Surveying/Geomatics - Simplified Learning For All Civil Engg

Surveying/Geomatics is a very interesting & prerequisite course for a civil engineer. This course forms the basic Civil.

What you'll learn

Student will understand detail concepts in Surveying/Geomatics which will help them do well in their undergraduate exams as well as in competitive exams all over the world . This is for every student/learner who wants to understand conceptually in very simple & easy language

Requirements

Undergraduate engineering students & curious learners.

Description

Surveying/Geomatics is a very interesting & prerequisite course for a civil engineer. This course forms the basis for understanding the various methods involved in surveying. Concepts & surveying methods are explained from basic chain surveying, compass surveying, levelling, trigonometric levelling, contours, curve setting, tacheometry, theodolite, total station, to advanced GIS/GPS/RS along with a good number of numericals solved wherever required. Numericals will really make students to understand the concepts very well. This course will help students who are preparing for university exams, various competitive exams as well as graduates. The concepts discussed in each video appear in logical sequence.It is my hope that student will enjoy this course and do well in their undergraduate level examinations as well as in various competitive exams. In this course I have covered all the concepts in surveying. Each video will deal with one concept. The videos are short and students can watch them over and over again. No civil engineering construction activity will progress without the surveying. This course will be revised continuously. Students should watch out for new videos those will be uploaded. All last I wish all the very best for the students and have a bright future. Stay connected. Students can email/whatsapp me doubts anytime.

Overview

Section 1: 1. Introduction to Surveying

Lecture 1 1.1 Defn, plane & geodetic surveying

Lecture 2 1.2 Classifications in Surveying

Lecture 3 1.3 Principles of Surveying

Lecture 4 1.4 Plan, Map, Scale & its types & numericals

Lecture 5 1.5 Types of Verniers , Numericals

Section 2: 2. Chain Surveying

Lecture 6 2.1 Introduction, Types of Chains

Lecture 7 2.2 Tapes & its types, representation of chainage, types of errors

Lecture 8 2.3 Types of corrections

Lecture 9 2.4 Types of corrections, continued….

Section 3: 3. Compass Surveying

Lecture 10 3.1 Introduction, types of compass, types of bearing

Lecture 11 3.2 Meridian, declination , sample numericals

Lecture 12 3.3 Included angles, local attraction, sample numericals

Lecture 13 3.4 Traverse computing, closing errors, sample numericals

Lecture 14 3.5 Bowditch & transit rule

Section 4: 4. Levelling

Lecture 15 4.1 Imp terms, BS, FS, IS, BM, various methods

Lecture 16 4.2 Numerical on rise and fall method

Lecture 17 4.3 Inverted staff concept, various corrections

Lecture 18 4.4 Distance of visible horizon, reciprocal levelling, numericals

Lecture 19 4.5 Sensitivity in bubble tube & numericals

Section 5: 5. Tacheometry

Lecture 20 5.1 Concepts, distance & elevation calculation

Section 6: 6. Theodolite

Lecture 21 6.1 Parts & functions of theodolite

Section 7: 7. Contours

Lecture 22 Defn, types & various methods

Section 8: 8. Curves

Lecture 23 8.1 Types of curves & formulae used

Lecture 24 8.2 Numericals, curve setting

Lecture 25 8.3 Methods of curve setting

Section 9: 9. Plane table surveying

Lecture 26 9.1 Defn, equipments used, setting up

Lecture 27 9.2 Methods of plane table surveying

Section 10: 10. Trigonometric levelling

Lecture 28 10.1 Defn, various cases to find horizontal distance & elevation

Section 11: 11. Photogrammetry

Lecture 29 11.1 Photogrammetry

Section 12: 12. GIS/GPS/RS

Lecture 30 12.1 Concepts of GIS, GPS & RS

Civil engineering