ICC SI Soils Codes Module - ECCY Exam Book Package

The ICC SI Soils Codes Module - ECCY Exam Book Package is designed for candidates preparing for the ICC Soils Codes Module exam. This package includes the listed soils, earthwork, foundation, building code, and ASTM references needed for focused study: 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. Together, these references support preparation in soils inspection, earthwork, foundations, compaction control, soil classification, field density testing, laboratory moisture-density relationships, nuclear density testing, sand cone testing, moisture content, Atterberg limits, oversize particle correction, and code-based reference navigation.

The Soils Codes Module is intended for candidates who need to demonstrate knowledge connected to soils special inspection and earthwork quality control. Candidates preparing for the ECCY exam should be ready to study approved construction documents, geotechnical reports, fill placement, subgrade preparation, compaction requirements, field density testing, moisture-density relationships, soil identification, laboratory classification, visual-manual procedures, foundation support, excavation awareness, documentation, and reporting of nonconforming field conditions.

This book package is built for students who want the required soils code references in one place. Soils inspection exam preparation requires more than general construction experience. Candidates need to understand how soil conditions are evaluated, how compaction requirements are verified, how field density tests are performed, how laboratory test results are used, how soil classifications are interpreted, and how special inspection duties connect to approved plans, specifications, geotechnical recommendations, and building code requirements.

Soils and earthwork inspection is highly dependent on documents, procedures, testing standards, field observations, and clear reporting. A candidate may understand that compacted fill must meet project requirements, but exam preparation also requires the ability to locate the correct ASTM procedure, understand the purpose of each test, recognize how field results are compared to laboratory values, and document whether the work appears to comply with the approved requirements. This package supports that study process by combining soils and foundations study material, the 2021 International Building Code, and ASTM standards used for compaction, classification, moisture, density, and field verification.

Exam Details

The ICC SI Soils Codes Module - ECCY exam is a certification module for candidates preparing to demonstrate knowledge of soils code requirements, earthwork procedures, compaction control, soil testing standards, foundation support concepts, and special inspection-related reference information. Exam preparation for this package centers on the supplied soils, IBC, and ASTM references.

Candidates should prepare to work with soils terminology, earthwork inspection, fill placement, subgrade preparation, compaction requirements, moisture-density relationships, standard Proctor and modified Proctor awareness, field density testing, sand cone testing, nuclear density gauge testing, soil classification, visual-manual identification, Atterberg limits, moisture content testing, oversize particle correction, foundations, approved construction documents, geotechnical reports, inspection documentation, and reference navigation.

Soils code module questions often require candidates to understand which reference applies to the topic being tested. The soils and earthwork reference supports practical study of soils, earthwork, foundations, and inspection concepts. The International Building Code, 2021 supports code requirements related to soils, foundations, special inspections, and approved construction documents. ASTM standards support specific laboratory and field testing methods used to evaluate soil properties, compaction, moisture, density, and classification.

Important study areas may include earthwork terminology, soil types, soil classification, fill materials, compaction requirements, optimum moisture content, maximum dry density, field density, relative compaction, moisture correction, laboratory testing, field testing, nuclear density gauge awareness, sand cone test procedures, Atterberg limits, visual-manual soil identification, Unified Soil Classification System awareness, foundation bearing awareness, excavation safety awareness, geotechnical report review, inspection records, and reporting of nonconforming work.

Because the ECCY module is tied to soils special inspection and code preparation, candidates should focus on how soils and fill are evaluated, placed, tested, compacted, documented, and accepted. The included references support that preparation by giving candidates a structured set of books and standards for soils theory, building code requirements, ASTM testing procedures, and field inspection responsibilities.

Open Book Test

The ICC SI Soils Codes Module - ECCY exam should be prepared for as an open book reference-based exam using the listed materials. Candidates should practice working directly with the soils and foundations reference, the International Building Code, and the ASTM standards so they can locate information quickly and apply it accurately under exam conditions.

