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

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

The Wisconsin Soils Code Module (ICC - SI - ECCY) Exam Book Package is designed for candidates preparing for the ICC soils code module exam with the references needed to study soil classification, earthwork, compaction, foundations, field inspection concepts, applicable building code provisions, and ASTM standards. Soils inspection and code-based testing require more than general construction knowledge. Candidates need to understand how soil behavior, foundation requirements, earthwork procedures, compaction testing, moisture-density relationships, field density testing, classification systems, and code requirements work together in real inspection conditions.

This exam book package gives candidates a focused reference set for preparing for the Wisconsin Soils Code Module. The included books and standards support study in both code interpretation and practical soils inspection. The International Building Code, 2021 supports code-based requirements for soils, foundations, site conditions, structural provisions, and inspection-related topics. Soils, Earthwork and Foundations: A Practical Approach; Based 2015 IRC and IBC supports practical understanding of soil behavior, foundation construction, earthwork, and inspection concepts. The ASTM standards included in this package support testing methods, laboratory procedures, soil classification, moisture content, density testing, and correction procedures used in soils-related inspection and quality control.

Soils exam preparation can be challenging because the subject combines technical terminology, code language, field procedures, laboratory standards, and practical judgment. Candidates may need to understand when a field density test applies, how soil classification is determined, what compaction standards measure, how moisture content affects earthwork, how foundations interact with soil conditions, and how inspection documentation connects back to the applicable code and standards. This package helps candidates organize the references needed for that study process.

The Wisconsin Soils Code Module (ICC - SI - ECCY) Exam Book Package is especially useful for candidates who want to study directly from the listed references. By working through the books and standards together, students can build familiarity with where key topics are located, how technical standards are structured, and how inspection questions may connect practical field conditions to written requirements.

What You Get

• 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)
• ASTM D4959-24

Exam Details

The Wisconsin Soils Code Module is associated with the ICC SI - ECCY exam path. The exam is connected to soils code knowledge and soils inspection preparation. ICC lists the ECC Soils Codes exam with a 2-hour duration and 60 questions. Candidates should be prepared to work with code references, practical soils concepts, and ASTM standards that support field and laboratory testing procedures.

Common exam-prep focus areas include:

• Soils terminology and inspection concepts
• Earthwork and site preparation
• Foundation-related code provisions
• 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
• Correction of unit weight and water content for oversized particles
• Inspection judgment, documentation, and code-based decision-making

Soils code module questions may require candidates to identify the correct reference, understand the purpose of a test method, interpret terminology, recognize soil classification concepts, apply foundation-related code provisions, or connect field conditions to the correct inspection standard. A question may involve compacted fill, foundation bearing conditions, site grading, soil moisture, field density testing, laboratory testing, classification symbols, plasticity, or correction procedures.

Because this exam area combines code provisions and technical standards, candidates should avoid relying only on memory. A strong study plan should include repeated reference review, practice locating information, and careful reading of definitions, scope statements, procedures, tables, notes, and terminology. Many soils-related questions turn on exact wording, so familiarity with the structure of each reference is an important part of preparation.

Open Book Test

The Wisconsin Soils Code Module (ICC - SI - ECCY) 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 familiarity with the books and standards. Candidates who do not practice with their references may lose valuable time searching for sections, definitions, test methods, procedures, or notes.

Open-book soils exam preparation is different from simply owning the books. Candidates need to know which reference is most likely to contain the answer. Code-based questions may require the International Building Code, while practical soils and foundations questions may point to the soils text. Questions about test procedures, density, moisture, compaction, classification, or correction methods may require one of the ASTM standards. Understanding which reference to open first can save time and improve accuracy during timed practice.

A practical open-book workflow includes:

• Identify the topic: Decide whether the question is about code, foundations, classification, compaction, field density, moisture content, plasticity, or correction procedures.
• Select the right reference: Use the IBC for code provisions, the soils text for practical explanation, and ASTM standards for test methods and technical procedures.
• Use indexes and headings: Practice locating key terms, definitions, procedures, tables, and notes quickly.
• Read the scope carefully: ASTM standards often define when and how a method applies.
• Watch for procedural details: Testing standards may include steps, apparatus requirements, calculations, reporting items, and limitations.
• Practice under timed conditions: Speed improves when candidates repeatedly work with the same references.

The goal of open-book preparation is not to read large portions of the reference during the exam. The goal is to recognize the topic, move to the correct book or standard, find the applicable section, and apply the information accurately. This book package supports that study process by giving candidates access to the reference materials used for code-based and standards-based soils preparation.

