exam and testing method. Candidates should confirm current rules for hardcopy books, digital references, tabs, notes, calculators, and loose material.

Suggested Reinforced Concrete Study Plan

Stage one: Confirm the ICC certification path

Review the General Requirements module, 47C codes module, 47P plans module, code year, approved references, and any ACI or experience requirements connected with the credential you need.

Stage two: Learn reinforced concrete fundamentals

Review concrete behavior, reinforcement, bond, cover, development, splices, structural elements, and inspection responsibilities.

Stage three: Study reinforcing steel standards

Review ASTM A615, A706, and A775, including bar grades, markings, weldability, coating, handling, and certifications.

Stage four: Study concrete materials

Review aggregate and cement requirements using ASTM C33 and C150.

Stage five: Study concrete production and delivery

Review ASTM C94 and C685, including batching, mixing, calibration, delivery tickets, water additions, and documentation.

Stage six: Study fresh concrete sampling

Review ASTM C172 and the requirements for obtaining a representative composite sample.

Stage seven: Study field tests

Review slump testing under ASTM C143 and air-content testing under ASTM C231.

Stage eight: Study field specimens

Review ASTM C31 for making, identifying, curing, protecting, and transporting test specimens.

Stage nine: Study placement and inspection

Review formwork, reinforcement, embedded items, delivery, placement, consolidation, curing, weather protection, and reporting.

Stage ten: Complete timed mixed practice

Complete 60-question practice sessions after reference selection and navigation become reliable.

Reference Navigation Drills

Practice locating:

• A reinforcing bar grade requirement
• A reinforcing bar identification marking
• An epoxy-coating repair requirement
• An aggregate quality requirement
• A ready-mixed concrete delivery requirement
• A volumetric mixer calibration provision
• A fresh concrete sampling procedure
• A slump-test step
• An air-content testing procedure
• A field-cylinder curing requirement

Record the time required for each lookup. Repeat difficult searches until the correct standard and section become easier to identify.

Exam-Day Strategies

Read the complete question before opening a reference. Identify whether the question concerns reinforcement, concrete materials, production, sampling, slump, air content, specimens, placement, curing, or inspection reporting.

Watch for controlling words such as:

• Minimum
• Maximum
• Required
• Permitted
• Prohibited
• Before
• After
• First
• Most appropriate

Select the most likely reference first. Searching through every ASTM standard for one question can consume too much time.

When a possible answer is found, read the surrounding section. Check the scope, terminology, apparatus, procedure, calculation, reporting, and limitation language.

Move past an unproductive question when review is allowed. Complete efficient questions before returning to difficult searches.

Common Reinforced Concrete Exam Preparation Mistakes

One common mistake is assuming that passing 47C completes the full Reinforced Concrete Special Inspector certification. The 47P plans module and General Requirements module may also be required.

Another mistake is studying only the ICC Concrete Manual. The reference package includes multiple ASTM material and testing standards.

Candidates may confuse ASTM A615 and ASTM A706 reinforcing bars or overlook the special handling requirements for epoxy-coated reinforcement.

Another mistake is memorizing test steps without understanding which ASTM standard applies.

Some candidates focus on slump and cylinders while ignoring ready-mixed concrete, volumetric batching, cement, aggregates, and reinforcement.

Candidates may also purchase the correct titles but the wrong editions. Confirm the selected code year before ordering.

Finally, open-book candidates often lose time because they do not practice reference selection. Learn which book to open before attempting strict timed tests.

Frequently Asked Questions

Q. How much does the New Jersey Reinforced Concrete Code Module Exam Book Package cost?

A. The package is listed at a sale price of $1,645.00, compared with a regular price of $1,745.00.

Q. Which exam is this package designed for?

A. It is designed for candidates preparing for the ICC 47C Reinforced Concrete Codes Module under the applicable 47CY code-year path.

Q. How many questions are on the ICC 47C examination?

A. ICC currently lists 60 questions.

Q. How much time is allowed?

A. The current time limit is two hours.

Q. Is the 47C examination open book?

A. It is a reference-based ICC examination. Candidates should review the current Exam Catalog for approved references and book rules.

Q. Does passing 47C complete the Reinforced Concrete Special Inspector certification?

A. No. Candidates generally also need the 47P Reinforced Concrete Plans Module and the Special Inspector General Requirements module unless an active ICC Special Inspector credential satisfies that requirement.

