Idaho Falls Idaho Soils Code Module (ICC - SI - ECCY) Exam Book Package

Idaho Falls Idaho Soils Code Module (ICC - SI - ECCY) Exam Book Package

The Idaho Falls Idaho Soils Code Module (ICC - SI - ECCY) Exam Book Package is designed for candidates preparing for the ICC Soils Special Inspector Codes Module with the listed soils, earthwork, foundation, building code, and ASTM reference materials. Soils special inspection is a technical inspection discipline that connects geotechnical recommendations, approved construction documents, site preparation, fill placement, soil classification, field density testing, laboratory test results, and code-based construction requirements.

This exam book package includes Soils, Earthwork and Foundations: A Practical Approach; Based 2015 IRC and IBC; the International Building Code, 2021; ASTM D698-12(2021); ASTM D1556/D1556M-24; ASTM D1557-12(2021); ASTM D2487-17(2025); ASTM D2488-26; ASTM D4318-17e1; ASTM D6938-23; ASTM D7557/D7557M-09(2021); ASTM D4718/D4718M-15(2023); and ASTM D4959-24. These references support preparation for soil classification, compaction testing, moisture content testing, density testing, correction procedures, earthwork observation, foundation-related soil conditions, and the code requirements connected to special inspection.

The ICC SI ECCY Soils Code Module focuses on technical code knowledge and reference-based understanding for candidates preparing for soils special inspection responsibilities. Candidates should prepare for questions involving soil classification, field identification, laboratory classification, moisture-density relationships, standard and modified Proctor testing, sand cone testing, nuclear density testing, moisture content determination, fill placement monitoring, site preparation, foundation support conditions, excavation observations, reporting, and the relationship between approved documents and field conditions.

This package is a strong fit for special inspection candidates, soils inspectors, construction inspectors, geotechnical testing personnel, materials testing technicians, quality assurance staff, building department personnel, project representatives, and construction professionals preparing for soils inspection work. Soils inspection requires careful attention to site conditions, approved grading plans, geotechnical reports, compaction requirements, lift thickness, test locations, moisture condition, soil type, field density, laboratory results, and construction documentation.

Because this product is an exam book package, it is focused on the listed references only. Candidates should use these books to build familiarity with soil terminology, building code requirements, earthwork inspection procedures, field testing standards, laboratory testing standards, moisture-density relationships, classification systems, and inspection reporting concepts. The strongest preparation comes from reading the references actively, locating important sections repeatedly, and connecting technical requirements to real construction inspection decisions.

What You Get

This exam book package includes the following references for the Idaho Falls Idaho Soils Code Module (ICC - SI - ECCY) exam:

• Exam Book: Soils, Earthwork and Foundations: A Practical Approach; Based 2015 IRC and IBC
• Exam Book: International Building Code, 2021
• Exam Book: ASTM D698-12(2021)
• Exam Book: ASTM D1556/D1556M-24
• Exam Book: ASTM D1557-12(2021)
• Exam Book: ASTM D2487-17(2025)
• Exam Book: ASTM D2488-26
• Exam Book: ASTM D4318-17e1
• Exam Book: ASTM D6938-23
• Exam Book: ASTM D7557/D7557M-09(2021)
• Exam Book: ASTM D4718/D4718M-15(2023)
• Exam Book: ASTM D4959-24

These references support study of soils code requirements, earthwork observation, foundations, site preparation, soil classification, visual-manual procedures, laboratory classification, liquid limit and plastic limit testing, moisture-density relationships, standard and modified compaction tests, field density testing, nuclear gauge testing, sand cone testing, moisture content testing, and correction of unit weight and water content for soils containing oversize particles.

This product is an Exam Book Package. It includes the listed references and does not include online course access, rental books, application service, business formation, licensing approval, testing fees, or guaranteed exam results unless those items are separately stated in the product offer.

Exam Details

The Idaho Falls Idaho Soils Code Module (ICC - SI - ECCY) exam is connected to the ICC Soils Special Inspector certification path. Candidates should prepare for a reference-based exam that measures knowledge of soils, earthwork, compaction, field testing, laboratory testing, classification, building code requirements, and special inspection responsibilities. The codes module emphasizes technical requirements and field application rather than plan reading alone.

