Courses

Get insights into questions such as the history of London Underground, Why and how to build higher or solve the housing crisis in these short and quick videos on civil engineering.

GATE/ESE Civil Engineering Class has been taken by Kshitij sir. The subject covered is Highway Engineering. Most important concepts and formulas on the GATE/ESE Civil Engineering exam have been covered.

Structural Analysis, Reinforced Concrete, Structural Steel design, and Finite Element Analysis teaching platform What you'll learn: Structural AnalysisReinforce Concrete designStructural steel designFinite element modelling Welcome to the course on structural engineering! In this comprehensive and dynamic program, we will explore the fascinating field of structural engineering, which is at the core of creating safe and durable structures that withstand various environmental factors and loads. Throughout the course, you will gain a deep understanding of how to design, analyze, and construct different types of structures, ranging from buildings and bridges to dams and towers. Using industry-standard software and tools, you will become adept at translating concepts into concrete calculations and detailed plans. We will cover essential topics such as load analysis, structural behavior, structural analysis methods, and the design of structural components. Additionally, we will discuss the importance of considering sustainability and environmental impact in structural engineering designs.Through a combination of lectures, hands-on exercises, and real-world case studies, you will gain practical skills and a solid foundation in structural engineering principles. Our aim is to equip you with the necessary knowledge and tools to confidently tackle complex structural challenges and contribute to the development of safe, efficient, and aesthetically pleasing structures. Whether you are pursuing a career in structural engineering, architecture, or construction management, this course will provide you with essential knowledge and practical skills to excel in the field. So, join us on this educational journey as we explore the fascinating world of structural engineering and lay the groundwork for your future success!

In this course, you will learn how to ace your FE Exam for Civil Engineering. You will learn about mathematics, probability and statistics, computational tools, engineering economics, statics and dynamics, dynamics and ethics, structural analysis, mechanics of materials, geotechnical engineering, and survey and construction.

COURSE OUTLINE: The course introduces the civil engineering profession and the degree programme to first year students and prospective students. The different disciplines of civil engineering are briefly e xplained, along with the pre-requisites, scope and opportunities. Career prospects and novel/emerging areas are also presented. This should be a compulsory first course in civil engineering to present the perspective for the undergraduate students

Lectures by Prof C.Venkobachar, Prof. Ligy Philip, Prof. B. S. Murty Department of Civil Engineering IIT Madras. The course will cover topics like Water and Wastewater Quantity Estimation Population forecast; Water demand for various purposes; Estimation of wastewater quantity; Variation in the quantity of water and wastewater and in the latter half discuss, Rural Water Supply, Low-Cost Sanitation; Septic tanks, Soak-pits.

Instructor: Prof. Rajib Maity, Department of Civil Engineering, IIT Kharagpur. The concept of probability and statistics is very important to solve various civil engineering problems. In this course, basic probability concepts and different probabilistic models will be discussed. The concept and definition of random variables and different functions of random variables will be covered in the initial part of the course. Afterward, the focus is given to commonly used probability distribution functions in civil engineering. Discussions on statistics and sampling are presented towards the last part of the course. In this part, goodness of fit tests, regression and correlation analyses, estimation of distribution parameters from statistics, hypothesis testing and their significance will be discussed. A brief introduction to copulas is also included in this course. Each topic is discussed with reference to different application problems and their solutions in different fields of civil engineering, such as Structural Engineering, Transportation Engineering, Water Resources and Environmental Engineering, Geotechnical Engineering etc.

The primary objectives of the course are to introducing the students to the fundamentals of classical optimization techniques and also exposing them to the theory of different non-classical optimization methods and algorithms developed for solving various types of civil engineering optimization problems. The course will also enable the students to apply the various classical and non-classical optimization techniques in solving real-world optimization problems by using Matlab and MS Excel. At the end of this course, students will be able to understand the importance of optimization, apply basic concepts of mathematics to formulate an optimization problem, analyze and appreciate a variety of performance measures for various optimization problems. This will encourage the students to use optimization techniques in solving real-world civil engineering design and planning problems and will promote research interest in optimization techniques.INTENDED AUDIENCE : PG Students, Research Scholar and B. Tech(Final Year)PRE REQUISITE :None

This course is a compulsory fundamental course for civil engineering specialties. The general purpose is to cultivate and train the students' ability of using drawing instruments, freehand sketching and computer drawing. This course introduces the drawing procedures, national standards, and projection theory including multi-faceted orthographic and isometric projections of geometric elements and entities. This course also presents various expressions of civil engineering drawings and grants the students capability of reading civil engineering drawings and preliminary designing skill.

