Fundamentals of Geotechnical Engineering - FE Civil Exam from Udemy

In this course, you are going to have full preparation for the FE Civil Exam covering the topic of "Geotechnical Engineering"

This course will be your only studying source as it is the most comprehensive available course for the FE Civil exam that will enable you to master the "Geotechnical Engineering" topic for FE Civil Exam by going through the "3" following steps :-

In the first step, you are going to watch the Full explanation videos that explain the physical meaning and the engineering concepts of the geotechnical engineering as per and of course, the step by step videos for the solution to all of the exams problems are available to understand any point you might have missed.

All of the problems were carefully chosen from many different resources to resemble the same level of difficulty of the real FE Civil exam

The course covers all of the "Geotechnical Engineering" topic requirements as per latest NCEES requirements released in July - 2020 , including the following chapters

Index properties & soil classifications
Soil phase relations
Laboratory & field tests
Effective stress of soil
Stability of retaining structures
Soil shear strength
Soil bearing capacity
Foundation types [Isolated, strip footing, raft, piles...etc]
Consolidation & differential settlement
Slope stability
Soil stabilization

With this course, you will have access to our private FB group where you can discuss with the instructor and the remaining students any findings or clarifications you might have about this course, and you will be having the instructor's full support till you pass your FE Civil Exam.

Also, this course is not only for engineers interested in attending the FE Civil Exam. This course would perfectly suit any structural/civil engineer who wants to understand all of the basics of Geotechnical Engineering.

Visit our Udemy channel, to check the remaining courses covering the remaining topics of the FE Civil Exam...

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What's inside

Learning objectives

Master the "geotechnical engineering" as per fe civil exam requirements
More than 50 step-by-step solved examples covering each sub-topic of the geotechnical engineering
4 practice exams with different problems that resemble the same difficulty level of the real exam
Step-by-step solution for the practice exams problems

Learning the different types of soil and their properties
Learning about shallow and deep foundations and their design procedure
Learning bearing capacity, consolidation and shear strength calculations
Learning the design and the stability of soil retaining structures

Master the "geotechnical engineering" as per fe civil exam requirements
More than 50 step-by-step solved examples covering each sub-topic of the geotechnical engineering
4 practice exams with different problems that resemble the same difficulty level of the real exam
Step-by-step solution for the practice exams problems
Learning the different types of soil and their properties
Learning about shallow and deep foundations and their design procedure
Learning bearing capacity, consolidation and shear strength calculations
Learning the design and the stability of soil retaining structures

Syllabus

Field tests part-1 [Water content, relative density & relative compaction]

Field tests part-2 [Sieve analysis]

Field tests part-3 [SPT & Atterberg limits]

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Read about what's good

what should give you pause

and possible dealbreakers

Covers topics like soil classification, bearing capacity, and slope stability, which are fundamental for civil engineers working on geotechnical projects

Includes practice exams with problems that resemble the difficulty level of the real FE Civil exam, providing valuable preparation

Focuses on the 'Geotechnical Engineering' topic as per the latest NCEES requirements released in July 2020, ensuring relevance

Explores shallow and deep foundation design procedures, which are essential for structural and civil engineers

Requires familiarity with topics such as soil mechanics and structural analysis, which may necessitate prior coursework or experience

Requires learners to have access to the FE Civil Exam handbook, which may require additional purchase or access through a library

Reviews summary

Fe civil geotechnical engineering prep

According to learners, this course is a highly effective resource for preparing specifically for the Geotechnical Engineering section of the FE Civil Exam. Students highlight the thorough explanation videos and the abundance of step-by-step solved example problems as particularly helpful for mastering concepts. The practice exams are also frequently mentioned as valuable for simulating the real exam difficulty. Many appreciate the instructor's support, often facilitated through a private Facebook group, which helps clarify doubts. While primarily aimed at exam takers, some civil engineers find it a useful refresher on geotechnical basics. Overall, the feedback indicates this course is a strong and comprehensive study tool for its intended audience.

Good for reviewing basics, not just exam prep.

"Even if you're not taking the FE, it's a solid refresher for civil engineers."

"It helped me brush up on fundamentals I hadn't used in years."

"A good course for reinforcing core geotechnical knowledge."

Explanations are generally clear and easy to follow.

"The explanation videos were clear and explained the physical meaning well."

"I appreciated how the concepts were broken down simply."

"The lectures were easy to follow, even for complex subjects."

Instructor is supportive and responsive.

"The instructor was very responsive to questions in the Facebook group."

"I felt supported throughout my study process by the instructor's guidance."

"It's great to have direct access to the instructor for clarifications."

Covers necessary NCEES topics thoroughly.

"The course covers all the geotechnical topics required by the NCEES specifications."

"I felt confident that I wasn't missing any key material for the exam."

"The syllabus aligns perfectly with the FE exam's geotechnical section."

Practice exams simulate real test conditions well.

"The practice exams provided were very similar in difficulty to the actual FE questions."

"Taking the practice exams helped me gauge my readiness and identify weak areas."

"The provided practice problems were invaluable for my preparation."

Excellent solved problems clarify complex topics.

