Best Civil Engineering Courses

Find the best online Civil Engineering Courses for you. The courses are sorted based on popularity and user ratings. We do not allow paid placements in any of our rankings. We also have a separate page listing only the Free Civil Engineering Courses.

Crash Course on Civil Engineering and AutoCAD: Part 3

A Grand Introductory Course on Environmental Engineering with a trace of Artificial Intelligence in 2021

Created by Srinidhi Ranganathan - Digital Marketing Legend - India's Top Udemy Instructor

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Students: 19511, Price: $19.99

Students: 19511, Price:  Paid

This incredible series-based crash course takes an amazing turn here in Part 3 as "New-age Environmental Engineering & Artificial Intelligence" concepts are taught by Digital Marketing Legend "Srinidhi Ranganathan" and Narmadha.M.

Environmental Engineering is a professional engineering discipline that takes advantage of specific scientific topics such as chemistry, biology, geography, geology, hydraulics, hydrology, microbiology, and mathematics to create solutions that will preserve and also improve the health of living organisms and increase environmental quality. Environmental engineering is a civil engineering, chemical engineering, and mechanical engineering sub-discipline.

Environmental engineers research the environmental impact of technological advances, tackling local and global environmental issues such as acid rain, global warming, ozone depletion, water pollution, and air pollution from vehicle exhausts and industrial sources.

Environmental engineers ' job prospects are outstanding. Between 2021 to 2024, the sector is expected to grow by 25 percentage, faster than the average for all occupations. Some development will be fuelled, especially in Western states, by the need for water reclamation projects that increase water resources.

In this amazing course, we will learn the following:

  • Heavy Metal Removal From Industrial WasteWater using Low-Cost Absorbents.  This includes the topic of heavy metals, the environmental impact of heavy metals, conventional methods etc.

  • Sources of Heavy Metals and Introduction to Adsorption, Sources of heavy metals and their cycling system in the soil-water-air organism ecosystem etc.

  • Types of Adsorption and Outline to Low-Cost Adsorbents - Insights on Physical Adsorption, Chemical Adsorption, Low-Cost Adsorbents etc.

  • Role of Artificial Intelligence to detect water leaks and much more.

We will also look at a very real and practical example of an environmental atlas - an interactive map to track environmental changes across the globe that will tend to make the course fun, engaging and interesting - at the same time.

Enroll Now and let's start booming.

Let's get busy and start learning this with utmost zeal.

Multiple Choice Questions- Civil Engineering

Civil Engineering

Created by Vipin Joshi - B.Tech, M.Tech, IFERP, Editorial Board Member- IJRAST

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Students: 5150, Price: $19.99

Students: 5150, Price:  Paid

  • The practice test covers all the Basics in Civil Engineering (questionnaires)  and will be helpful for attending and understanding the basics asked during interviews.

  • The practice test covers all the basic objective questions asked in civil engineering.

  • The practice test is mandatory for all civil engineering graduates.

  • The questionnaires can be helpful for HR in different Industries to assess candidates if he/she possesses sufficient knowledge in the background mentioned above.

Fundamentals of Structural Analysis

Get to grips with civil engineering structural analysis once and for all

Created by Dr Seán Carroll - BEng (Hons), MSc, PhD, CEng MIEI, FHEA

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Students: 5094, Price: $109.99

Students: 5094, Price:  Paid

In this course we'll cover fundamental concepts and methods in static structural analysis. Starting with the very basics, we explore forces, moments and how to use the principle of static equilibrium. Then we move on to look at pin-jointed structures or trusses; what are they and how do we analyse them? We'll cover the joint resolution method and method of sections in detail. Worked examples are used extensively to demonstrate the practical application of theory.   

This course has been designed to cover the key topics that students first encounter when studying structural mechanics. Based on my experience teaching engineering undergraduates, the course focuses on those areas students find particularly tricky when starting out.

I've also emphasises the link between theory and practice and we explore how our models of structural behaviour map onto the real world. A good civil or structural engineer knows the limits of their model. So in this course we're really going to emphasise this distinction between model prediction and real world structural behaviour.

The course includes video lectures which combine screencast voice over with traditional style lectures. The emphasis is on worked examples with students encouraged to try questions before the detailed solution is presented. The teaching philosophy is 'learn by doing!'

This course is suitable for engineering students who find their mechanics/structures lectures confusing and feel a little lost when it comes to structural analysis. Students wishing to get a head start before starting their degree programme or more advanced engineering students who need a refresher would also benefit from taking this course. Construction industry professionals such as surveyors, architects etc. would also benefit from understanding the materials covered in this course.

Basics of Civil Engineering in Construction

Practical Course on Quantity Estimation, Tendering, Concrete Technology, BOQ, Running Bill, Levelling, Rebar work, etc.

Created by Gokul Saud - Civil Engineer and Structural Designer

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Students: 4436, Price: $19.99

Students: 4436, Price:  Paid

We spend four years at engineering college and learn many things. However, there are things that are not taught at the engineering college but are useful in professional life. This course is intended to cover the void that remains even after four years of engineering.

This course is intended to teach you the conceptual things that check your logical reasoning capacity. It will polish your knowledge regarding some of the basic questions on civil engineering.  This course is intended for civil engineering students who are about to complete their engineering course and the fresh civil engineering graduates who are about to seek a job. This course will keep on expanding as I will keep on adding the lectures. 

Pile Foundation (Expert Course)

Foundation Design, Civil Engineering: Foundation Engineering, Basic Engineering Problems and Solution

Created by Vipin Joshi - B.Tech, M.Tech, IFERP, Editorial Board Member- IJRAST

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Students: 3550, Price: $34.99

Students: 3550, Price:  Paid

An extensive course on Pile foundation covering all the basic learning one has got through the textbooks of Foundation Engineering. The course covers the basic as well as deep learning required by graduates, practicing Geotechnical Engineers and Consultants.

Course Objectives and Outcomes:

  • In this course, the student will be able to understand the various topics and terminologies used in Foundation Engineering.