Land Surveying Equipment, Land Surveying, Measurement, Contour Line What you'll learn: Student will have the knowledge of the application of surveying and the equipment used in the construction projectStudent will be able to process data obtain in the field and make a topography map and calculate the volume of a land needed. This course comprises matters related to surveying and mapping in civil engineering. Students will be explained the types of equipment used for land surveying. This includes the equipment used for angle measurement, height measurement, distance measurement and area measurement. Procedure in operating surveying equipment, interpreting the surveying data result and the method in calculating the measurement are also explained. This course was delivered by Putri Arumsari. She is a Lecturer with the specialty in Construction Management. She teaches basic courses such as Building Construction, Surveying, and Construction Material Technology. She also teaches courses related to Construction Management such as Estimating Cost, Infrastructure Management and Evaluation Project Management.

Dive into a comprehensive 30-hour course on Open Flow Channel for GATE and ESE Civil Engineering examinations. Begin with an introduction to open channel flow, explore its classification, and study channel geometry. Learn about crucial concepts like Froude number, Reynolds number, and hydraulic efficient sections. Analyze specific energy curves, discharge curves, and critical flow. Examine channel transitions in depth and understand gradually varied flow. Investigate hydraulic jumps and surges. Master the fundamentals and advanced topics in open channel flow to excel in civil engineering competitive exams.

Practical Course on Quantity Estimation, Tendering, Concrete Technology, BOQ, Running Bill, Levelling, Rebar work, etc. What you'll learn: Topics of Civil Engineering that are missed in college.Contractual process, site works, site handling, concrete works, rebar works etc.Structure knowledge and working at site. Welcome to the Basics of Civil Engineering in Construction course on Udemy!Unlock Your Full Potential:Are you about to complete your civil engineering degree or a fresh graduate ready to dive into the professional world? Despite spending four years in engineering college, you may find there are still crucial skills and knowledge that weren't covered in your curriculum. This course is designed to fill that gap, ensuring you're fully prepared for the challenges of the construction industry.Why This Course?Bridging the Gap: Our course goes beyond traditional engineering education, focusing on essential skills and knowledge that will set you apart in the professional field.Logical Reasoning & Conceptual Clarity: Enhance your logical reasoning and deepen your understanding of fundamental civil engineering concepts.Job-Ready Skills: Gain practical insights and polished knowledge, making you more competitive in the job market.Continuous Learning: This course is a living resource. With new lectures added regularly, you'll always have access to the latest industry trends and techniques.What You Will Learn:Critical thinking and problem-solving skills tailored to civil engineeringKey concepts and practical knowledge essential for construction projectsReal-world applications and examples that bring theory to lifeTips and strategies for acing job interviews and thriving in your careerWho Should Enroll:Final-year civil engineering students looking to solidify their knowledgeFresh civil engineering graduates eager to jumpstart their careersJoin Us Today!Don't miss out on this opportunity to enhance your skills and advance your career. Enroll in the Basics of Civil Engineering in Construction course now and start building a stronger foundation for your future.Stay Ahead with Continuous Updates:Our commitment to your success doesn't end at enrollment. With ongoing updates and new lectures, you'll stay ahead of the curve and continually improve your expertise.Enroll Now and Take the First Step Towards a Successful Civil Engineering Career!

Civil engineering CAD technicians use industry-leading software to prepare structural designs for construction. Get the skills needed to succeed, from 2D and 3D drawing to building and verifying designs for major construction projects.Learn digital drafting to build and verify designs.Create 2D and 3D drawings to prepare designs for construction.Design in AutoCAD and Civil 3D with expert best practices.

Discover how to successfully deploy and maintain AutoCAD MEP and AutoCAD Civil 3D in a shared environment.

Learn how to manage your manager. In this course, adapted from the podcast How to Be Awesome at Your Job, Mary Abbajay explains how to build a good relationship with your boss.

Learn how to create and manage apps with SCCM and prepare for Microsoft certification exam 70-703. See how to deploy apps using PowerShell scripts, and deploy App-V virtual apps.

