Civil Engineering Graduate from Indian Institute of Technology Guwahati

Shivshant Tripathi

The course Theory of Errors is divided into two parts. Part 1 of the course will provide knowledge about errors, its types, how to measure errors and what are the different methods to quantify errors, very concisely and precisely. Each concept related to the theory of errors are thoroughly discussed in this course. Examples are also solved to give a better understanding of important concepts.

GATE (Graduate Aptitude Test in Engineering) 2020 & 2021 complete preparation with best educators. Know about the detailed syllabus, best books, exam pattern and dates, previous year question papers a

GATE & ESE

Hindi

(Hindi) Part 1: Theory of Errors

Linear Measurement

Surveying

Civil Engineering

GATE & ESE - Civil

GATE, ESE and IIT-JAM

Ace the toughest competitive and government exams in India 

Test Preparation

In this lecture I have talked why do we need theory of errors,target audience and course content.

Overview (in Hindi)

In this lecture I have talked about what is error,accuracy,precision,what are the units of measurement and what is significant figures.

Basics of Theory of Errors Part 1 (in Hindi)

In this lecture I have talked about rules of rounding off and how these rules can be applied to addition,subtraction,multiplication,division,power and root.

Basics of Theory of Errors Part 2 (in Hindi)

In this I have talked about different sources and types of errors and some basic definitions of true error,most probable value,residual error and relative error.

Sources and Type of Error (in Hindi)

In this lecture I have talked about different indices of precision for observations of equal weight that is standard deviation,variance,standard error of mean,most probable error and standard error of single observation.

Indices of Precision (in Hindi)

In this lecture I have talked about normal probability distribution and how to standardize the normal random variable.

Normal Probability Distribution Part 1 (in Hindi)

In this lecture I have talked about area under standard normal distribution curve and also solved some questions related to normal probability distribution.

Normal Probability Distribution - Part 2 (in Hindi)

In this lecture I have explained what is weight and what are different laws of weight.

Weight Part 1 (in Hindi)

In this lecture I have talked about indices of precision for observations of different weights.

Weight - Part 2 (in Hindi)

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Praveen Kumar

In this course, the educator discusses the most important subject of civil engineering "surveying". In this course, he starts from very basic to advance level and also cover some important numerical for clarity of the concept.

(Hindi) Survey for Civil Engineering

Civil Engineer | M.E. Grad in Transportation Engg. | Passionate about teaching | Derive my happiness sharing knowledge and help learners

Dhananjay Pandya

Accuracy and Precision
-Accuracy and precision are two different, yet equally important surveying concepts. 
Accuracy is the degree of conformity of a given measurement with a standard value. 
Precision is the extent to which a given set of measurements agree with their mean.
Measurements are never exact and there will always be a degree of variance regardless of the survey instrument or method used. These variances are known as errors and will need to be reduced or eliminated to maintain specific survey standards.
Even when carefully following established surveying procedures, observations may still contain errors. Errors, by definition, are the difference between a measured value and its true value. The true value of a measurement is determined by taking the mean value of a series of repeated 
measurements. Surveyors must possess skill in instrument operation and knowledge of surveying methods to minimize the amount of error in each measurement.
1. Blunders

(Hindi) Errors & Adjustment in Surveying : GATE (CE)

Researcher at IIRS-ISRO, currently working on LiDAR technology. Completed my M.tech from NIT Bhopal with specialisations in GIS field, and m

Saumyata Srivastava

In comparison to conventional methods of Surveying Photogrammetry, Remote Sensing and GIS are fast as well as more reliable. This course explained the basic concepts of the same.

Advance Surveying: GATE

B.Tech. in civil engineering at IIT Kharagpur. Summer research intern at the University of Edinburgh, United Kingdom. 

Ashish Ranjan

It deals with distance and angle measurement - levelling and trigonometric levelling, traversing and triangulation survey, total station, horizontal and vertical curves. It is a continuation of my previous course named Surveying - Part 1.

Surveying - Part 2: GATE (CE)

A prismatic compass is a navigation and surveying instrument which is extensively used to find out the bearing of the traversing and included angles between them, waypoints (an endpoint of the course) and direction. Compass surveying is a type of surveying in which the directions of surveying lines are determined with a magnetic compass, and the length of the surveying lines are measured with a tape or chain. The compass is generally used to run a traverse line. The compass calculates bearings of lines with respect to Magnetic North. The included angles can then be calculated using suitable formulas in case of clockwise and anti-clockwise traverse respectively. For each survey line in the traverse, surveyors take two bearings that are fore bearing and back bearing which should exactly differ by 180° if the local attraction is negligible. The name Prismatic compass is given to it because it essentially consists of a prism which is used for taking observations more accurately.

(Hindi) Compass Surveying : GATE(CE)

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Mohit Joshi

In this course we will study three chapters of Surveying for GATE Civil Engineering viz. 1. Compass Survey 2. Traverse Survey 3. Levelling

Lessons

9 lessons • 1h 57m