  • This course will be helpful for Practicing Engineers, Consultants, Undergraduate and Post Graduate students, Researchers, Industry Specialist, Lab Instructors, and a wide array of Geotechnical Design Engineers.

  • The course covers relevant topics from Foundation Engineering and gives you an insight on various topics in detail.

  • This course addresses various types of Pile foundation, Classification of Pile Foundation, Pile load capacity in compression, Pile in Granular soils (sand), Piles in Clay, Numericals on Pile Foundation, Group action of Piles, free-standing Pile, Ultimate load capacity of pile group, Pile Group in Sand and clay, Numericals on Pile Group in Sand and clay, Group Efficiency of Piles, Group Settlement Ratio, Settlement of Pile Group in clay, Settlement of Pile Group in Sand, Numericals on Settlement of pile group.

  • The student will be able to design the pile foundation based on theories explained in the course module.

You'll Also Get:

✔ Lifetime Access to course updates

✔ Fast & Friendly Support in the Q&A section

✔ Udemy Certificate of Completion Ready for Download

Don't Miss Out!

Every second you wait is costing you getting access from valuable learning.

Don’t take my word for it. Check the reviews and see what other students are saying.

"It is good ". - Vijay Kumar

"Excellent Course with very useful videos and materials ......" - Adinath Palase

"Very important information on the subject." - Jagdish Prasad Sharma

"I'm a civil engineer looking to advance my knowledge in civil engineering. Vipin is an incredibly engaging teacher, and is very knowledgeable. I would recommend anyone who is interested in civil engineering to take his courses. All the courses are exceptionally well except MCQ's in civil engineering domain." - Ajay Naithwal

"OK. Reasonable in the summary notes and explanation." - Divakara Rao

"I learn a lot during this course and I am grateful." - Manish kumar

"good" - Abhishek Kumar

I guarantee this is the most up-to-date and engaging course available, and it comes with a 30-day money-back guarantee.

We have a 30-day 100% money-back guarantee, so if you aren't happy with your purchase, we will refund your course - no questions asked!

Crash Course on Civil Engineering and AutoCAD: Part 4

Explore awesome career opportunities in Civil Engineering in 2021 and beyond

Created by Srinidhi Ranganathan - Digital Marketing Legend - India's Top Udemy Instructor

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Students: 3216, Price: $19.99

Students: 3216, Price:  Paid

Civil Engineering is a professional engineering discipline that deals with planning, building and maintaining the actual and naturally built environment, including projects such as bridges, highways, reservoirs, canals, pipes, sewerage networks, airports and railways.

As a civil engineer, nailing down a career path is not easy for you. What's more? The sector is larger than its competitors, so you might be able to work on public infrastructures such as roads and bridges and private works such as homes. Each of these projects requires a number of experts, ranging from scientists to architects and more.

So, how in your civil engineering career do you make the right decisions? There are many ways to climb the ladder, but it is not necessary to make progress for your own sake. You need to develop a plan that fits your own particular objectives. You may be supported by this course that can definitely look to show you a new path.

Private companies provide more than 70% of the jobs. They need only a basic degree. Yet job skills are a must in this competitive field. When you examine the job market closely, you can see that the job requirements depend on professional engineering skills like Planning Engineer, Project Engineer, Billing Engineer, Quantity Surveyor, Tendering Engineer, QA / QC Engineer, etc. depending on the nature of the job. One of the best career prospects for grabs right now is a career option as a civil engineer.

Civil engineer freshers have plenty of options available, but much depends on their own desires and long-term goals.

This fourth mind-blowing course as part of the crash course series created by Digital Marketing Legend "Srinidhi Ranganathan" and Civil Engineering MasterMind "Saranya Srinidhi" talks about the plenty of possibilities and opportunities for freshers in the field of civil to grab them in the year 2021 and beyond. We will look at specific skills you will need to become a civil engineer, salary packages you can expect here in this field and also delve into the practical aspect of finding a job in civil through LinkedIn and other social job portals.

Why wait? It's time to rejoice.

Enrol now and let's start taking your career forward in Civil. We will see you inside the course.

Reinforced Concrete IV: Design of Columns

Civil Engineering : How to Design Reinforced Concrete Columns: Derivations and Calculations.

Created by Hamid ElDarwich - Ph.D. 25', M.A. - Princeton University

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Students: 3152, Price: $89.99

Students: 3152, Price:  Paid

 Make sure you know Reinforced Concrete Theory and How to design Reinforced Concrete beams before taking this course. 

about the course: 

In the previous courses, you have been introduced to the philosophy of  Reinforced Concrete Design, Design of Beams, and Design of Slabs. This course 'Design of Reinforced Concrete  Column' gives you detailed understanding, explanations and procedures for  the design of RC Columns.

  What to expect from this course:

After completion of this course, you are expected to be able to Design RC Short Columns without Eccentricity, Understand Interaction Diagrams, Practicality Considerations, and Mathematical Derivations of Formulas in the Design.

Students completing the course will have full understanding of the  design of RC Column. Assignment is given at the end.

Estimating And Costing Basic

Basic Estimating And Costing Of Civil Engineering Projects

Created by Mudessar Afraz - Planning Engineer

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Students: 3064, Price: Free

Students: 3064, Price:  Free

Welcome To Estimating And Costing Basic Course

In This Course We Will Cover Some Of The Basic Topics On Estimating And Costing Like

  • What Is Rough Cost And Detailed Estimate

  • Example Regarding Rough Cost Estimate

  • Detailed Estimate Of Straight Wall

  • How to Prepare Abstract Of Quantity And Cost In Excel

  • How to Prepare Material Statement In Excel

AutoCad Civil 3D for Beginners

Civil Engineering Course: How to design a road using AutoCAD Civil 3D Step by Step.

Created by Hamid ElDarwich - Ph.D. 25', M.A. - Princeton University

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Students: 2895, Price: $99.99

Students: 2895, Price:  Paid

Civil Engineering Courses by Hamid El Darwich:

Learn the basic concepts, tools, and functions of AutoDesk Civil 3D. If you are new to Civil 3D, then this course is for you.