Soils special inspection work often begins before fill placement. Candidates should understand the importance of reviewing approved construction documents, geotechnical reports, project specifications, and code requirements before observing field work. Site preparation may involve clearing, grubbing, removal of unsuitable material, proofrolling, subgrade evaluation, excavation observation, and verification that the prepared area is ready for fill or foundation construction.

Soil classification is a major preparation area. Candidates should study visual-manual identification procedures, laboratory classification methods, particle size awareness, plasticity, fines content, soil group symbols, and soil descriptions. ASTM D2487-17(2025) supports classification of soils for engineering purposes, while ASTM D2488-26 supports visual-manual description and identification of soils. Candidates should understand how classification affects compaction, drainage, stability, and construction suitability.

Moisture-density relationships are central to soils inspection. ASTM D698-12(2021) supports the standard effort laboratory compaction test, while ASTM D1557-12(2021) supports the modified effort laboratory compaction test. These standards help establish the relationship between water content and dry unit weight, which is then used in the field to evaluate compacted fill. Candidates should understand maximum dry density, optimum moisture content, relative compaction, and how laboratory results support field testing.

Field density testing is another major exam area. ASTM D1556/D1556M-24 addresses the sand cone method, while ASTM D6938-23 addresses in-place density and water content of soil and soil-aggregate by nuclear methods. Candidates should understand the purpose of field density testing, how field results are compared with laboratory moisture-density curves, and how test results support acceptance or rejection of compacted fill.

Moisture content testing also matters. ASTM D4959-24 addresses determination of water content of soil by direct heating, while ASTM D4318-17e1 addresses liquid limit, plastic limit, and plasticity index of soils. Moisture condition can affect compaction, soil behavior, and construction suitability. Candidates should understand why soil that is too wet or too dry may not compact properly and how moisture test results support inspection decisions.

ASTM D4718/D4718M-15(2023) supports correction of unit weight and water content for soils containing oversize particles. ASTM D7557/D7557M-09(2021) supports related laboratory handling and correction concepts for compacted soil and soil-aggregate. Candidates should study how oversize particles can affect density testing and laboratory comparison so they can better understand test interpretation.

Open Book Test

The Idaho Falls Idaho Soils Code Module (ICC - SI - ECCY) exam is an open book test. Open book testing allows candidates to use approved references during the exam, but it still requires preparation, accuracy, and strong reference-navigation skills. Candidates must be able to identify the topic, choose the correct reference, locate the controlling requirement, and apply it within the testing period.

Open book special inspector exams require more than simply owning the books. Candidates should become comfortable moving through the International Building Code, 2021; Soils, Earthwork and Foundations; and each ASTM standard included in this package. During preparation, candidates should repeatedly locate requirements related to soil classification, standard compaction, modified compaction, field density testing, moisture content testing, plasticity testing, nuclear gauge testing, sand cone testing, oversize particle correction, fill placement, and inspection documentation.

The International Building Code, 2021 should be used to understand the building code context for soils, foundations, earthwork, special inspections, approved construction documents, and code compliance. Candidates should practice navigating the code so they can locate provisions related to special inspection and foundation-related construction when needed.

Soils, Earthwork and Foundations: A Practical Approach should be used as a practical study reference for soil behavior, earthwork inspection, foundation conditions, site preparation, fill monitoring, excavation awareness, and geotechnical construction concepts. This book helps candidates connect technical testing standards to field inspection situations.

The ASTM standards should be studied for their purpose, scope, terminology, procedures, equipment, calculations, reporting requirements, and limitations. Candidates should know which standard applies to each testing or classification task. For example, ASTM D698 and ASTM D1557 support laboratory moisture-density relationships, ASTM D1556 supports the sand cone method, ASTM D6938 supports nuclear density testing, ASTM D2487 and ASTM D2488 support soil classification and identification, and ASTM D4318 supports liquid limit and plastic limit testing.

