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

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

The California Soils Code Module (ICC - SI - ECCY) Exam Book Package is designed for candidates preparing for the ICC Soils Code Module exam with the reference books and standards needed for focused study. This package includes Soils, Earthwork and Foundations: A Practical Approach; Based 2015 IRC and IBC, the International Building Code, 2021, and the listed ASTM standards used to support soil classification, field density testing, laboratory compaction, moisture content, Atterberg limits, nuclear density testing, and correction procedures for soil testing and inspection.

Soils inspection and code preparation require careful attention to soil behavior, earthwork procedures, field conditions, foundation support, compaction requirements, soil classification, moisture-density relationships, testing methods, construction documents, project specifications, and accepted inspection practices. Candidates preparing for this exam should understand how soil conditions affect construction, how earthwork is evaluated, how test procedures are selected, and how inspection findings are documented in relation to approved requirements.

This exam book package supports preparation for the California Soils Code Module ICC SI ECCY exam path by bringing together a practical soils reference, a building code reference, and ASTM standards connected to common soil inspection and testing concepts. Soils, Earthwork and Foundations: A Practical Approach; Based 2015 IRC and IBC supports study of soil fundamentals, earthwork, foundations, site preparation, compaction, soil properties, and field inspection concepts. The International Building Code, 2021 supports study of building code provisions related to soils, foundations, site work, structural support, construction requirements, and code-based decision-making. The ASTM standards support review of specific test methods and classification procedures used in soil evaluation.

Students preparing for a soils code module should spend time learning how to move through each reference, recognize technical terminology, and connect field or laboratory scenarios to the proper requirement. A question may involve soil classification, compaction testing, moisture content, dry density, sand-cone testing, nuclear density testing, laboratory compaction, Atterberg limits, visual-manual soil identification, oversized particle correction, or foundation-related code provisions. The candidate’s task is to identify what is being tested, choose the correct reference, locate the applicable information, and apply it to the specific condition described.

This package is useful for candidates who want the reference materials in one focused bundle. The books and standards can be used to build a study plan, review technical soils language, practice reference navigation, and strengthen understanding of soil inspection. The goal is to become more confident locating information, reading requirements fully, and applying soils, earthwork, foundation, and ASTM testing concepts in a practical and professional way.

What You Get

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

This exam book package includes the listed reference book, code book, and ASTM standards only. It is intended to support self-directed study, code review, technical reference review, and preparation for candidates working toward the California Soils Code Module ICC SI ECCY exam path.

Exam Details

The California Soils Code Module exam is associated with the ICC SI ECCY exam path. Soils exam preparation commonly focuses on soil terminology, earthwork inspection, foundation-related code provisions, soil classification, field density testing, laboratory compaction, moisture-density relationships, Atterberg limits, nuclear density testing, correction procedures, construction document review, inspection responsibilities, and code-based field judgment. Candidates should be prepared to review reference language, understand the soil or earthwork condition described in a question, and select the answer that best reflects proper inspection and code application.

Common exam-prep focus areas include:

• Soil terminology and soil behavior
• Earthwork and site preparation concepts
• Foundation-related code provisions
• International Building Code organization and reference navigation
• Soil classification systems
• Visual-manual soil identification
• Compaction requirements and field density concepts
• Laboratory compaction and moisture-density relationships
• Moisture content testing
• Atterberg limits and soil plasticity
• Field density testing procedures
• Nuclear density testing awareness
• Correction of unit weight and water content for oversized particles
• Inspection documentation and code-based decision-making

Soils code module questions often include details that affect the correct answer. A question may involve the difference between soil classification and field identification, standard Proctor and modified Proctor compaction, field density and laboratory density, moisture content and optimum moisture content, or code provisions and project specifications. Other questions may focus on whether the candidate understands how to identify the correct ASTM standard, how to interpret field testing procedures, or how inspection observations should be tied back to approved construction documents and reference requirements.

Study should include both technical reference review and practical inspection thinking. The soils reference helps candidates understand soil behavior, earthwork, compaction, foundations, and inspection concepts. The International Building Code provides code context for soil and foundation-related requirements. The ASTM standards support specific test methods and classification procedures. Candidates should practice using the references directly because open-book preparation depends on being able to identify the correct book or standard, locate information efficiently, read requirements carefully, and apply them to the condition in the question.

Open Book Test

The ICC SI ECCY Soils Code Module exam is commonly prepared for as an open book, reference-based exam. Open-book testing allows references to support your answers, but it still requires preparation, speed, accuracy, and book familiarity. Candidates who have not practiced with the listed references may lose valuable time searching for soil classification procedures, density testing methods, moisture content requirements, compaction standards, code provisions, or foundation-related topics.