Open book testing still requires serious preparation. Candidates should not rely on the idea that the answer can simply be found during the exam. The challenge is recognizing the topic, selecting the correct reference, locating the correct chapter, section, table, test method, definition, or procedure, reading the information carefully, and applying it to the question being asked.

Reference navigation is one of the most important study skills for this module. Candidates should practice using tables of contents, indexes, code chapters, ASTM scopes, terminology sections, procedure sections, calculation sections, reporting sections, and soil classification tables. The goal is to become comfortable with the layout of each reference before test day.

Exam-room books should follow ICC testing rules. Candidates should avoid loose papers, temporary sticky notes, copied pages, handwritten notes, or added material that could cause a reference to be rejected. Permanent tabs, highlighting, and underlining should only be used when they comply with the rules for the exam administration method being used.

Licensing Steps

The ICC SI Soils Codes Module - ECCY credential path should be approached as professional certification preparation rather than a state contractor license application. Candidates should begin by reviewing the ECCY exam listing, confirming that they are selecting the correct module, and making sure they understand the credential pathway, reference materials, testing method, and candidate requirements.

A practical preparation path begins with organizing the required books and standards, reviewing the exam content areas, studying soils and earthwork fundamentals, building familiarity with the International Building Code, and practicing lookup in the ASTM standards. Candidates should create a study schedule that includes reference reading, code lookup, ASTM procedure review, soil classification study, compaction topic review, and timed practice.

Candidates should also review ICC exam policies before scheduling or sitting for the exam. This includes understanding identification requirements, exam administration rules, reference material rules, testing method options, retake policies, and conduct expectations. Being organized before exam day helps reduce avoidable problems during the testing process.

After preparation, candidates can move forward with exam registration through the applicable ICC exam process. Candidates should make sure the name on the testing account matches their government-issued identification and that they have selected the correct exam title and code year before purchasing or scheduling the exam.

After passing the required module or exam, candidates should follow ICC credentialing requirements for maintaining the certification. This may include tracking certification status, completing continuing education requirements when applicable, and renewing the credential according to ICC rules.

State Requirements

The ICC SI Soils Codes Module - ECCY supports professional development for individuals working in special inspection, soils inspection, earthwork inspection, construction materials testing, geotechnical field support, foundation inspection support, building code compliance, quality assurance, and field documentation roles. The module is designed to support knowledge connected to soils code preparation and special inspection responsibilities.

Soils inspection work may involve reviewing approved plans and geotechnical reports, observing subgrade preparation, verifying fill placement procedures, checking lift thickness awareness, coordinating field density testing, reviewing laboratory compaction data, identifying soil types, documenting moisture and density results, reporting nonconforming work, and communicating with the contractor, testing laboratory, approved agency, registered design professional, building official, or project team as applicable.

The ECCY module should not be treated as a contractor license, engineering license, geotechnical engineering authorization, building official appointment, employment guarantee, or local authorization to perform work beyond the holder’s approved role. Jurisdictions, employers, approved agencies, laboratories, and project specifications may set additional requirements for soils inspectors, field technicians, special inspectors, or testing personnel.

For exam preparation, candidates should focus on the knowledge areas represented by the listed references. That includes soils terminology, earthwork procedures, compaction testing, field density testing, soil classification, moisture testing, Atterberg limits, oversize particle correction, foundation support concepts, IBC requirements, ASTM procedures, approved construction documents, inspection documentation, and professional conduct. Strong preparation helps candidates connect code and test method language to field responsibilities.