Timed practice is important. Soils exams require careful reading because questions may involve similar-sounding tests, different ASTM procedures, field versus laboratory results, or soil conditions that change the correct answer. Candidates should practice with the books open and a clock running so they can build a rhythm for reading, locating, applying, and moving on.

Licensing Steps

Candidates preparing for the Idaho Falls Idaho Soils Code Module (ICC - SI - ECCY) exam should begin by confirming that this module matches the certification, job requirement, jurisdiction requirement, employer requirement, or project requirement they are pursuing. Soils special inspection requirements can depend on the authority having jurisdiction, project specifications, approved construction documents, geotechnical reports, and the role assigned to the inspector.

The ICC Special Inspector certification path for Soils includes the Special Inspector General Requirements exam module and soils-related exam modules. Candidates should organize their exam plan around the applicable ICC certification path and their current credential status. Candidates pursuing soils inspection work should also understand whether their employer, testing agency, building official, or project specifications require additional training, experience, certifications, or approvals.

After confirming the exam path, candidates should gather the listed references. This package includes Soils, Earthwork and Foundations: A Practical Approach; the International Building Code, 2021; and the ASTM standards listed in the product title. Candidates should begin studying with these books early so the reference layout, terminology, procedures, tables, calculations, and reporting language become familiar before testing.

The next step is building a study schedule. A practical schedule should include soil classification, visual-manual identification, laboratory classification, moisture-density relationships, field density testing, sand cone testing, nuclear density testing, liquid limit and plastic limit testing, moisture content testing, oversize particle correction, site preparation, fill placement, compaction monitoring, foundation observations, reporting, and special inspection responsibilities. Candidates should rotate through all major references instead of studying from only one book.

Once the major topics have been reviewed, candidates should move into timed practice. Practice should include reading a question carefully, identifying the topic, selecting the right reference, locating the requirement, applying the procedure or concept, and reviewing missed answers. Candidates should pay attention to whether mistakes come from weak technical knowledge, poor reference navigation, misunderstanding the test method, calculation errors, or misreading the question.

After preparation, candidates schedule the appropriate ICC exam through the current ICC testing process and follow all exam-day rules for identification, approved references, book condition, tabs, highlights, markings, and testing conduct. Candidates pursuing soils special inspection work should also follow any approval, employment, project, experience, documentation, or jurisdiction requirements established by the building official, employer, testing agency, registered design professional, geotechnical engineer, or authority having jurisdiction.

State Requirements

This product is written for candidates preparing for the Idaho Falls Idaho Soils Code Module (ICC - SI - ECCY) exam. Special inspector approval is tied to the applicable building official, project requirements, approved construction documents, geotechnical report, and the authority having jurisdiction. ICC certification can support a candidate’s qualifications, but approval to serve as a special inspector for a specific project is determined through the applicable local process.

Soils special inspectors are expected to understand inspection responsibilities related to earthwork and foundation support conditions. That includes reviewing approved documents, observing site preparation, verifying fill material, monitoring fill placement, observing compaction, reviewing field density tests, understanding laboratory moisture-density results, identifying unsuitable material, documenting discrepancies, and reporting whether work requiring special inspection conforms with approved documents and applicable requirements.

For Idaho Falls candidates, the ICC SI ECCY exam may be one part of a broader qualification process. A building official, employer, testing agency, geotechnical engineer, registered design professional, or project specification may require additional documentation, experience, approval, or verification before a person performs soils special inspection work on a project. Candidates should keep exam materials, reference books, application documents, work history, and project qualifications organized while preparing.

This package focuses on the study-material portion of exam preparation. The included books help candidates prepare for the code, technical, ASTM, field testing, laboratory testing, and inspection concepts connected to soils inspection. Candidates should use the references consistently during preparation so they become more comfortable applying technical requirements to field inspection situations.