Modeling, analysis and design of R.C.C element using Prokon Software according to ACI code What you'll learn: Introduction to Structural design ConceptHow we can begin with structural design of R.C.C element using ProkonAnalysis and Design of R.C.C element in ProkonExecute the reinforcement required for the element being designed, Economically. This course teaches you all the things required for the structural analysis and design of a r.c.c structural elements This course, as the title says, doesn't require you to have any prior experience in this software or any other structural design software. It will teach all the aspects of the software from very basic and will take you to the higher levels of the software as the course progresses. The course has been very systematically arranged so that you can best understand the software. Once you complete this course, you will have all the necessary knowledge to do structural design of a steel warehouse. You can work as a structural designer or can do the structural design of buildings on your own projects.This course not just a tutorial on Prokon software but it is a complete understanding about structural design analysis, how civil engineer must begin with the project, how he/she must think, how we can determine the dimension of the element using the ProkonPROKON is a Structural Analysis and Design Software, Which is Widely used and very Dependable software.Easy to Learn and use, Very Helpful for Civil Engineers who wants to be Professional in Structural Analysis and Deliver Correct Designs asked For.This Course is Filled with every Detail that will assure you the correct design along with being an Economic selection and more important is safe one.In this Course your will achieve the Following :1-Full Information on each Member.2-Full Calculation Details.3-Designing Each Members.4-Detailing of the designed member.

Learn how to draw the structural sheets of civil engineer project ( Shop Drawing ) + Manual Calculation for beginner What you'll learn: Basics Civil Engineer KnowledgeHow to determine the section of each structural member in a civil engineering projectSome AutoCAD basics CommandsStructural Shop Drawing of a Civil Engineering Project in AutoCAD Part 1: Introduction for beginner civil engineers in manual calculation of structural elements Manual calculation of : 1- Slab thickness ( How we can determine manually the thickness of all types of slabs: waffles slabs type 1 and type 2, Ribbed slabs, Solid Slabs , and Flat Slabs + Show the properties advantages and disadvantages of these slabs) 2- Beams thickness interior and exterior beams in all types of slabs and how we can choose the optimized design of Slab- beams systemPart 2:Learn the basics commands in AutoCAD to be ready to the shop drawing practice ( How to draw lines, How to draw polyline, Copy, Move, How to draw X-line, How to draw circle, How to draw Hatch in AutoCAD, How to do match properties in AutoCAD, How to print a sheet in AutoCAD.Part 3: Students will learn how begin the shop drawing of a civil engineering project in the following steps: 1- How to draw the structural Axes 2- How to distribute the columns 3- How the draw the Column's details and Column's elevation. 4- How to draw the reinforcement of the columns +table.5- How to draw the slabs layout and reinforcement.6- How to draw the beams layout and reinforcement. 7- How to draw the details of beams and sections.8- How to draw the draw the foundations layout. 9- How to draw the sections of the foundations. 10- How to draw the reinforcement of the foundations.

Learn all of the fundamentals of structural engineering ( Analysis & Design of RC and Steel ) including solved examples What you'll learn: Master the "Structural Engineering" as per FE Civil Exam requirementsMore than 50 step-by-step solved examples covering each sub-topic of the structural engineering4 practice exams with different problems that resemble the same difficulty level of the real examStep-by-step solution for the practice exams problemsLearning the structural analysis of beams, frames & trussesLearning deflection calculations of beams, frames and trussesLearning different types of loads, loads combinations and design philosophy as per ACI and IBC code requirementsLearning the structural design of RC beams and columnsLearning the structural design of steel elements such as beams, columns and connections. In this course, you are going to have full preparation for the FE Civil Exam covering the topic of "Structural Engineering" which covers both Structural analysis and Structural design The course covers all of the "Structural Engineering" topic requirements as per latest NCEES requirements released in July - 2020 , which covers both structural analysis & structural design including the following chapters Analysis of statically determinant beams, columns, trusses and framesDrawing of shear force diagrams and bending moment diagramsDeflection of statically determinant beams, trusses and frames.Columns analysis (e.g., buckling, boundary conditions)Structural determinacy and stability analysis of beams, trusses and frames.Moving loads and influence linePhilosophy of design as per international codeLRFD and ASD Loads combinations as per ASCE codeStructural Design of steel components (beams, columns, tension members, connections)Structural Design of reinforced concrete components (beams, columns under normal force, columns under moment)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 "Structural 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 structural engineering as per NCEES FE Civil exam requirementsIn the second step, you will watch multiple solved examples on each sub-topic for better understandingIn the third and last step, you are going to have multiple practice exams on each topic that cover different ideas for the exam to enable you to better assess your understanding level. 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 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 Structural Engineering. Visit our Udemy channel, to check the remaining courses covering the remaining topics of the FE Civil Exam... So, don't waste any more time, and join us now....

The course introduces the student to basic principles of geosciences, geological hazards and their applications in civil engineering. The first 4-week modules of this course will help the student to have a better understanding of the interior of the earth, the earth system, and its process. The next 4 week modules will cover geological hazards and environmental impact, active faults and its related hazard in India, the importance of geological structures in dams and tunnels, fluvial geomorphology and groundwater, tsunami, landslide and flood hazard, mapping, monitoring and management of hazards.