Reference Books

• Included Book: Soils, Earthwork and Foundations: A Practical Approach; Based 2015 IRC and IBC
  This practical soils reference supports study of soil behavior, earthwork procedures, foundation support concepts, compaction, field inspection responsibilities, soil testing awareness, excavation topics, fill placement, and practical construction inspection concepts.
• Included Book: International Building Code, 2021
  This building code reference supports study of soils and foundations code provisions, special inspection requirements, approved construction documents, site preparation awareness, foundation requirements, excavation and fill concepts, and code navigation for soils inspection preparation.
• Included Book: ASTM D698-12(2021)
  This ASTM standard supports study of laboratory compaction characteristics of soil using standard effort, including moisture-density relationships, maximum dry density, optimum moisture content, specimen preparation, test procedure awareness, calculations, and reporting.
• Included Book: ASTM D1556/D1556M-24
  This ASTM standard supports study of field density and unit weight testing of soil using the sand cone method, including test procedure awareness, field measurement, moisture considerations, calculations, and reporting requirements.
• Included Book: ASTM D1557-12(2021)
  This ASTM standard supports study of laboratory compaction characteristics of soil using modified effort, including moisture-density relationships, maximum dry density, optimum moisture content, specimen preparation, calculations, and reporting.
• Included Book: ASTM D2487-17(2025)
  This ASTM standard supports study of soil classification using the Unified Soil Classification System, including particle-size awareness, plasticity characteristics, group symbols, group names, classification procedures, and reporting.
• Included Book: ASTM D2488-26
  This ASTM standard supports study of visual-manual soil identification, including field classification procedures, soil description, particle size awareness, plasticity awareness, color, moisture condition, consistency, and field documentation.
• Included Book: ASTM D4318-17e1
  This ASTM standard supports study of liquid limit, plastic limit, and plasticity index of soils, including Atterberg limits terminology, procedure awareness, calculations, classification support, and reporting.
• Included Book: ASTM D6938-23
  This ASTM standard supports study of in-place density and water content of soil and soil-aggregate by nuclear methods, including gauge use awareness, field procedure concepts, density and moisture results, calibration awareness, safety awareness, and reporting.
• Included Book: ASTM D7557/D7557M-09(2021)
  This ASTM standard supports study of field testing and soil-related procedure awareness connected to moisture, density, and quality control topics, including standard navigation, terminology, procedure review, and reporting requirements.
• Included Book: ASTM D4718/D4718M-15(2023)
  This ASTM standard supports study of correction of unit weight and water content for soils containing oversize particles, including rock correction awareness, compaction comparison, calculations, and reporting.
• Included Book: ASTM D4959-24
  This ASTM standard supports study of water content determination of soil by direct heating, including moisture content testing awareness, specimen handling, drying procedure concepts, calculations, and reporting.

Test Information and Study Materials

This book package supports ICC SI Soils Codes Module - ECCY exam preparation by focusing on the supplied references used for soils, earthwork, compaction, classification, moisture, density, and code study. Each reference has a specific purpose, and candidates should learn when to use each one during preparation.

A strong study routine should begin with soils terminology. Candidates should understand common terms related to soil, fill, subgrade, compaction, moisture content, dry density, wet density, optimum moisture, maximum dry density, lift thickness, relative compaction, bearing, settlement awareness, plasticity, gradation, fines, sand, gravel, silt, clay, and classification group symbols.

The soils and earthwork reference should be used to build practical understanding. Candidates should review soil behavior, field inspection responsibilities, fill placement, foundation support, excavation awareness, compaction methods, moisture conditioning, field density testing, laboratory testing, and the role of the soils inspector on construction projects.

The International Building Code, 2021 should be studied for code requirements tied to soils, foundations, excavation, fill, site preparation, geotechnical reports, special inspections, and approved construction documents. Candidates should practice locating building code provisions that connect earthwork and foundation support to code compliance.

Approved construction documents and geotechnical reports should be part of the study focus. Soils inspection work depends on plans, specifications, compaction requirements, soil recommendations, approved fill requirements, foundation notes, testing frequency, and special inspection requirements. Candidates should understand that field inspection decisions should be tied to the approved documents and applicable standards.

ASTM D698-12(2021) should be studied for standard effort laboratory compaction testing. Candidates should understand how maximum dry density and optimum moisture content are developed in the laboratory and how those values may be used as the basis for field compaction acceptance.

ASTM D1557-12(2021) should be studied for modified effort laboratory compaction testing. Candidates should understand the difference between standard and modified effort awareness, why a project may specify one compaction method over another, and how laboratory moisture-density curves support field quality control.