What to expect from this course:

After completion of this course, you are expected to be able to perform the basic calculations using civil 3D software. This course target the beginners. It's a great way to start with basics and then move to more advanced courses. 

The Power of Civil 3D:

In the past, engineers used to perform earth work calculations manually; this usually takes a lot of time and effort in addition to the human's errors expected. Using Civil 3D, such calculations can be performed easily withing minutes. In addition, Civil 3D produces printable and neat reports that can be presented to key people in your company. 

What are exactly the points covered in this course:

This course focuses on the following Civil 3D skills:

  • Creation of Points and Surfaces
  • Adjustment of Surfaces
  • Creation of Surface Profile
  • Creation of Sample Lines
  • Performing Calculations such as Cut and Fill (Earth Work) 
  • Performing Calculations such as Pavement Layers quantity Estimation
  • Understanding different method - and concept - of Take Off Criterion 

Students completing the course will have basic knowledge of.AutoDesk Civil 3D. The course is easy to follow; all of the resources needed are posted in the course content. What are you waiting for ! register now.

Mastering Shear Force and Bending Moment Diagrams

Civil Engineering Essentials - Your complete roadmap to mastering these structural analysis skills

Created by Dr Seán Carroll - BEng (Hons), MSc, PhD, CEng MIEI, FHEA

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Students: 2119, Price: $124.99

Students: 2119, Price:  Paid

Each lecture is developed and delivered with the benefit of my experience as a university lecturer in structural engineering. The teaching style appeals to all types of learners with material developed through hand-drawn notes and sketches. Students are encouraged to engage with each lecture by actively developing their own notes during each video lecture…no ‘death by PowerPoint’ here! We'll focus on pinning down the basics before diving into worked examples. 

If you follow all lectures and attempt all of the worked examples, by the end of the course you will have an excellent grasp of this essential civil engineering skill! 

Section 1: Reviewing the basics

Before we get into the detail of shear force and bending moment diagrams, first we need to do a little housekeeping. We'll clarify a few assumptions that apply to our analyses and make sure you can determine support reactions for statically determinate structures.

Section 2: Understanding internal bending moments

In this section we start laying the foundation for your understanding of bending moments. We kick things off by considering how the bending moment relates to the state of stress within the structure - we're trying to answer the question 'what is the bending moment telling us about the state of stress within the structure?'.

Then we'll see how the principle of equilibrium allows us to determine the internal bending moment at any point within the structure. This will prepare us nicely to start thinking about how the bending moment changes along the structure.

We'll wrap this section up with some worked examples to make sure you understand everything we have discussed in the section.

Section 3: Understanding internal shear forces

Everything we've done for bending moments we're going to now do for shear forces:

  • relating shear stress to shear force

  • cutting the structure to reveal the internal shear force

  • introducing a sign convention

As always we'll confirm you understand everything by completing some worked examples.

Section 4: Differential relationships between loading, shear force and bending moment

In this section we take our understanding to the next level. We're going to establish the relationships (and rules) that allow us to systematically build bending moment and shear force diagrams - 100% accurately every time. By the time you complete this section, you will understand how these diagrams can be developed in a systematic way, ensuring success every time.

Section 5 & 6: Bringing it all together - Worked Examples

In these final two sections we reinforce everything you have learning so far. Remember, structural analysis, like any other skill only improves through practice. By putting everything you have learning over the previous 4 sections into action here, you're ensuring the skills are embedded.

We will start on familiar ground in section 5 by considering beam structures. In section 6 we'll map what you have learned onto frame structures - greatly expanding the applicability of the tools and techniques you have developed in this course!

At this point you can confidently analyse any statically determinate structure you're likely to come across in your civil engineering studies or career. Next step...statically indeterminate structures!

Begineers ETABS for Civil Engineers with Practical Approach

Basic Course to Understand the ETABS & Basic of Structural Engineering

Created by AKSHAY K - Civil Engineer l Structural Engineer l Academician

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Students: 1253, Price: Free

Students: 1253, Price:  Free

ETABS-Extended 3D analysis of Building Systems”, is a product of Computers and Structures Inc. It is an engineering software that is used in construction. It has highly efficient structure analysis and design programs developed for catering to multi-story building systems. It is loaded with an integrated system consisting of modeling tools and templates, code-based load prescriptions, analysis methods, and solution techniques. It can handle the largest and most complex building models and associated configurations. ETABS software is embedded with CAD-like drawing tools with an object-based interface and grid representation.

  1. ETABS software has the following implications in the construction, designing, and modeling industry:

    1. It is a software used in construction. It analyses and assesses seismic performance and checks the load-bearing capacity of building structures.

    2. Using this software, you can view and manipulate the analytical model with great accuracy. Plans and elevation views are auto-generated at every grid line.

    3. ETABS software is used for the analysis of concrete shear walls and concrete moment frames. It is highly acclaimed for static and dynamic analysis of multi-story frame and shear wall buildings.

    4. It is the most popular civil designing tools used in the building industry and increases the productivity of structural engineers. It also prevents the investment of unnecessary time and money in general-purpose programs.

    5. The input, output and numerical solution techniques of ETABS are particularly designed to take an upper hand of the unique physical and numerical characteristics associated with building type structures. As a result, this analysis and design tool accelerates data preparation, output interpretation, and overall execution.

Construction Methodology Basics in Civil Engineering

Learn How Building is Constructed & Designed Step By step with Site Photos ,Videos ,Architectural & Structural Drawings

Created by AKSHAY K - Civil Engineer l Structural Engineer l Academician

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Students: 1123, Price: $24.99

Students: 1123, Price:  Paid

  • Civil engineering is a professional engineering discipline that deals with the design, construction, and maintenance of the physical and naturally built environment, including public works such as roads, bridges, canals, dams, airports, sewerage systems, pipelines, structural components of buildings, and railways.

  • One of the oldest and broadest engineering disciplines, Civil Engineering involves planning, designing, constructing, maintaining and supervising infrastructures which include facilities essential to modern life like highways, bridges and tunnels, schools, hospitals, airports and other buildings, sewage systems and water treatment facilities. Subsequently, the course also involves protecting the public and environmental health as well as improving existing infrastructure.