Q. What is included in the book package?

A. The package line includes the 2021 ICC Concrete Manual and ASTM standards covering reinforcing steel, epoxy-coated bars, aggregates, cement, ready-mixed concrete, volumetric batching, sampling, slump, air content, and field specimens.

Q. Why is ASTM A615 included?

A. ASTM A615 covers deformed and plain carbon-steel bars used for concrete reinforcement.

Q. Why is ASTM A706 included?

A. ASTM A706 covers low-alloy reinforcing bars with controlled properties and weldability requirements.

Q. Why is ASTM A775 included?

A. ASTM A775 covers epoxy-coated reinforcing bars and related coating, handling, testing, and repair requirements.

Q. Which standard covers ready-mixed concrete?

A. ASTM C94/C94M addresses ready-mixed concrete production, delivery, documentation, and testing requirements.

Q. Which standard covers sampling fresh concrete?

A. ASTM C172/C172M covers sampling freshly mixed concrete.

Q. Which standard covers slump testing?

A. ASTM C143/C143M covers the slump test for hydraulic-cement concrete.

Q. Which standard covers air-content testing?

A. ASTM C231/C231M covers air content by the pressure method.

Q. Which standard covers field test specimens?

A. ASTM C31/C31M covers making and curing concrete test specimens in the field.

Q. Does New Jersey use the 2021 International Building Code?

A. New Jersey currently adopts the 2021 International Building Code, New Jersey edition, as its building subcode.

Q. Does ICC certification automatically authorize me to inspect every New Jersey project?

A. No. Project approval may also depend on the building official, employer, testing agency, experience, ACI credentials, and project specifications.

Q. Does the package include the ICC examination fee?

A. No. The product is an exam book package. ICC exam registration and certification expenses are generally separate.

Q. Does the package include an online course?

A. The listed product is an exam book package and does not include online course access unless separately stated.

Q. Does purchasing the package guarantee a passing score?

A. No. Results depend on technical knowledge, study consistency, reference familiarity, code-year selection, and examination performance.

Q. Where can I review the package?

A. The package is available through the New Jersey Reinforced Concrete Code Module ICC SI 47CY collection from 1 Exam Prep.

Conclusion

The ICC Reinforced Concrete Codes Module tests a specialized combination of concrete materials, reinforcing steel, field testing, concrete production, placement practices, inspection procedures, and technical reference navigation.

The New Jersey Reinforced Concrete Code Module ICC SI 47CY Exam Book Package provides a coordinated reference set for this preparation. It is listed at a sale price of $1,645.00, compared with a regular price of $1,745.00.

The 47C examination currently contains 60 questions with a two-hour time limit. Passing this module alone does not necessarily complete the Reinforced Concrete Special Inspector certification path. Candidates should also review the 47P plans module, General Requirements module, and any ACI or experience requirements connected with their intended credential.

New Jersey currently adopts the 2021 International Building Code, New Jersey edition. ICC examination references depend on the code year selected in the Exam Catalog, so every reference title and edition should be verified before ordering.

Use the package actively. Learn the purpose of every ASTM standard, practice identifying reinforcing bar materials, review ready-mixed concrete and volumetric batching, perform timed sampling and testing lookups, and connect field observations with inspection documentation.

No book package can guarantee examination success, ICC certification, employment, testing-agency approval, or authorization to serve as a special inspector on a New Jersey project. Results depend on selecting the correct exam, meeting applicable credential requirements, understanding reinforced concrete inspection, and performing effectively during testing.

With the correct reference editions and a structured study plan, candidates can approach the ICC 47C examination with stronger concrete knowledge, faster navigation skills, and a clearer understanding of reinforced concrete special inspection responsibilities.

Key Takeaways

• The package is listed at $1,645.00, compared with a regular price of $1,745.00.
• The ICC 47C Reinforced Concrete Codes Module currently contains 60 questions with a two-hour time limit.
• The full ICC Category 47 path also includes the 47P plans module and, when applicable, the General Requirements module.
• The package line includes the 2021 ICC Concrete Manual and 11 ASTM standards.
• The references cover reinforcing bars, epoxy coating, aggregates, cement, ready-mixed concrete, volumetric batching, sampling, slump, air content, and field specimens.
• New Jersey currently adopts the 2021 International Building Code, New Jersey edition.
• ICC reference editions depend on the selected code year.
• ICC certification does not independently guarantee approval to inspect every New Jersey project.