Field density testing should receive careful attention. ASTM D1556/D1556M-24 supports study of the sand cone method, while ASTM D6938-23 supports study of nuclear density and water content testing. Candidates should understand the general purpose of each method, how field density and moisture results are used, and how those results are compared to laboratory compaction data.

Nuclear density testing awareness should include gauge placement, test location preparation, moisture and density readings, standardization awareness, safety awareness, and reporting. Candidates should understand that nuclear methods are commonly used for field quality control, but results still require proper procedure and documentation.

Sand cone testing awareness should include test hole preparation, recovered soil, calibrated sand, volume determination, moisture content, density calculation, and reporting. Candidates should understand that sand cone testing is a field density method and that careful procedure matters for accurate results.

ASTM D2487-17(2025) should be studied for Unified Soil Classification System preparation. Candidates should review group symbols, group names, particle-size awareness, fines content awareness, plasticity characteristics, and how laboratory data supports classification. Classification helps inspectors and technicians understand soil behavior and compare field material to project requirements.

ASTM D2488-26 should be studied for visual-manual soil identification. Candidates should review field procedures for describing soil, including color, moisture condition, particle sizes, plasticity awareness, consistency, angularity awareness, odor awareness, and descriptive terminology. Visual-manual identification helps field personnel communicate soil conditions when laboratory classification is not immediately available.

ASTM D4318-17e1 should be studied for Atterberg limits. Candidates should understand liquid limit, plastic limit, and plasticity index, as well as why plasticity is important in classifying fine-grained soils. Atterberg limits help distinguish between silts and clays and support the Unified Soil Classification System.

ASTM D4959-24 should be studied for water content determination by direct heating. Candidates should understand the purpose of moisture content testing, specimen handling, drying procedure awareness, calculations, and reporting. Moisture content is critical because compaction results are closely tied to soil moisture conditions.

ASTM D4718/D4718M-15(2023) should be studied for correction of unit weight and water content for soils containing oversize particles. Candidates should understand why rock correction matters when field material contains larger particles than the laboratory compaction test can fully represent. Oversize correction helps create a more accurate comparison between laboratory and field results.

ASTM D7557/D7557M-09(2021) should be reviewed as part of the soil testing reference set. Candidates should become familiar with the standard’s organization, terminology, procedure requirements, and reporting expectations so they can locate information efficiently during study and open book practice.

Compaction control should be studied as a complete process. Candidates should understand the relationship between soil type, moisture content, compactive effort, lift thickness, equipment passes awareness, maximum dry density, optimum moisture content, field density, and percent compaction. Strong exam preparation should connect laboratory tests to field acceptance decisions.

Foundation support concepts should also be included in the study routine. Candidates should review subgrade preparation, unsuitable material awareness, proofrolling awareness, bearing support awareness, excavation conditions, fill under foundations, slab support, backfill, drainage awareness, and settlement concerns. Soils inspection supports the stability and performance of building foundations.

Nonconforming work should be studied carefully. Soft subgrade, unsuitable fill, excessive moisture, dry material, low density results, incorrect lift thickness, unapproved fill, undocumented test results, questionable classification, or deviations from the geotechnical report may require reporting and correction through the proper project channels.

Documentation is central to soils inspection work. Candidates should understand how field observations are recorded, how test results are reported, how locations are identified, how moisture and density results are tracked, how nonconforming work is documented, and how corrections are verified. Accurate documentation supports accountability and code compliance.

Safety awareness is also important. Soils and earthwork inspection may occur around excavations, heavy equipment, trenches, unstable slopes, compaction equipment, traffic, utilities, and changing weather conditions. While this book package focuses on exam references, candidates should connect inspection awareness to safe field behavior.

For open book practice, candidates should spend time locating information inside each reference rather than only reading summaries. A useful study method is to take a topic, identify the correct reference, locate the applicable section, table, definition, procedure, calculation, or reporting requirement, read the relevant material, and then answer a related practice question.

Timed practice can help candidates prepare for exam conditions. Candidates should practice finding IBC soils provisions, ASTM compaction methods, field density procedures, soil classification rules, moisture content procedures, Atterberg limits information, oversize correction requirements, and practical earthwork topics quickly. Moving between references efficiently can help reduce stress during the exam.