An open-book soils exam rewards candidates who can identify the topic quickly and use the correct reference efficiently. The goal is not to read large portions of the references during the exam. The goal is to recognize the soil, earthwork, foundation, compaction, density, moisture, or classification issue, select the proper code or standard, locate the applicable information, read carefully, and apply it to the specific field, laboratory, or plan condition described in the question.

A practical open-book workflow includes:

• Identify the soil topic: Decide whether the question involves soil classification, visual-manual identification, earthwork, field density, laboratory compaction, moisture content, Atterberg limits, nuclear testing, oversized particle correction, or foundation code provisions.
• Choose the right reference: Use the soils reference for practical earthwork and foundation concepts, the International Building Code for code provisions, and the ASTM standards for test methods and soil classification procedures.
• Use the reference structure: Practice locating major sections, definitions, tables, notes, procedures, calculations, classifications, and topic headings in each reference.
• Read the details: Soils questions may depend on the exact test method, soil condition, moisture condition, density value, classification procedure, or project requirement being used.
• Connect the question to the documents: When a question describes a project condition, determine whether it relates to approved drawings, specifications, a code requirement, a field test procedure, a laboratory test method, or inspection judgment.
• Review mistakes: Determine whether the issue was reference selection, navigation, misunderstood terminology, technical application, or missed details.

Licensing Steps

Certification, employment, exam acceptance, and inspection qualification requirements can vary by jurisdiction, employer, agency, or project authority. California candidates preparing for a Soils Code Module credential should follow the requirements set by the authority or employer connected to their exam path. A practical preparation path commonly includes the following steps:

1. Review the applicable certification or employment requirements and confirm that the ICC SI ECCY exam matches the soils inspection or code module path being pursued.
2. Confirm eligibility based on any required experience, training, application, employer, jurisdictional, or project-related rules.
3. Gather required materials such as identification, application documents, exam registration information, or employer-provided instructions.
4. Prepare with the required references using the listed soils, building code, and ASTM materials.
5. Practice open-book reference navigation so code provisions, soil procedures, ASTM standards, test methods, classifications, and inspection-related topics become easier to locate.
6. Review soils and earthwork concepts including soil behavior, site preparation, compaction, fill placement, foundation support, and field inspection awareness.
7. Review soil testing procedures including laboratory compaction, field density, nuclear density, moisture content, Atterberg limits, and soil classification.
8. Review ASTM standards so each test method and classification procedure can be matched to the correct soil inspection scenario.
9. Practice field inspection scenarios by connecting observed conditions to the proper reference information or construction document requirement.
10. Schedule and take the exam through the approved testing or credentialing process.
11. Submit exam results or documentation according to the requirements of the applicable agency, employer, or credentialing authority.
12. Maintain any required credential by following renewal, continuing education, training, employer, or jurisdictional requirements when applicable.

This package supports the exam-preparation portion of the process. Candidates should use the books and standards consistently, review reference language directly, and practice connecting soils, earthwork, foundation, and testing scenarios to the proper reference material.

State Requirements

Soils inspection requirements in California may depend on the jurisdiction, employer, agency policy, project specifications, approved construction documents, certification requirements, and the scope of work being performed. Candidates should follow the instructions provided by the appropriate authority for exam approval, registration, certification, employment, project qualification, continuing education, or local qualification requirements.

From an exam-prep standpoint, California Soils Code Module candidates should focus on building strong competency in the following areas:

• Soil and earthwork knowledge: Understanding soil terminology, earthwork practices, compaction concepts, foundation support, moisture conditions, and field inspection awareness.
• Building code awareness: Understanding how the International Building Code connects soil and foundation requirements to construction safety and code compliance.
• ASTM test method awareness: Recognizing when each ASTM standard applies to the condition described in a question.
• Construction document awareness: Recognizing the importance of approved plans, geotechnical information, specifications, compaction requirements, fill requirements, testing requirements, and project notes.
• Inspection judgment: Recognizing missing, incorrect, deficient, undocumented, or questionable soils and earthwork conditions from the facts given in a question.
• Reference navigation: Finding code topics, soil procedures, ASTM provisions, definitions, tables, notes, and inspection-related information quickly during timed study practice.
• Documentation awareness: Understanding why accurate observations, test records, reports, deficiency communication, and follow-up practices matter in soils inspection work.