  • The Learners will understand to Read all Architectural  and structural Auto cad Drawings

  • The Learners will understand how a building is constructed from Scratch with Practical Photos + Videos

  • The learners will understand the Basics of Civil Engineering  and also about Structural Engineering

  • If anybody has plans of constructing House, Residential, or Commercial Building then this course will act as base for them. 

  • In this course students will be able to learn construction sequence & its practical application at site .

  • Students will be able to understand Architectural and structural Drawings .

  • Students will be able to understand and read Footing layout Drawings, Column Layout drawings, Column reinforcement drawings.

  • students will be able to understand the concepts of civil Engineering and its Practical Applications during execution.

  • Students will be able to read all Reinforcement details of  Footing, Column, Plinth beams, Ground Floor Beams , slabs & staircases

  • students will understand the finishing activities like painting, plastering , putty etc.

  • students will  understand interiors and form work system in brief

Indeterminate Structures & The Moment Distribution Method

Civil Engineering Essentials - Unlock indeterminate structures using the moment distribution structural analysis method

Created by Dr Seán Carroll - BEng (Hons), MSc, PhD, CEng MIEI, FHEA

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Students: 989, Price: $89.99

Students: 989, Price:  Paid

Go Beyond Simple Statically Determinate Structures

Almost all real world civil engineering structures of any significance are indeterminate meaning we can't simply rely on the trusty equations of static equilibrium. The moment distribution method is one of the most intuitive ways to analyse these structures.

After completing this course you will be well equipped to determine the shear force diagrambending moment diagram and qualitative deflected shape for any statically determinate or indeterminate structure you're likely to encounter as a civil engineer. 

Having a fast hand-analysis method for indeterminate structures is invaluable for any good engineer! The analysis of indeterminate structures is all too often left to the computer in civil engineering these days. But as an engineer, if you can't approximate by hand what the computer is telling - you're on thin ice! By the end of this course you'll have given yourself an invaluable skill - the ability to make sensible judgements on a computer analyses! 

Section 1: Establishing the fundamentals

I will start by setting out the fundamental parts of the moment distribution method; explaining each element before using some worked examples to tie them all together. After completing this section you will have a clear analysis procedure to employ. Each worked example concludes with development of a complete shear force and bending moment diagram.

Section 2: Understanding the importance of structural stability

One of the main areas of application for the moment distribution method is the analysis of structural frames. However, before we can start analysing frames, we first need an understanding of structural stability. In this section I will outline some of the common methods employed by civil engineers to ensure lateral stability of their structures. This will equip you for the analysis of frames in the following sections.

Section 3: Applying what you have learned to non-sway frames

Now we will start to really see the power of this analysis technique. We will apply the procedure and techniques from section 1 to the analysis of non-sway or propped structural frames. This will equip you to perform sub-frame analyses commonly required in the design of reinforced concrete frame structures. After completing this section you will be able to analyse some of the most common structural forms employed in civil engineering today.

Section 4: Expanding to consider sway-frames

In this final section we will bring your analysis skills to the next level by introducing you to the analysis of sway frames. Structures expected to undergo significant lateral deflections under loading will experience additional sway moments. Taking proper account of these sway effects is essential for an accurate analysis of the structure. Following an explanation and demonstration of the techniques, you are challenged to complete the analysis of a number of sway frame structures.

Fundamentals of Structural Analysis: For Complete Beginners

Learn structural analysis/ statics of civil engineering structures : Truss, Beam and Frame with practical examples.

Created by Gokul Saud - Civil Engineer and Structural Designer

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Students: 983, Price: $34.99

Students: 983, Price:  Paid

It gives me immense pleasure to present you this course Basics of Structural Analysis/Statics: For Complete Beginners. My interest in engineering developed only after I came across this subject when I was doing my engineering.  I have developed few other courses that are helpful for civil engineering graduates. As an instructor, I had always wanted to teach this course and share my knowledge on it with students out there.

Basics of Structural Analysis: For Complete Beginners gives you insight into the fundamentals of structural analysis and how it works. This course is mainly focused on the analysis of truss, beams, and frames.

  1. Basic Introduction and Explanation of basic terms

    As the title says, this course is for the absolute beginners and it doesn't require you to have any kind of knowledge on mechanics of materials or structural analysis. So, I have taken some time to explain certain topics that will be helpful in understanding the core chapters in a good way and conceptually.

  2. Analysis of Truss

    These chapters focus on analysis of truss using the method of joints and method of sections. There are a lot of solved problems that will help you to understand this topic in a very good manner.

  3. Analysis of Beam

    After completing the analysis of the truss, we will move forward to learn the analysis of the beam. We will learn how to find the external as well as the internal reaction forces and also draw shear force diagrams and bending moment diagrams which is an important part of the analysis of beam.

  4. Analysis of Frame

    By the time you will complete the analysis of the beam, you will have good knowledge of drawing shear force and bending moment diagrams. It will help you to understand this topic as well. Varieties of problems have been provided that will help you to comprehend this topic.

I have tried my best to relate the theories to the practical world. I have explained where the concepts explained in the videos will be helpful to you in your professional life. I hope you like this course.

Civil Engineering Worldwide Job opportunities & Careers

A Guide to Worldwide Scope in Civil Infrastructure Engg. (More E-Content will be added on weekly basis).

Created by Global Education Foundation - Simplified Education should reach to all corners of World

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Students: 941, Price: $19.99

Students: 941, Price:  Paid

(Course contents will be updated soon).

Looking at the infrastructure boom all over the world by Mega-structures and Smart cities and other development projects, there is going to be demand of infrastructure engineers.

The exponential increase in the infrastructure in the past years tells the story of demand of potential engineers.

From metro's to flyovers, public transits and Hydro power projects, a World will be seeing a change.

Why not be the person responsible for that change.

Good packages and perks are waiting for you...ALL THESE OPPORTUNITIES AND TECHNICAL ASPECTS FOR IT ARE EXPLAINED IN DETAIL IN THIS COURSE. Do share it with your friends???.