Licensing Steps

Certification, exam approval, and credential requirements can vary based on the candidate’s role, employer, jurisdiction, and the ICC certification path being pursued. A practical preparation path for the Wisconsin Soils Code Module commonly includes the following steps:

1. Review the exam path and confirm that the ICC SI - ECCY Wisconsin Soils Code Module matches the certification or job requirement being pursued.
2. Confirm eligibility expectations with the appropriate authority, employer, or credentialing process.
3. Gather the required references so study can be completed with the same books and standards tied to the exam path.
4. Study soils, earthwork, foundations, code provisions, and ASTM test methods using a structured schedule.
5. Practice reference navigation so you can locate definitions, procedures, tables, and code provisions more efficiently.
6. Review field and laboratory testing concepts connected to compaction, moisture, density, classification, and soil behavior.
7. Schedule and take the exam through the approved testing process.
8. Submit or maintain exam records as required by the credentialing authority, employer, or jurisdiction.
9. Continue professional development as needed to maintain knowledge and meet renewal or employer requirements.

This exam book package supports the study and reference-preparation portion of the process. Candidates should use the references consistently, build familiarity with each standard, and focus on understanding how code provisions and test methods apply to practical soils inspection conditions.

State Requirements

Wisconsin soils inspection, code module, and certification requirements may depend on the authority having jurisdiction, project type, employer expectations, and credentialing pathway. Candidates preparing for the Wisconsin Soils Code Module should confirm the exact credential or exam requirement tied to their work responsibilities.

From a preparation standpoint, candidates should focus on developing strong competency in the following areas:

• Code application: Understanding how the International Building Code applies to soils, foundations, site conditions, and inspection-related requirements.
• Soils knowledge: Recognizing soil behavior, earthwork concepts, foundation concerns, and practical field inspection issues.
• ASTM standard navigation: Finding the correct test method, scope, definitions, procedure, and reporting requirements.
• Field density and compaction concepts: Understanding how compaction is evaluated and how moisture-density relationships affect soil performance.
• Soil classification: Understanding classification systems and visual-manual identification concepts.
• Inspection judgment: Connecting field conditions, test results, documentation, and code requirements.

Soils code module preparation rewards candidates who study steadily and practice with the actual references. Candidates should become comfortable moving between the IBC, the soils text, and the ASTM standards. The ability to quickly determine which reference applies to a question can be just as important as knowing the underlying technical concept.

Reference Books

This Wisconsin 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 and foundations reference that supports study in earthwork, soil behavior, foundation concepts, site preparation, compaction, and inspection-related construction conditions.
• International Building Code, 2021
  A primary building code reference used for code provisions related to building construction, foundations, soils-related requirements, site conditions, inspections, and structural code application.
• ASTM D698-12(2021)
  A standard test method reference commonly associated with laboratory compaction characteristics of soil using standard effort.
• ASTM D1556/D1556M-24
  A standard test method reference associated with field density and unit weight of soil using the sand-cone method.
• ASTM D1557-12(2021)
  A standard test method reference commonly associated with laboratory compaction characteristics of soil using modified effort.
• ASTM D2487-17(2025)
  A standard practice reference associated with soil classification for engineering purposes using the Unified Soil Classification System.
• ASTM D2488-26
  A standard practice reference associated with visual-manual description and identification of soils.
• ASTM D4318-17e1
  A standard test method reference associated with liquid limit, plastic limit, and plasticity index of soils.
• ASTM D6938-23
  A standard test method reference associated with in-place density and water content of soil and soil-aggregate by nuclear methods.
• ASTM D7557/D7557M-09(2021)
  A standard practice reference associated with sampling and preparing rock and soil materials for testing and analysis.
• ASTM D4718/D4718M-15(2023)
  A standard practice reference associated with correction of unit weight and water content for soils containing oversized particles.
• ASTM D4959-24
  A standard test method reference associated with determining water content of soil by direct heating.

How these references work together: The IBC supports code-based study, the soils text supports practical understanding, and the ASTM standards support testing methods and technical procedures. Candidates should practice moving between the references so they can quickly identify whether a question is asking for code language, practical soils knowledge, classification guidance, compaction information, density testing, moisture content, or correction procedures.

Test Information and Study Materials

This exam book package is designed for candidates who want to study directly from the references tied to the Wisconsin Soils Code Module exam path. The references support preparation for code interpretation, soils inspection concepts, earthwork, foundation conditions, soil classification, laboratory compaction, field density, moisture content, and standards-based testing procedures.

1) Build your reference map.
Start by organizing the references by purpose. The International Building Code supports code requirements. The soils text supports practical explanation of soil behavior, earthwork, and foundations. The ASTM standards support technical test methods and procedures. Knowing the purpose of each reference helps you decide where to search first during study and practice.

2) Learn the structure of ASTM standards.
ASTM standards often include sections such as scope, referenced documents, terminology, significance and use, apparatus, procedure, calculations, reporting, and precision or bias. Candidates should become familiar with that structure because exam-style questions may ask about a definition, required procedure, test limitation, calculation concept, or reporting item.

