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Lecture No.
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Topics
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Mapped CO
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1
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Introduction of Course:
Importance of course, course policy, Vision, Mission, PO, PEO, PSO, CO,
teaching and exam scheme, overview of syllabus, course website and blog,
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–
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2
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Introduction to surveying: Definition,
objective, classification of survey, principles of surveying
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1
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3
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introduction to map and map projection, scales and
types of scale
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1
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4
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Coordinate
system, Accuracy & Errors with examples
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1
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5
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Linear and Angular Measurement: Introduction
of instruments for linear and angular measurement, Compass: uses, types of
compass
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2
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6
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Meridians and
bearings system of compass
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2
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7
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Compass traverse
survey and local attraction
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2
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8
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Problems based
on bearing system and local attraction
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2
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9
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Theodolite
Traverse Survey: Introduction, Types of Theodolites, temporary and permanent
adjustment of theodolite
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1
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10
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Methods of
measurement of horizontal and vertical angles, Errors affecting angular
measurement
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2
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11
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Coordinate
system of traverse, Theodolite Traverse Survey-Gales Traverse Table
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2
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12
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Theodolite
Traverse Survey-Gales Traverse Table
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2
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13
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Levelling & Contouring: Introduction to
levelling, Basic Terms, instruments for levelling, Types of level, Types of
levelling-Simple levelling, differential levelling, etc.
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1
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14
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Methods of
levelling-Height of instrument and Rise & Fall Method, correction for
curvature & Refraction
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1
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15
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Contouring:
Introduction, Characteristics of contour
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1
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16
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Methods of
plotting contours
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1
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17
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Computation of
Area
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2
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18
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Computation of
volume
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2
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19
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Problems based
on computation of area and volume
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2
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20
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Survey Methods: Tacheometry:
introduction, objective,
instruments, Principle
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1
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21
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Method of
tacheometry: Fixed hair method (Staff held vertical only)
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1
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22
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Problems on
fixed hair method (Staff held vertical only)
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2
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23
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Method of
tacheometry: Movable hair method & Tangential method
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1
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24
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Plane Table
Survey: Definitions, Plane table accessories, orientation, Advantages &
Disadvantages of plane table survey
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1
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25
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Method of
plotting – Radiation, Intersection, Traversing and resection
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1
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26
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Application of Surveying in Construction: Introduction, Horizontal
and Vertical controls
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4
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27
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Setting out
building, bridges and culverts
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4
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28
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Introduction to
engineering survey, root survey, tunnel survey and mine survey
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4
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29
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Curve Settings: Basics and application of curve in construction projects, Classification
of curves and its application
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1
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30
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Elements & geometry of
curve and problems based on it
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2
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31
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Curve Designation and degree
of curve and problem based on it
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2
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32
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Methods
of setting out curve-linear methods (radial offsets, perpendicular offsets, mid-ordinate)
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4
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33
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Method
of setting out curve-angular method (Rankine’s Method)
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4
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34
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Problems
based on setting out curve
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4
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35
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Advanced Survey
Techniques: Digital level, Digital Theodolite,
Electromagnetic spectrum
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3
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36
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Total Station: Introduction,
principle and uses
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3
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37
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Introduction
to Robotic total station and smart station
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3
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38
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EDM:
Principle, Methodology and Introduction to EDM instruments-Tellurometer,
Geodimeter, Distomats
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3
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39
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Introduction
to photogrammetry-advantages and disadvantages, vertical and oblique
photograph, scale of photo and photo-coordinate system
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3
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40
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Remote Sensing: Principle of
Remote Sensing, Resolutions, types of satellites, type of sensors, visual and
digital image processing and its applications
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3
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41
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Global Positioning
System: introduction and definition, three components, satellite
constellation
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3
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42
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Principles of GPS and
applications
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3
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43
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Geographical Information
System: introduction and components of GIS
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3
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44
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Applications of GIS in
civil engineering, Lidar
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3
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45
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Revision
of course, feedback related to course
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2CL302 Surveying 