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Updated in [July 17th, 2023]

This course provides a comprehensive overview of the fundamentals of Geotechnical Engineering for the FE Civil Exam. It covers all of the topics required by the NCEES, including index properties and soil classifications, soil phase relations, laboratory and field tests, effective stress of soil, stability of retaining structures, soil shear strength, soil bearing capacity, foundation types, consolidation and differential settlement, slope stability, and soil stabilization.
The course is divided into three steps. In the first step, students will watch full explanation videos that explain the physical meaning and engineering concepts of geotechnical engineering. In the second step, students will watch multiple solved examples on each sub-topic for better understanding. In the third and last step, students will have multiple practice exams on each topic that cover different ideas for the exam to enable them to better assess their understanding level. Step-by-step videos for the solution to all of the exam problems are available to understand any point that may have been missed.
The course also includes access to a private Facebook group where students can discuss their findings or clarifications with the instructor and other students, and receive full support until they pass their FE Civil Exam.
This course is not only for engineers interested in attending the FE Civil Exam, but also for any structural/civil engineer who wants to understand the basics of Geotechnical Engineering.
Visit our Udemy channel to check the remaining courses covering the remaining topics of the FE Civil Exam. Don't waste any more time and join us now!

Course Syllabus

Introduction

Soil properties & classifications

Retaining structures

Foundations

Stability of soil

Conclusion