Civil Engineering Documentaries of Mega-Projects of India

Know & Learn more about India's some of Great & Giant Structures...

Created by Akshay Thakur - Civil Engineer & Content Creator

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Students: 941, Price: Free

Students: 941, Price:  Free

Through-out the Series you can Learn the Engineering Aspects of some Great & Giant Indian Structures...

In this course, you are going to collect the General Information and Engineering Aspects (Structural, Construction, Transportation, Hydraulics & Water Resource, Bridge Engineering) of some of the Completed Construction Mega-Structures of India.

So, I Welcome you Inside to the Course to Learn more about India's some of Completed Construction Mega-Project.

  • Statue of Unity - World's Tallest Statue

  • Bandra-Worli Sea Link - India's 1st Cable-Stayed Bridge on Open Seas

  • Golden Quadrilateral - India's Longest Road Project

  • Tehri Dam - India's Tallest Dam

  • Bogibeel Bridge - India's Longest Rail-cum-Road Bridge

Through These Series of Videos, You Get to Know How Civil Engineering & It's Sub-Disciplines Impact the Country Growth

Documentaries are Prepared by, Akshay Thakur

Happy Learning!

Akshay Thakur

Engineering Statics online course Complete Course & examples

Statics Course for all major engineering fields, Mechanical Chemical Civil Material Engineering Rahsoft RAHME201

Created by Rahsoft Mechanical Engineering Department - Become a skilled Mechanical Engineer

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Students: 889, Price: $19.99

Students: 889, Price:  Paid

Course Description

Statics is the basis for all other courses in mechanical Engineering. Statics. Statics Deals with the Equilibrium of Bodies, That Is Those That Are Either at Rest or Move with a Constant Velocity. Opposite to what Dynamics Is Concerned with that is the Accelerated Motion of Bodies. Statics is the Prerequisite for dynamics on academic Procedure.

 

Target Student
The ideal student for this course are the engineering students who are in first year of university and want to establish a great foundation for their future academic path. Statics is a great basis for rest of the Engineering studies.

 

Course Goals

This course has two specific goals:

(i) Introduction of basic concepts of force, couples and moments in two and three dimensions.

(ii)  Developing analytical skills relevant to using concepts practically and having a solid Perception

 

Course Objectives

After the student successfully finished this course:

(a)Determination of the resultant in plane and space for force systems.

(b) Determination of the centroid and center of mass of plane areas and volumes.

(c) Distinguish between concurrent, coplanar and space force systems

(d) Drawing the free body diagrams and the skill to analyze that

(e) Analyzing the reactions and pin forces induces in plane and space systems

(f) Determination of friction forces and their effect on the equilibrium of a system.

Teaching Strategies

-The course will be taught via Lectures and Tutorial Sessions, the tutorial being designed to complement and enhance both the lectures and the student appreciation of the subject.

-Course work assignments will be reviewed with the students. 

Learn to Read Construction & Structural Drawing Like Expert

Full course on Reading Civil Engineering Construction Drawing Structural Drawing Architectural & Vastu Planning

Created by AKSHAY K - Civil Engineer l Structural Engineer l Academician

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Students: 538, Price: $19.99

Students: 538, Price:  Paid

This course deals with understanding of Architectural, Vastu  & Structural Drawings of various projects with Real Site Photos & Videos

1) G+3 Residential Building 

 Contents-

Footing Layout & Footing Reinforcement Details 

Column Layout & Column Reinforcement Details,

Plinth Beam Layout & Reinforcement Details

All structural Drawings Of Ground Floor, 1st Floor, 2nd Floor , 3rd Floor ,Terrace Floor  & Reinforcement Details.

Learn to Plan a G+3 Residential Building with vastu concepts and Theory.

This section also Explains about How a Building has to be Planned with Auto cad Drawing  Considering the Vastu Principles.

2) G+2 Hostel Building

Contents-

Footing Layout & Footing Reinforcement Details

Column Layout &  Column Reinforcement Details

Plinth Beam Layout & Reinforcement  Details

All structural Drawings Of Ground Floor, 1st Floor, 2nd Floor Floor Reinforcement Details.

Staircase Details & Reinforcement Details Explained ( Practical Video shown )

Electrical Drawings of G+2 Hostel Building Explained

 Slab Details & staircase details have been covered with Practical Approach & Real Site videos Explaining Them.

3) G+2 House Building

Contents-

Footing Layout & Footing Reinforcement Details

Column Layout & Column Reinforcement Details

Plinth Beam Layout & Reinforcement Details

All structural Drawings Of Ground Floor, 1st Floor, 2nd Floor Reinforcement Details.

Staircase Details & Reinforcement Details Explained

4) G+1 House Plan according to vastu

Contents -

Footing Layout & Footing Reinforcement Details

Column Layout & Column Reinforcement Details

Plinth Beams Layout & Reinforcement Details

Ground Floor shuttering ,Beam & Slab Details

6) 35,000 sq. Mtr Industrial Building with Steel Structures

Contents-

Site Layout Plan

Factory Layout of Steel Structure & Ground & 1st Floor Office Building

Footing & pedestal Details

Plinth Beam Details

Beam & Slab Details

Underground Water Tank , Scrap Shed & Utility Area

7) Miscellaneous Topics

a) Sewage & plumbing Drawings

b) Flag pole Foundation Drawing

c) Storm water & Box Culvert Drawings

d) PEB Structure & Anchor Bolt Drawings

ETABS- Learn Building Analysis Design & AutoCAD Detailing

Master on Etabs Structural Engineering & Designing of Building and Civil engineering Concepts with AutoCAD Detailing

Created by AKSHAY K - Civil Engineer l Structural Engineer l Academician

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Students: 413, Price: $19.99

Students: 413, Price:  Paid

ETABS- Extended Three Dimensional Analysis Of Building Systems

This Course helps in understanding the fundamentals of Reinforced Cement Concrete  & Structural Engineering.

The Course is designed with each Etabs Commands Explained in A practical Approach.

All the Calculations are Manually verified with the ETABS results.