Reference Books

• Soils, Earthwork and Foundations: A Practical Approach; Based 2015 IRC and IBC
  This practical reference supports study of soil behavior, site preparation, earthwork inspection, fill placement, compaction, foundation conditions, drainage, excavation concerns, and the relationship between soil conditions and building construction.
• International Building Code, 2021
  This building code reference supports study of special inspection requirements, approved construction documents, foundation-related provisions, earthwork considerations, code compliance, and the broader code context for soils inspection.
• ASTM D698-12(2021)
  This ASTM standard supports study of laboratory compaction characteristics of soil using standard effort, including maximum dry density and optimum moisture content concepts used for field compaction comparison.
• ASTM D1556/D1556M-24
  This ASTM standard supports study of the sand cone method for determining in-place density and unit weight of soil in the field.
• ASTM D1557-12(2021)
  This ASTM standard supports study of laboratory compaction characteristics of soil using modified effort, including moisture-density relationships used for evaluating compacted fill.
• ASTM D2487-17(2025)
  This ASTM standard supports study of soil classification for engineering purposes using the Unified Soil Classification System.
• ASTM D2488-26
  This ASTM standard supports study of visual-manual procedures for describing and identifying soils in the field.
• ASTM D4318-17e1
  This ASTM standard supports study of liquid limit, plastic limit, and plasticity index testing for soils.
• ASTM D6938-23
  This ASTM standard supports study of in-place density and water content testing of soil and soil-aggregate by nuclear methods.
• ASTM D7557/D7557M-09(2021)
  This ASTM standard supports study of procedures related to laboratory compaction and correction concepts for soil and soil-aggregate materials.
• ASTM D4718/D4718M-15(2023)
  This ASTM standard supports study of correction of unit weight and water content for soils containing oversize particles.
• ASTM D4959-24
  This ASTM standard supports study of water content determination of soil by direct heating.

Test Information and Study Materials

The Idaho Falls Idaho Soils Code Module (ICC - SI - ECCY) Exam Book Package supports candidates by providing the listed references needed for focused exam preparation. Candidates should use these books to study both the code requirements and the technical inspection concepts related to soils, earthwork, and foundations. This exam requires more than general construction familiarity because soils inspection depends on field observation, laboratory test results, ASTM procedures, and careful documentation.

Soil classification should be reviewed early. Candidates should understand gravel, sand, silt, clay, organic soils, plasticity, gradation, fines content, and soil group symbols. ASTM D2487 and ASTM D2488 are important for this preparation because soil classification and field identification influence how inspectors understand fill material, test results, compaction behavior, drainage, and construction suitability.

Compaction concepts should receive focused attention. Candidates should understand maximum dry density, optimum moisture content, standard effort, modified effort, relative compaction, lift thickness, field density, moisture condition, and acceptance criteria. ASTM D698 and ASTM D1557 should be studied together so candidates understand the difference between standard and modified compaction procedures.

Field density testing should be studied from both the sand cone and nuclear method perspectives. ASTM D1556/D1556M-24 and ASTM D6938-23 support two common field approaches for determining in-place density. Candidates should understand test purpose, field application, limitations, reporting, and how field results are compared to laboratory moisture-density relationships.

Moisture testing is important because moisture condition affects compaction. ASTM D4959-24 supports water content determination by direct heating, while ASTM D4318-17e1 supports liquid limit, plastic limit, and plasticity index testing. Candidates should understand how moisture and plasticity relate to soil behavior, workability, and compaction acceptance.

Oversize particles can affect density results and laboratory comparisons. ASTM D4718/D4718M-15(2023) supports correction of unit weight and water content for soils containing oversize particles. Candidates should study why corrections are needed and how large particles can affect compaction test interpretation.

Site preparation and fill monitoring should be part of every study plan. Candidates should review clearing, unsuitable material removal, proofrolling, subgrade preparation, fill placement, lift thickness, compaction equipment, moisture conditioning, testing frequency, and documentation. Field inspection questions may focus on what the inspector should observe, when testing is required, and how discrepancies are reported.

Foundation-related soils topics should also be reviewed. Candidates should understand bearing support, settlement concerns, expansive soils, groundwater issues, slope stability awareness, drainage, excavations, and the importance of following the geotechnical report and approved construction documents. The International Building Code, 2021 and Soils, Earthwork and Foundations support preparation in this area.