This book package gives candidates the listed references needed to build a structured preparation plan for the ICC SI Soils Codes Module - ECCY exam. Consistent study with the soils reference, IBC, and ASTM standards can help candidates strengthen soils code knowledge, improve test method navigation, and better understand the inspection responsibilities connected to earthwork and foundation preparation.

How 1 Exam Prep Helps You Reach Your Goal

1 Exam Prep helps candidates prepare for the ICC SI Soils Codes Module - ECCY exam with organized study guidance, soils code review, earthwork topic preparation, ASTM reference navigation, compaction and classification study support, and practical exam preparation structure. This book package gives candidates access to the listed references so they can focus their study on the materials that matter for ECCY preparation.

The study approach should focus on understanding soils and earthwork concepts, reviewing the International Building Code, practicing lookup in ASTM compaction and field density standards, studying soil classification and moisture testing procedures, and connecting reference requirements to real field and document-based soils inspection conditions. Candidates should become familiar with how each book or standard is arranged and how to move from a question topic to the correct section, table, procedure, or reporting requirement.

1 Exam Prep’s preparation style is practical and exam-focused. Students are encouraged to work directly with the books and standards, practice locating answers, review difficult topics, and build a routine that supports steady progress. The goal is to help candidates become more organized, more comfortable with the references, and better prepared for test-day conditions.

This package is especially useful for candidates who want a focused ECCY reference set for soils codes module preparation. By studying the soils reference, IBC, and ASTM standards together, candidates can build stronger familiarity with compaction testing, moisture-density relationships, soil classification, field density testing, documentation, and the professional judgment needed for soils special inspection preparation.

FAQ Section

Who is this book package for?

This book package is for candidates preparing for the ICC SI Soils Codes Module - ECCY exam who need the listed references for soils, earthwork, compaction, classification, field density, moisture testing, and building code study.

What books and standards are included in this package?

The included references are 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.

Why is the International Building Code, 2021 included?

The International Building Code, 2021 supports preparation for soils and foundations code provisions, special inspection requirements, approved construction documents, site preparation awareness, foundation requirements, excavation and fill concepts, and code navigation.

Why are ASTM D698 and ASTM D1557 included?

ASTM D698 supports study of laboratory compaction characteristics using standard effort, while ASTM D1557 supports study of laboratory compaction characteristics using modified effort. Both standards help candidates prepare for moisture-density relationship and compaction control topics.

Why are ASTM D1556 and ASTM D6938 included?

ASTM D1556 supports study of field density testing using the sand cone method, while ASTM D6938 supports study of in-place density and water content testing by nuclear methods. Both standards are important for field compaction verification preparation.

Why are ASTM D2487 and ASTM D2488 included?

ASTM D2487 supports study of soil classification using the Unified Soil Classification System, while ASTM D2488 supports study of visual-manual soil identification. Both references help candidates prepare for soil description and classification questions.

What topics should I study for the ICC ECCY exam?

Candidates should study soils terminology, earthwork procedures, compaction control, field density testing, laboratory moisture-density relationships, soil classification, visual-manual identification, Atterberg limits, moisture content testing, oversize particle correction, foundations, IBC requirements, ASTM procedures, documentation, and reference lookup.

Is this package useful for open book exam preparation?

Yes. This package helps candidates practice with the listed references, build lookup skills, and become more familiar with the books and ASTM standards used for soils codes module preparation.

Does this book package include course access?

This product is a book package. It includes the listed references for ECCY exam preparation.

Does this package include application service?

No. This product is a book package focused on the listed ICC Soils Codes Module references.

Is the ECCY module a contractor license?

No. The ECCY module is connected to ICC professional certification preparation. It should not be treated as a contractor license, engineering license, building official appointment, geotechnical authorization, or local authorization beyond the holder’s approved role.

Does this book package guarantee passing the exam?

No. This package provides the listed references to support exam preparation. Exam results depend on the candidate’s experience, study habits, reference knowledge, and test performance.