"The step-by-step examples are fantastic; they made difficult concepts much easier to understand."

"I loved how every type of problem was broken down into manageable steps."

"Having so many solved examples was the best way for me to practice."

Highly relevant and effective for FE Civil exam.

"This course was essential for passing the geotechnical section of the FE Civil exam."

"I found the course content directly applicable to the topics covered on the FE."

"It really helped me focus my study efforts on what's important for the exam."

Activities

Be better prepared before your course. Deepen your understanding during and after it. Supplement your coursework and achieve mastery of the topics covered in Fundamentals of Geotechnical Engineering - FE Civil Exam with these activities:

Review Soil Mechanics Fundamentals

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Reinforce your understanding of basic soil mechanics principles, which are essential for success in this FE Civil Exam prep course.

Browse courses on Soil Mechanics

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Review your undergraduate soil mechanics textbook.
Work through example problems related to soil properties and classification.
Familiarize yourself with common soil testing methods.

Practice FE Exam Geotechnical Problems

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Sharpen your problem-solving skills by working through practice problems that mirror the format and difficulty of the FE Civil Exam.

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Gather practice problems from various sources, including the NCEES practice exam.
Solve problems under timed conditions to simulate the exam environment.
Review solutions and identify areas where you need more practice.

Compile a Geotechnical Engineering Formula Sheet

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Create a reference sheet containing key formulas and concepts from the course to aid in problem-solving and exam preparation.

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Review course materials and identify essential formulas and definitions.
Organize the formulas into logical categories (e.g., soil properties, bearing capacity).
Create a concise and easy-to-read formula sheet.

Three other activities

Expand to see all activities and additional details

Show all six activities

Read 'Soil Mechanics and Foundations' (3rd Edition)

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Expand your knowledge of soil mechanics and foundation design with a comprehensive textbook.

View Soil Mechanics Fundamentals on Amazon

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Read the chapters relevant to the FE Civil Exam geotechnical engineering section.
Work through the example problems in the book.
Compare the book's approach to problem-solving with the course's methods.

Review 'Principles of Geotechnical Engineering'

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Solidify your understanding of geotechnical engineering principles with a well-regarded textbook.

View Principles of Geotechnical Engineering on Amazon

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Read the chapters covering soil properties, classification, and foundation design.
Solve the practice problems at the end of each chapter.
Relate the book's content to the topics covered in the FE Civil Exam prep course.

Tutor Other Students

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Reinforce your understanding of geotechnical engineering concepts by explaining them to others.

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Offer to tutor classmates or other students preparing for the FE Civil Exam.
Prepare explanations and examples for common geotechnical engineering problems.
Answer questions and provide guidance to students who are struggling with the material.

Career center

Learners who complete Fundamentals of Geotechnical Engineering - FE Civil Exam will develop knowledge and skills that may be useful to these careers:

Geotechnical Engineer

A Geotechnical Engineer analyzes soil and rock properties to design foundations and earthworks. This course directly prepares you for this role by covering the core principles of geotechnical engineering, including soil classification, phase relations, and stress analysis. The course also provides extensive practice with exam-style problems, ensuring you are ready to apply these skills effectively in practical applications. By learning the design procedures of shallow and deep foundations and calculations for bearing capacity, consolidation, and shear strength, you will be well-equipped for a career as a Geotechnical Engineer.

See salaries and explore the career path for Geotechnical Engineer

Civil Engineer

Civil Engineers design and oversee the construction of infrastructure projects, and a strong understanding of geotechnical principles, such as those presented in this course, is essential. This course covers all the necessary elements of geotechnical engineering, such as soil properties, foundation design and stability, and is aligned with the FE Civil Exam. Therefore, a Civil Engineer will find this course useful for advancing their technical knowledge. This course will help build a foundation in areas like soil mechanics, slope stability and retaining structures.

See salaries and explore the career path for Civil Engineer

Structural Engineer

A Structural Engineer is responsible for the design of structures, and this course provides a comprehensive overview of geotechnical engineering concepts important to creating safe structures. The course provides a deep dive into soil mechanics, including soil classification, strength and bearing capacity, topics that any Structural Engineer should find useful and relevant. This course may be helpful as it covers foundation types, design and stability, and the design of soil retaining structures, which you may need to be a competent Structural Engineer.

See salaries and explore the career path for Structural Engineer

Construction Manager

Construction Managers oversee building projects from start to finish, and a solid understanding of geotechnical engineering principles, such as those covered in this course, can be beneficial. A Construction Manager works closely with engineers, and this course covers key geotechnical topics such as soil properties, foundation design and stability, and retaining structures, which a Construction Manager may find helpful in their role. The course's focus on practical applications, with numerous solved examples may be useful in understanding the technical aspects of projects involving soil and foundations.

See salaries and explore the career path for Construction Manager

Environmental Engineer

Environmental Engineers focus on protecting the environment and public health, and they often deal with soil and water issues. This course may be useful for an Environmental Engineer by providing a foundation in soil mechanics, including soil properties and classifications, which are useful in assessing environmental impact and designing remediation strategies. The course covers soil stabilization methods, slope stability and soil consolidation, which can be helpful in environmental projects. This course is not the core focus, but may prove helpful in future work.

