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EAPGEO1
Basic of soil characterization
This online course provides a comprehensive foundation in the fundamental laboratory methods used to characterize soil classification and engineering behavior evaluation. Designed for civil engineering students, geotechnical professionals, and practitioners seeking to strengthen their understanding of soil mechanics, the course focuses on practical, standard-compliant testing procedures essential for site characterization and foundation design.
Learning Outcome
By the end of the course, participants will be able to independently perform sieve analysis, hydrometer testing, and Atterberg limits tests in accordance with ASTM and international standards, accurately classify soils, and interpret how index properties influence engineering behavior.
Format
Self-paced online modules with video demonstrations, step-by-step laboratory procedure guides, downloadable worksheets, quizzes, and virtual data analysis exercises.
Duration
3 hours (online)
EAPGEO2
Fundamentals of Soil Compaction
This professional-level course provides a thorough and systematic treatment of soil compaction. Designed for civil engineering students, practicing geotechnical engineers, construction managers, and field professionals, the course delivers both theoretical understanding and practical application of one of the most critical processes in earthwork construction.
Learning Outcome
Upon successful completion of this course, participants will be able to explain the fundamental principles of soil compaction, interpret Standard and Modified Proctor test results, determine optimum moisture content and maximum dry unit weight, select appropriate compaction equipment for different soil types, specify and verify relative compaction requirements in the field, evaluate the influence of molding water content on soil fabric, strength, and permeability, and make informed decisions regarding borrow material suitability and compaction control for engineered earth structures.
Format
The course is delivered entirely online through a concise and high-quality lecture. Each topic is accompanied by clear narration, a downloadable PDF lecture note, fully worked numerical examples, interactive quizzes with immediate feedback, and a final assessment focused on practical specification and field control problems. All materials are accessible on-demand, enabling flexible, self-paced study suitable for both academic and professional development.
Duration
3 hours (online)
EAPGEO3
Seepage & Groundwater Flow for Engineers
This practical, application-focused course provides engineers and technicians with a solid understanding of hydraulic conductivity and seepage analysis in soils, integrating both fundamental principles and real-world engineering methods. Using clear examples from 1D and 2D seepage problems, participants will learn the physics of groundwater flow, Darcy’s law, measurement of hydraulic conductivity, pore water pressures, capillarity, and anisotropy. The course then advances to two-dimensional seepage using Laplace’s equation, flownet construction, anisotropic transformations, uplift calculations, unconfined flow, and an introduction to numerical seepage modeling. This course is ideal for practitioners involved in geotechnical design, dam safety, retaining structures, dewatering, slope stability, and groundwater management.
Learning Outcome
By completing this course, participants will gain a practical understanding of groundwater flow and seepage behavior in soils, including the principles of hydraulic conductivity, Darcy’s law, pore water pressures, and capillarity. They will be able to compute 1D and 2D seepage using flow nets, evaluate uplift and anisotropy effects, interpret laboratory and field methods for measuring hydraulic conductivity, and apply these concepts to real engineering problems such as dams, excavations, and dewatering design.
Format
The course is delivered entirely online through a concise and high-quality lecture. Each topic is accompanied by clear narration, a downloadable PDF lecture note, fully worked numerical examples, interactive quizzes with immediate feedback, and a final assessment. All materials are accessible on-demand, enabling flexible, self-paced study suitable for both academic and professional development.
Duration
5 hours (online)
EAPGEO4
Soil Settlement & Consolidation Analysis for Engineering Design
This course provides a comprehensive and practice-oriented overview of soil compressibility, settlement mechanisms, and consolidation behaviour, integrating both theoretical foundations and engineering applications. Participants will explore immediate, primary, and secondary settlement processes; effective stress changes under loading; one-dimensional consolidation theory; and interpretation of oedometer test data using methods such as Casagrande, Taylor, and Becker approaches. Through real-world examples and step-by-step analysis procedures, the course builds strong competency in evaluating settlement for clays, silts, and granular soils and prepares engineers to confidently assess field performance and design implications.
Learning Outcome
Upon completion, participants will be able to interpret and analyze consolidation test results, determine key compressibility parameters, and apply both empirical and theoretical methods to predict soil settlement under various loading conditions. They will develop the capability to calculate immediate and consolidation settlements, estimate time-rate of settlement using Terzaghi’s theory, assess preconsolidation pressure and overconsolidation ratio, and incorporate drainage conditions and construction timing into design evaluations. This course equips engineers and technicians with practical tools to perform reliable settlement assessments for foundations, embankments, and earth structures.
Format
The course is delivered entirely online through a concise and high-quality lecture. Each topic is accompanied by clear narration, a downloadable PDF lecture note, fully worked numerical examples, interactive quizzes with immediate feedback, and a final assessment. All materials are accessible on-demand, enabling flexible, self-paced study suitable for both academic and professional development.
Duration
Full-day course (online)
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