  1. Manual calculations of beams, column , slabs & Footings.

  2. The model is prepared for Dead Load & Live Load & checked for all results

  3. The Basic of Structural Engineering is covered in Great Detail.

  4. Learn all Basic commands required to Model any Structure

  5. All the Elements like Footing ,Column , Beam & Slab Manual Detailing is Explained

  6. The course is also designed so that learners will be able to prepare center Line layout, Column Layout & Foundation Layout.

  7. The concept of primary Beams & Secondary Beams are also covered .

  8. Importance of torsion, how to release Moments for Beams is covered in Details  .

  9. The code book of IS 875 -Part 1 & Part 2 is covered for Applying Loads.

  10. ETABS-Extended 3D analysis of Building Systems”, is a product of Computers and Structures Inc. It is an engineering software that is used in construction. It has highly efficient structure analysis and design programs developed for catering to multi-story building systems. It is loaded with an integrated system consisting of modeling tools and templates, code-based load prescriptions, analysis methods, and solution techniques. It can handle the largest and most complex building models and associated configurations. ETABS software is embedded with CAD-like drawing tools with an object-based interface and grid representation.

    ETABS software has the following implications in the construction, designing, and modeling industry:

    1. It is a software used in construction. It analyses and assesses seismic performance and checks the load-bearing capacity of building structures.

    2. Using this software, you can view and manipulate the analytical model with great accuracy. Plans and elevation views are auto-generated at every grid line.

    3. ETABS software is used for the analysis of concrete shear walls and concrete moment frames. It is highly acclaimed for static and dynamic analysis of multi-story frame and shear wall buildings.

    4. It is the most popular civil designing tools used in the building industry and increases the productivity of structural engineers. It also prevents the investment of unnecessary time and money in general-purpose programs.

    5. The input, output and numerical solution techniques of ETABS are particularly designed to take an upper hand of the unique physical and numerical characteristics associated with building type structures. As a result, this analysis and design tool accelerates data preparation, output interpretation, and overall execution.

What is Civil Engineering in College ?

Discover the Curriculum of Civil Engineering

Created by Hamid ElDarwich - Ph.D. 25', M.A. - Princeton University

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Students: 358, Price: $89.99

Students: 358, Price:  Paid

Civil Engineering Courses by Hamid El Darwich:

You need a course that tells you everything about Civil Engineering ? it's here. 

Story of the Course:

When I was first year in college, nobody told me what Civil Engineering is about; you know people just say its designing buildings (but nothing specific !!), so I started asking myself: then what is the difference between civil engineering and architecture. Therefore, I had no idea about what I was going to learn in college and I had no idea whether I will like it or not.

I think colleges should give their students an overview about what they expect to learn from Civil Engineering. To solve this issue, I decided to create this course to help prospective students decide whether or not they really like civil engineering based on facts that I am going to state.

Why to take the course:

if you are a high school student or a student from other major considering transfer, then you should take this course because the information here might convince you to become a Civil Engineer.

Briefly, what is Civil Engineering:

The definition of Civil Engineering – as I see it- is a profession that deals with civilization development. Civil Engineering is the distant cousin of Military Engineering. The first is deals with cities and development, and the latter deals with defending the same city.

What are exactly the points covered in this course:

I will give an overview about every single course in Civil Engineering Branches. We have 5 Branches in Civil Engineering:

  • Structural Analysis & Design
  • Water & Environmental
  • Transportation
  • Geo-technical

After the course:

Students completing the course will have basic understanding of what Civil Engineering is about. This objective understanding will help you decide whether or not you should become a Civil Engineer.

The course is easy to follow; all of the resources
needed are posted in the course content. What are you waiting for !
register now and have fun :)

AutoCad 2019 Complete Drawing of House Civil Engineering

Best AutoCad 2019 Course For Civil Engineering & Best Practice For All Other Engineering Fields

Created by Mohsin Khan - Professional Teacher with Multi Skills

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Students: 304, Price: $19.99

Students: 304, Price:  Paid

In this course, you will learn how to draw house map in AutoCad 2D. Best course for Civil Engineering and Best Practice For All Other Engineering Fields.

Course Content:-

1. Learn How to Start Drawing of House Map in AutoCad

2. Drafting Tips For House Map in AutoCad

3. Inset Doors in Drawing. Tips For Block Reference And More

4. Learn How to Draw Toilets, Furniture Blocks & Some More Tips

5. Learn About Dynamic Blocks, Staircases, Draw & Insert Windows

6. Learn How to Add Text in AutoCad and Plot a Drawing

7. Learn How to Setting Up Different Colors For Model Space and Viewports

And Many More

Diploma in Basics of Civil Engineering for Construction

Practical Course to Gain Quick Knowledge in Civil Engineering & Get Entry Level Jobs in Construction Field as Freshers

Created by AKSHAY K - Civil Engineer l Structural Engineer l Academician

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Students: 297, Price: $19.99

Students: 297, Price:  Paid

This Course is a All in One course Covering Wide range of Topics to Crack Entry level Interviews

  1. CONCRETE TECHNOLOGY

  2. AUTOCAD-2016 -Basics

  3. STAAD PRO -Basics

  4. QUICK THUMB RULE FOR ESTIMATION

  5. BASIC OF ESTIMATION & RUNNING BILLS GENERATIONS

  6. BASICS OF CONSTRUCTION PRACTICES

  7. CAREER OPPORTUNITIES FOR CIVIL ENGINEERS

  8. BASIC OF ESTIMATION

  • CONCRETE TECHNOLOGY -The basic Concepts of cement, concrete , types of Cement & all its Practical related  Things are discussed in this topics

  • BASIC OF ESTIMATION

  This topic covers the material calculation like cement, sand & coarse Aggregate for any construction project .

  This topic also deals with Plinth Area, Built up Area, carpet Area and all its Practical importance.

  This Topic deals with Contracts , Documents Required for Contracts, Tenders  etc.