California soils preparation should combine practical soils study, building code review, ASTM standard review, and field inspection thinking. Candidates should practice thinking through field and laboratory conditions from the perspective of an inspector who must compare observed work, test results, and project requirements with approved documents and applicable reference standards.

Reference Books

This California Soils Code Module (ICC - SI - ECCY) Exam Book Package includes the following references:

• Soils, Earthwork and Foundations: A Practical Approach; Based 2015 IRC and IBC
  A practical soils reference used to study soil behavior, earthwork, site preparation, compaction, foundations, fill placement, field inspection concepts, and construction-related soil evaluation.
• International Building Code, 2021
  A building code reference used to study code organization, definitions, foundation-related provisions, soil and site requirements, construction safety concepts, and building code requirements connected to soils and earthwork inspection.
• ASTM D698-12(2021)
  A laboratory compaction standard used to study moisture-density relationships of soils using standard effort and the procedures connected to standard compaction testing.
• ASTM D1556/D1556M-24
  A field density test standard used to study the sand-cone method for determining density and unit weight of soil in place.
• ASTM D1557-12(2021)
  A laboratory compaction standard used to study moisture-density relationships of soils using modified effort and the procedures connected to modified compaction testing.
• ASTM D2487-17(2025)
  A soil classification standard used to study classification of soils for engineering purposes using the Unified Soil Classification System.
• ASTM D2488-26
  A visual-manual soil identification standard used to study field identification and description of soils through visual and manual procedures.
• ASTM D4318-17e1
  A soil testing standard used to study liquid limit, plastic limit, and plasticity index of soils.
• ASTM D6938-23
  A field test standard used to study in-place density and water content of soil and soil-aggregate by nuclear methods.
• ASTM D7557/D7557M-09(2021)
  A field density-related standard used to study procedures connected to determining density and unit weight of soils in place by the drive-cylinder method.
• ASTM D4718/D4718M-15(2023)
  A correction procedure standard used to study correction of unit weight and water content for soils containing oversized particles.
• ASTM D4959-24
  A moisture content standard used to study determination of water content of soil by direct heating.

How these references work together: The soils reference provides practical context for soil behavior, earthwork, compaction, and foundations. The International Building Code provides code-based soil and foundation context. The ASTM standards provide specific procedures for soil classification, field density testing, laboratory compaction, moisture content, Atterberg limits, nuclear density testing, drive-cylinder density testing, and correction of unit weight and water content for oversized particles. Candidates should study all of the listed references so they can identify the correct source, locate requirements efficiently, and apply soils inspection concepts to exam scenarios.

Test Information and Study Materials

This exam book package is designed for candidates who want the reference materials connected to the California Soils Code Module ICC SI ECCY exam path. Preparation should be completed with the listed soils reference, International Building Code, and ASTM standards so candidates can build familiarity with soil terminology, code language, testing procedures, material classification, and inspection responsibilities.

1) Learn each reference layout.
Start by becoming familiar with the table of contents, major divisions, definitions, tables, notes, procedures, classifications, and topic headings in each reference. Soils preparation requires knowing which book or standard applies and where to begin searching. The faster candidates understand the layout of each reference, the easier it becomes to answer open-book questions efficiently.

2) Study soil terminology.
Soils questions often depend on technical vocabulary. Candidates should review terms related to soil classification, gradation, clay, silt, sand, gravel, moisture content, density, unit weight, compaction, optimum moisture content, maximum dry density, plasticity, Atterberg limits, fill, subgrade, foundation support, and field testing.

3) Review the International Building Code for soil and foundation context.
The International Building Code helps candidates understand the larger code framework for soil, foundation, and site-related requirements. Study code organization, definitions, foundation provisions, soils-related requirements, and how building code requirements connect to construction safety and inspection review.

4) Review laboratory compaction standards.
ASTM D698-12(2021) and ASTM D1557-12(2021) support study of moisture-density relationships using standard effort and modified effort. Candidates should understand that compaction questions may depend on the specified test method, compactive effort, moisture condition, and relationship between laboratory values and field density requirements.

5) Review field density testing standards.
ASTM D1556/D1556M-24, ASTM D6938-23, and ASTM D7557/D7557M-09(2021) support study of field density and unit weight testing methods. Candidates should practice recognizing whether a question involves sand-cone testing, nuclear methods, or drive-cylinder procedures.

6) Review soil classification and identification standards.
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 practice recognizing whether a question is asking for laboratory-based classification or field identification.