3) Practice soil classification topics.
Soil classification is an important preparation area. Study the relationship between visual-manual identification, laboratory classification, particle size, plasticity, and classification symbols. Candidates should understand that soil classification is not simply naming a material; it is a structured process connected to engineering behavior and inspection decisions.

4) Review compaction and moisture-density relationships.
Compaction questions may involve the difference between standard effort and modified effort, moisture-density relationships, maximum dry density, optimum moisture content, and how compaction specifications are evaluated in the field. Practice connecting laboratory compaction results to field density testing concepts.

5) Study field density testing methods.
Field density testing can involve different methods and different jobsite conditions. Candidates should understand the purpose of density testing, how it relates to compaction control, and why field results must be connected to the correct laboratory reference values and project requirements.

6) Pay attention to moisture content.
Moisture content affects soil behavior, compaction, density, and field performance. Study how water content is determined, how it is used in soils testing, and how moisture conditions affect inspection decisions.

7) Review Atterberg limits and plasticity.
Atterberg limits are important for understanding fine-grained soils and their behavior. Candidates should be familiar with the purpose of liquid limit, plastic limit, and plasticity index, along with how those concepts support classification and engineering judgment.

8) Practice with oversized particle corrections.
Some soils contain particles that affect unit weight, water content, and compaction evaluation. Study how correction procedures are used and why they matter when comparing field results to laboratory values.

9) Connect code requirements to field conditions.
Code-based questions may describe a foundation, site condition, fill placement, soil concern, or inspection requirement. Practice identifying the issue and locating the applicable code provision or reference topic.

10) Review missed questions by cause.
After each study session, identify why a missed question occurred:

• Reference error: You searched the wrong book or standard.
• Navigation issue: You found the right reference but not the right section.
• Terminology gap: You misunderstood a soil, testing, or code term.
• Procedure detail: You missed a required step, limitation, note, or reporting item.
• Code interpretation issue: You found the code language but applied it incorrectly.
• Time management issue: You spent too long searching and had to rush.

This review method helps candidates improve the exact skill that needs work instead of simply completing more questions. Soils exam preparation is strongest when candidates combine technical understanding with fast, accurate reference navigation.

How 1 Exam Prep Helps You Reach Your Goal

1 Exam Prep supports Wisconsin Soils Code Module candidates with organized study guidance, trade-focused review, reference familiarity, and confidence-building preparation. This exam book package gives students the listed references needed to study the ICC SI - ECCY soils code module path with a stronger, more structured approach.

• Organized reference support: Candidates receive the books and standards needed to build a focused study plan around code, soils, earthwork, foundations, and testing procedures.
• Trade-focused preparation: The reference set supports real inspection topics such as compaction, density, moisture, classification, fill, foundations, and field documentation.
• Reference-navigation practice: Working directly with the listed books and ASTM standards helps candidates become more comfortable finding information quickly.
• Code and standards connection: Candidates can study how building code requirements and ASTM test methods work together in soils inspection scenarios.
• Confidence-building structure: A complete reference package helps reduce scattered study and gives candidates a clearer path for exam preparation.

With the right books, consistent study, and practical reference-navigation practice, candidates can approach the Wisconsin Soils Code Module exam with stronger preparation and a better understanding of the materials connected to soils inspection and code application.

FAQ Section

Which exam is this book package for?

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

What is included in the Wisconsin Soils Code Module Exam Book Package?

This package includes Soils, Earthwork and Foundations: A Practical Approach; Based 2015 IRC and IBC, International Building Code, 2021, and the listed ASTM standards for compaction, density, classification, moisture content, plasticity, and related soils testing procedures.

How many questions are on the ICC ECC Soils Codes exam?

The ICC ECC Soils Codes exam listing identifies 60 questions.

How much time is allowed for the ICC ECC Soils Codes exam?

The ICC ECC Soils Codes exam listing identifies a 2-hour duration.

Is the Wisconsin Soils Code Module exam open book?

Yes. This exam is commonly prepared for as an open-book, reference-based exam, which makes book familiarity, ASTM standard navigation, and timed reference practice important parts of preparation.

Why is the International Building Code 2021 included?

The International Building Code, 2021 supports code-based study for building, foundation, soils-related, site condition, inspection, and structural code provisions connected to the soils code module.

Why are ASTM standards included in this package?

ASTM standards support the technical testing and classification side of soils preparation, including compaction, density testing, water content, soil classification, plasticity, and correction procedures.

What should I study first for the Wisconsin Soils Code Module?

Start by organizing the references by purpose. Review the IBC for code provisions, the soils text for practical earthwork and foundation concepts, and the ASTM standards for test methods, procedures, definitions, and reporting requirements.

Does this book package include online course access?

This product is an exam book package. It includes the listed books and standards, not online course access.

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.