  Learn to Prepare Running Bills, Abstract  Sheet , Measurement Sheets, & Rate Escalation sheets

  Learn to Prepare valuation of a Property  for Bank Loan

  • AUTOCAD -2016 -  This Topic covers all the Basic Commands & shortcut Commands for Auto Cad -2016 with Practical Approach .

  Learn to Draw house plans after learning all these commands 

  All Shortcut Commands of Auto-CAD        

  • BASICS OF CONSTRUCTION PRACTICE-

Learn to decide beam sizes in construction Project

Learn to decide Column Sizes in construction Project

Learn to design Slab Thickness in construction Project

Learn to Orient & Place column for Any Project

Learn to Prepare Measurement Book at Construction Project.

Learn to Prepare  Running Bills & Material escalation Sheets

All  Basic Concepts required to Gain Knowledge in Civil Engineering 

Building Estimation Course and Quantity Surveying With Cad

Learn Full Practical Civil Engineering Building Estimation Course With AutoCad And Ms-Excel/Quantity Take-off Techniques

Created by Red Bricks Academy of Civil Engineering - QUANTITY SURVEYING TRAINING INSTITUTE

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Students: 197, Price: $24.99

Students: 197, Price:  Paid

In this course, you will learn how to make a detailed estimate of the building from the structural drawing. And the detailed estimate is prepared in MS-Excel by directly taking off the quantities from AutoCAD drawing. At every site, we have to make a detailed estimate of building,

1. To order the quantities of concrete from the RMC plant.

2. To prepare the bill for the client(Govt. or Pvt)

3. To prepare the bill of subcontractors.

4. To order the quantities of material such as bricks, cement, sand, aggregates, marble, tiles, steel, etc.

The detail estimates include

Foundation work/ Sub-Structure Constructions

1. Quantities of excavation of footing and foundation walls.

2. Quantity of plain cement concrete below footings and foundation walls.

3. Quantity of concrete of isolated/ tapered footings.

4. Quantity of concrete in columns below the plinth level.

5. Quantity of concrete in the plinth beams of the building.

Super-Structure Construction

1. Quantity of concrete in the lintel beam.

2. Quantity of concrete in roof beams

3. Quantity of concrete in the roof slab

4. Quantity of concrete in the staircase

Brickwork in building

1. Quantity of Brickwork in the foundation (substructure) below the plinth level.

2. Quantity of Brickwork above the plinth level( Super-structure).

Shuttering Area Calculations

1. Calculation of the shuttering area of all the R.C.C. members of the building like footings, columns, beams, slab, etc

Finishing Work

1. Marble work

2. Tile work

3. Internal plaster

4. External plaster

Calculation of cement sand aggregates in concrete

THIS COURSE IS BENEFICIAL FOR ALL THE STUDENTS, FRESHERS AND WORKING PROFESSIONAL CIVIL ENGINEERS, WHO ARE FACING PROBLEMS IN SITE FOR BILLING WORK OR IN PREPARING DETAILED ESTIMATE OF BUILDING.

Students can enhance their knowledge from very basic to advance levels from this course.

Engineering Statics

This is a standard course for Mechanical and Civil Engineers. The course studies forces and moments 2 and 3D.

Created by Michael Reynolds - Engineering Professor

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Students: 147, Price: $49.99

Students: 147, Price:  Paid

Statics is the study of forces, particularly forces on bodies at rest. This course will give you the tools to analyze forces on objects such as bridges, dams and buildings as well as mechanical structures like frames, shafts and assemblies. Statics is likely one of the first engineering courses you have taken. As such, I will place emphasis on engineering problem solving. Engineers consider Statics to be the most fundamental of all engineering courses; the concepts developed in this course will be useful throughout your engineering career.

I believe these videos will be very helpful for ANY student currently taking Statics or ANY student looking to learn more about engineering. Statics is a great place to start!

Update for July 2020 - I have added more practice problems and solutions!

Estimating and Costing in Civil Engineering

(with MCQ's and Practice Test) Quantity Surveying in Civil Engineering, Estimating & Costing of Civil Engineering items.

Created by Nikhil Agrawal - Professional Engineer

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Students: 136, Price: $49.99

Students: 136, Price:  Paid

This course covers the basics of estimating and costing subject for undergraduate civil engineering students. It includes taking out quantities of civil engineering items based on long wall short wall method, center line method, quantity of trapezoidal footing and quantity of steel reinforcement. This is one of the only kind of online course available for the estimating and costing subjects, most of the other courses primarily focuses on project management. The course covers the fundamental requirement of taking out quantities of building and construction items.

Autocad Civil 3D 2018 for Civil Engineers

A Civil Engineering course in how to design a road using Civil 3D application using arranged steps

Created by Abbas Suwan - Civil Engineer

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Students: 106, Price: $19.99

Students: 106, Price:  Paid

A Course made for Civil Engineers by Abbas Suwan:

To understand the basic concepts, functions, methods of Autocad Civil 3D. This course is for beginners and for interested advanced Engineers.

What to expect from this course:

When finishing this course, you will be able to perform a lot of calculations using Civil 3D. This course is for biginners and advanced Engineers as well.

The Benefits of using Civil 3D:

Civil 3D is a breakthrough application made for Civil Engineers. You can design your road, choose the path suits you and change it if you want, make a huge amount of calculations within

couple of minutes instead of spending time making things manualy.

This course focuses on the following Civil 3D skills:

  • Surface Adjustment

  • Importing contour map using Global Mapper & Civil 3D 2012 tools (Points Group)

  • Drawing Horizontal Alignment

  • Extracting a report

  • Creation of Earth Profile (Surface)

  • Creation of Corridors

  • Creating Assembly

  • Performing Earth Work Calculations (Cut & Fill)

  • Performing Materials Calculations (Pave 1, Pave2, Base, Sub-base)

  • Quantity Calculations

  • Drawing Cross Sections

After completing this course you will have a good knowledge of Autocad Civil 3D .I have done my best to make this course easy as possible ; all of the resources needed are posted in the course content.

What are you waiting for ! register now.