See salaries and explore the career path for Environmental Engineer

Transportation Engineer

Transportation Engineers design and oversee the construction of transportation infrastructure, such as roads and bridges, and having an understanding of geotechnical concepts is essential. This course helps a Transportation Engineer by providing fundamental knowledge in soil mechanics, including soil properties, stress analysis, and foundation design. This course covers topics relevant to roadbed design and bridge foundations, making it helpful to any Transportation Engineer. This course may help with an increased understanding when dealing with infrastructure.

See salaries and explore the career path for Transportation Engineer

Project Manager

Project Managers oversee various engineering projects, and while they may not do the technical work, understanding the underlying principles is an asset. This course may be helpful for a Project Manager by providing them with a detailed overview of geotechnical engineering, including soil mechanics, foundation design, and slope stability. The course provides a look into the practical concepts of geotechnical engineering which may increase the Project Manager's understanding of the projects they oversee. This course may improve a Project Manager's ability to communicate effectively with engineers.

See salaries and explore the career path for Project Manager

Materials Engineer

Materials Engineers research and develop new materials, but they also need to understand how existing materials perform in practical applications. This course may be useful for a Materials Engineer by providing foundational knowledge in soil mechanics. The course delves into the properties of different types of soil, including their strength, consolidation, and settlement. These topics may be correlated with other material properties, which may be useful for a Materials Engineer. The provided practice examples may also help develop an understanding of how materials perform under given conditions.

See salaries and explore the career path for Materials Engineer

Geologist

Geologists study the Earth's structure, and this course may be useful by providing an understanding of soil mechanics, which is important for understanding surface and subsurface processes. This course may be useful by teaching soil properties, classification, and the mechanics of soil behavior, all of which can help in a Geologist's work in areas such as land surveying, resource management, or environmental remediation. Topics covered include analysis of slope stability, and the design of retaining structures, which may be relevant to a Geologist. A Geologist may choose this course to broaden their knowledge of soil mechanics.

See salaries and explore the career path for Geologist

Surveyor

Surveyors measure and map land and may use that knowledge to support other fields, like engineering. This course may be useful for a Surveyor to understand the geotechnical engineering context behind the land they survey. The course covers soil properties, classifications, and methods for analyzing soil conditions, which are topics that may relate to what a Surveyor does. Knowledge of foundation types and soil stabilization from this course may be helpful to a Surveyor. While it is not the central focus of a Surveyor's work, this course may be beneficial.

See salaries and explore the career path for Surveyor

Urban Planner

Urban Planners develop plans and programs for land use and development. This course may be useful by providing basic knowledge of soil properties and foundation types which are pertinent to urban development. The course covers soil stability, bearing capacity and consolidation, which are topics that an Urban Planner may find useful when evaluating building sites and the environmental impact of their plans. This course may give an urban planner a basic knowledge of the geotechnical considerations that go into city planning, though this not the core focus of the role.

See salaries and explore the career path for Urban Planner

Mining Engineer

Mining Engineers design and manage mining operations, and a basic understanding of soil mechanics is helpful, given that mining involves excavation and working with earth. This course may be useful for a Mining Engineer by providing an understanding of soil properties, stability, and behavior under stress. The course covers slope stability and soil stabilization, which are topics that are relevant to the work that a Mining Engineer does. This course may not be directly correlated to the major responsibilities, but may still be useful.

See salaries and explore the career path for Mining Engineer

Hydraulic Engineer

Hydraulic Engineers work with water resource management, and an understanding of soil properties can be useful when dealing with water flow and soil erosion. This course may be useful for a Hydraulic Engineer by providing foundational knowledge in soil mechanics, including soil properties, stress analysis, and consolidation. The course provides insights into how soil behaves under different conditions, which may be relevant to their work. This course is a peripheral topic to the core work of a Hydraulic Engineer, and may be useful to a lesser degree.

See salaries and explore the career path for Hydraulic Engineer

Architect

Architects design buildings and structures, and having a basic understanding of geotechnical engineering can be useful to ensure their designs are feasible and safe. This course may be useful for an Architect as it provides an introduction to foundation types and soil stability. This knowledge may be helpful when considering how a structure is supported by the ground. While not central to the role, understanding soil mechanics may inform an Architect's design decisions. This course may increase awareness, but is not a core component of being an Architect.

See salaries and explore the career path for Architect

Real Estate Developer

Real Estate Developers identify and develop properties for various purposes. This course may be useful for a Real Estate Developer as it provides basic concepts about soil properties and foundation design, which are things that may be considered when assessing the suitability of a plot of land. The course's focus on soil stability and bearing capacity may be helpful to understand the potential for development. While this is not a core part of the work, this course may still be useful for a Real Estate Developer.

See salaries and explore the career path for Real Estate Developer

Fundamentals of Geotechnical Engineering - FE Civil Exam

What's inside

Learning objectives

Syllabus

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Reviews summary

Fe civil geotechnical engineering prep

Activities

Career center

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