7) Review Atterberg limits and moisture content procedures.
ASTM D4318-17e1 supports study of liquid limit, plastic limit, and plasticity index. ASTM D4959-24 supports study of water content determination by direct heating. These topics are important for understanding soil plasticity, moisture condition, and how water content affects soil behavior and compaction.

8) Review correction procedures for oversized particles.
ASTM D4718/D4718M-15(2023) supports study of correction of unit weight and water content for soils containing oversized particles. Candidates should recognize when oversized material affects the interpretation of soil compaction or moisture-density information.

9) Practice choosing the right reference first.
Before searching, identify whether the question is about building code requirements, practical soils concepts, standard compaction, modified compaction, sand-cone field density, nuclear density, drive-cylinder density, soil classification, visual-manual identification, Atterberg limits, moisture content, or oversized particle correction. Choosing the correct reference saves time and reduces confusion during open-book study practice.

10) Review missed questions by cause.
After study sessions, identify why missed questions occurred:

• Reference selection error: The wrong code book, soils reference, or ASTM standard was used.
• Navigation error: The wrong table, section, procedure, heading, classification system, or reference area was used.
• Terminology issue: A soil, compaction, density, plasticity, foundation, or inspection term was misunderstood.
• Reading detail issue: The field condition, lab condition, material type, test method, specification, or exact wording was overlooked.
• Application issue: The correct reference information was found but applied incorrectly.
• Documentation issue: The inspection responsibility, report requirement, or testing concept was misunderstood.
• Time issue: Too much time was spent searching before choosing an answer.

How 1 Exam Prep Helps You Reach Your Goal

1 Exam Prep supports California Soils Code Module candidates with organized study guidance, trade-focused review, practice-oriented preparation, reference familiarity, and confidence-building study structure. This exam book package gives students the key references needed to build a focused preparation routine around the ICC SI ECCY exam path.

• Reference-based preparation: Candidates receive the listed books and standards needed to study soils code module topics.
• Soils and earthwork review: The soils reference supports study of soil behavior, earthwork, compaction, foundations, site preparation, and field inspection concepts.
• Building code review: The International Building Code supports study of soil, foundation, and construction-related code requirements.
• ASTM standard review: The listed ASTM standards support study of laboratory compaction, field density testing, soil classification, visual-manual identification, Atterberg limits, nuclear density, moisture content, and correction procedures.
• Inspection-focused study: Candidates can connect field, laboratory, and site conditions to reference information, approved construction documents, and documentation responsibilities.
• Reference-navigation practice: Working directly with the books and standards helps candidates become more comfortable finding information quickly and accurately.
• Confidence-building study structure: Candidates can use the references to create a consistent study routine, review weaker areas, and practice connecting soils scenarios to the proper technical information.

With consistent study, direct reference review, and practical application of soils and earthwork concepts, candidates can approach the California Soils Code Module exam with stronger preparation and a clearer understanding of the materials connected to soil classification, compaction, density testing, moisture content, foundations, reference navigation, inspection documentation, and professional field judgment.

FAQ Section

Which exam is this book package for?

This exam book package is for candidates preparing for the California Soils Code Module (ICC - SI - ECCY) exam path.

What books and standards are included in this package?

This package includes Soils, Earthwork and Foundations: A Practical Approach; Based 2015 IRC and IBC; 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.

Is this product an online course?

No. This product is an exam book package. It includes the listed reference book, code book, and ASTM standards only.

Is pricing included for this exam book package?

No pricing was provided for this exam book package. The product page should be paired with the current store price in Shopify.

Is the ICC SI ECCY Soils Code Module exam open book?

Yes. The ICC SI ECCY Soils Code Module exam is commonly prepared for as an open-book, reference-based exam, which makes reference familiarity and lookup practice important parts of preparation.

Why is the International Building Code included?

The International Building Code supports study of code organization, definitions, foundation-related provisions, soil and site requirements, construction safety concepts, and building code requirements connected to soils and earthwork inspection.

Why are ASTM standards included?

The ASTM standards support study of soil classification, visual-manual identification, laboratory compaction, field density testing, nuclear density testing, Atterberg limits, moisture content, and correction procedures used in soils inspection preparation.

How should I study with this book package?

Study the layout of each reference, review soil terminology, practice identifying the correct ASTM standard for each test method, review building code provisions, and connect field or laboratory scenarios to the proper reference information.

Does this package guarantee that I will pass the exam?

No. This package is designed to support preparation, reference familiarity, and organized study, but exam results depend on each candidate’s knowledge, study time, preparation, and performance on test day.