This course is FOR :

Civil Engineers

Civil Engineering Students

Surveyors

Complete Draw Drawing of Home in AutoCad Civil Engineering

Get Basic Knowledge of AutoCad & How to Draw Home Map in 2D

Created by Mohsin Khan - Professional Teacher with Multi Skills

"]

Students: 55, Price: $19.99

Students: 55, Price:  Paid

This is a good course for the beginner.

Course content:

1. Prepare Work space, Draw Exterior Wall, Draw Interior Wall

2. Insert Doors & Windows, Breaking Walls

3. Learn About Windows, Labels, Hatch

4. Learn About How to Insert Furniture and Dimension Lines

5. Learn About Elevation of Drawing

6. Learn How to Fill Elevations With Colors. Use of Hatch Command

Moment Distribution Method Comprehensive examples & concepts

Civil Engineering-Moment Distribution Method comprehensive pack of examples,concepts&basics for indeterminate structures

Created by Tanvesh Dabholkar - Chartered Structural Engineer

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Students: 25, Price: $89.99

Students: 25, Price:  Paid

Analyzing Indeterminate Structures

Almost all structures in real life are indeterminate structures which cannot be solved using traditional equilibrium equations, hence such structures are required to solve by various other methods one of the most effective and quick method is Moment Distribution Method.

Section 1 Introduction and fundamentals of MDM

In this section you will learn about fixed end moments, degree of static and kinematic indeterminacy of indeterminate structures and concepts and basics of moment distribution method.

Section 2 Analysis of continuous beams

In this section you will learn how to analyze continuous beams with different end conditions and take a look at three comprehensive numerical.

Section 3 Analysis of Non Sway Frames

This section includes analysis of frames which do not undergo lateral deformation under later loads, and drawing Bending moment diagrams for the structure. Three comprehensive numerical are solved in this section.

Section 4 Analysis of Sway Frames

These are the most encountered structures in real life, frames which deform under lateral loads like earthquake or wind are included in this section. Two comprehensive numerical are solved in this section.

Section 5 Analysis of Non Prismatic Sections

In this section non prismatic sections that is the sections which change cross section across the length are analysed. Such beams are widely seen in bridges where material saving can be done. Two comprehensive numerical are solved in this section.

Section 6 BONUS

A shortcut one step moment distribution method is shown in this section.

What you learn

At the end of this course you will learn to successfully analyse indeterminate structures, understand concept of static and kinematic indeterminacy, fixed end moments for various conditions and draw bending moment diagrams for indeterminate structures.

Civil Engineering All Subjects (Exam Preparation)

Be a Master of Civil Engineering

Created by Global Education Foundation - Simplified Education should reach to all corners of World

"]

Students: 18, Price: $19.99

Students: 18, Price:  Paid

Following Subjects Practice Questions and Answers included in Specialized Course...

1. Building Technology and Materials.

2. Engineering Geology.

3. Engineering Mathematics

4. Fluid Mechanics

5. Strength of Materials

6. Mechanics of Materials.

7. Hydrology

8. Water Resource Engg.

9. Structural Analysis.

10. Infrastructure Engg.

11. Concrete Technology.

12. Environmental Engineering.

13. Total Quality management.

14. Project Planning and Management.

15. Foundation Engg.

16. Geo-technical Engg.

17. Applied Mechanics

18. Basic Civil Engg.

19. Advanced Surveying.

20. Structural Dynamics.

21. Dams & Hydraulic Structures.

22. Waste water Engineering.

23. Design of RCC Structures.

24. Design of Steel Structures.

25. Design of prestressed concrete structures.

26. Architecture & Planning design of buildings.

27. Architecture & Town Planning.

28. Advanced Transportation Engg.

29. Air pollution and Control.

30. Building by laws.

And General concepts of Civil Engineering...

The Course is mostly useful in competitive exam preparation...

Bachelor of Civil Engineering PE Exam Preparation

Simplified Civil Engineering

Created by Global Education Foundation - Simplified Education should reach to all corners of World

"]

Students: 14, Price: $19.99

Students: 14, Price:  Paid

Following Subjects Practice Questions and Answers included in Specialized Course...

1. Building Technology and Materials.

2. Engineering Geology.

3. Engineering Mathematics

4. Fluid Mechanics and engineering

5. Strength of Materials

6. Mechanics of Materials.

7. Hydrology & engineering

8. Water Resource Engineering.

9. Structural Analysis.

10. Infrastructure Engineering.

11. Concrete Technology.

12. Environmental Engineering.

13. Total Quality management.

14. Project Planning and Management.

15. Foundation Engineering.

16. Geo-technical Engineering.

17. Applied Mechanics

18. Basic Civil Engineering.

19. Advanced Surveying.

20. Structural Dynamics.

21. Dams & Hydraulic Structures.

22. Waste water Engineering.

23. Design of RCC Structures.

24. Design of Steel Structures.

25. Design of prestressed concrete structures.

26. Architecture & Planning design of buildings.

27. Architecture & Town Planning.

28. Advanced Transportation Engineering.

29. Air pollution and Control.

30. Building by laws.

1. Building Technology and Materials.

2. Engineering Geology.

3. Engineering Mathematics

4. Fluid Mechanics and engineering

5. Strength of Materials

6. Mechanics of Materials.

7. Hydrology & engineering

8. Water Resource Engineering.

9. Structural Analysis.

10. Infrastructure Engineering.

11. Concrete Technology.

12. Environmental Engineering.

13. Total Quality management.

14. Project Planning and Management.

15. Foundation Engineering.

16. Geo-technical Engineering.

17. Applied Mechanics

18. Basic Civil Engineering.

19. Advanced Surveying.

20. Structural Dynamics.

21. Dams & Hydraulic Structures.

22. Waste water Engineering.

23. Design of RCC Structures.

24. Design of Steel Structures.

25. Design of prestressed concrete structures.

26. Architecture & Planning design of buildings.

27. Architecture & Town Planning.

28. Advanced Transportation Engineering.

29. Air pollution and Control.

30. Building by laws.

Hence, this course is very much useful for the aspiring competitive examination preparing candidates from all over the world.

And General concepts of Civil Engineering...

The Course is mostly useful in competitive exam preparation...