Study should be active and repetitive. Candidates should read a topic, locate it in the reference, create a mental path to that section, answer practice-style questions, and review missed areas. Repeated lookup practice is especially important for this exam because technical questions often require knowing which ASTM standard applies before looking up the details.

Candidates should also practice pacing. Some questions may be answered from strong topic knowledge, while others may require reference lookup or interpretation of a test method. A realistic study routine should include both technical review and timed practice so candidates can balance accuracy with speed.

How 1 Exam Prep Helps You Reach Your Goal

1 Exam Prep helps candidates prepare for the Idaho Falls Idaho Soils Code Module (ICC - SI - ECCY) exam with a practical, organized approach to exam readiness. Soils inspection can feel challenging because candidates must understand code requirements, soil classification, compaction, field density testing, laboratory procedures, moisture content, plasticity, foundation conditions, and ASTM standards.

This Exam Book Package supports preparation by giving candidates the listed references connected to the exam. Candidates can use the books to build familiarity with soils terminology, code provisions, field testing standards, laboratory testing methods, compaction procedures, classification systems, earthwork inspection concepts, and documentation responsibilities.

1 Exam Prep’s approach emphasizes organized study guidance, trade-focused review, practice-oriented preparation, reference navigation when applicable, and confidence-building study structure. Candidates are encouraged to work with the books consistently, review technical topics repeatedly, practice locating important sections, and build the habit of connecting exam questions to the correct reference material.

The goal is to help candidates approach the ICC SI ECCY exam with stronger organization and better familiarity with soils code and inspection concepts. This package does not guarantee a passing score, certification approval, licensing approval, or project approval, but it does provide a focused reference foundation for candidates preparing for the exam.

FAQ Section

What is included in the Idaho Falls Idaho Soils Code Module (ICC - SI - ECCY) Exam Book Package?

This package includes Soils, Earthwork and Foundations: A Practical Approach; International Building Code, 2021; ASTM D698-12(2021); ASTM D1556/D1556M-24; ASTM D1557-12(2021); ASTM D2487-17(2025); ASTM D2488-26; ASTM D4318-17e1; ASTM D6938-23; ASTM D7557/D7557M-09(2021); ASTM D4718/D4718M-15(2023); and ASTM D4959-24.

What exam is this book package for?

This package is for candidates preparing for the Idaho Falls Idaho Soils Code Module (ICC - SI - ECCY) exam.

Is the ICC SI ECCY Soils Code Module open book?

Yes. The ICC Soils Code Module is an open book test.

What topics should I study for the ICC SI ECCY exam?

Candidates should study soil classification, site preparation, fill placement, field density testing, laboratory compaction, moisture content, plasticity testing, oversize particle correction, foundation-related soil conditions, code requirements, and special inspection responsibilities.

Why is the International Building Code, 2021 included?

The International Building Code, 2021 supports study of special inspection requirements, approved construction documents, foundation-related code provisions, and the code context for soils inspection.

Why are ASTM D698 and ASTM D1557 included?

ASTM D698 and ASTM D1557 support study of laboratory moisture-density relationships using standard and modified compaction effort.

Why are ASTM D1556 and ASTM D6938 included?

ASTM D1556 supports the sand cone field density method, while ASTM D6938 supports field density and water content testing by nuclear methods.

Why are ASTM D2487 and ASTM D2488 included?

ASTM D2487 supports engineering classification of soils, while ASTM D2488 supports visual-manual description and identification of soils in the field.

Does this package include online course access?

This product title is an Exam Book Package. It includes the listed references and does not include online course access unless course access is separately stated in the product offer.

Does this package include application service?

No. This Exam Book Package includes the listed books only unless application service is separately stated in the product offer.

Does ICC certification automatically approve me as a special inspector on a project?

ICC certification can support a candidate’s qualifications, but approval to serve as a special inspector for a specific project is determined by the applicable building official, employer, project documents, geotechnical engineer, or authority having jurisdiction.

Does this package guarantee a passing score?

No. This package provides exam references for preparation. Exam results depend on the candidate’s study habits, reference navigation skills, technical understanding, and testing performance.