CTEVT || Engineering Survey – Full Syllabus

 

📚 Engineering Survey – Full Syllabus (CTEVT | Diploma in Geomatics Engineering | PDF)



🚀 Studying Engineering Survey under CTEVT's Diploma in Geomatics Engineering?

This post provides the complete official syllabus for Engineering Survey (EG 3201 GE) — perfect for semester exam preparation, practical assignments, field surveys, and engineering project work.

📥 Download the syllabus in PDF format or scroll below for the unit-wise breakdown with marks and hours distribution.


📌 Subject Overview

Subject Name: Engineering Survey

Subject Code: EG 3201 GE

Year: III

Part: II

Total Hours/Week: 12

Lecture: 4 hrs/week

Practical: 8 hrs/week

Offered by: CTEVT – Council for Technical Education and Vocational Training

Course Type: Core Subject


🎯 Course Objectives

After completing this course, students will be able to:

✅ Understand the concepts and principles of Engineering Surveying.

✅ Carry out surveys required for different engineering construction projects.

✅ Establish horizontal and vertical control networks.

✅ Perform route surveys for roads, railways, canals, and transmission lines.

✅ Design and set out horizontal and vertical curves.

✅ Compute areas, volumes, and earthwork quantities.

✅ Conduct site surveys for buildings and bridges.

✅ Perform hydrographic surveys for rivers and water bodies.

✅ Produce engineering plans, profiles, and spatial data required during construction.


📚 Unit-wise Breakdown of Engineering Survey Syllabus

✅ Unit 1: Introduction to Engineering Survey (8 Hrs)

  • Definition of Engineering Survey
  • Survey components in engineering projects
  • Control Survey
  • Topographic Survey
  • Construction Survey
  • As-built Survey
  • Referencing with National Geodetic Network
  • Establishment of Horizontal & Vertical Control
  • Selection of surveying instruments and methods

✅ Unit 2: Route Survey (8 Hrs)

  • Meaning and concept of route surveys
  • Survey for:
    • Roads
    • Railways
    • Canals
    • Transmission Lines
  • Strip Topographic Mapping
  • Longitudinal Profile
  • Cross Sections

✅ Unit 3:Route Survey  (12 Hrs)

  • Introduction and classification of curves
  • Designation of curves
  • Elements of Simple Circular Curve
  • Setting out Simple Circular Curve by:
    • Offset from Long Chord
    • Offset from Tangent
    • Rankine's Deflection Angle Method
    • Two Theodolite Method
    • Coordinate Method
  • Superelevation
  • Vertical Curve Concept and Computation

✅ Unit 4: Area and Volume (12 Hrs)

  • Area of Regular Geometrical Figures
  • Area of Irregular Figures:
    • Mid Ordinate Method
    • Average Ordinate Method
    • Trapezoidal Method
    • Simpson's Method
  • Area by Coordinates
  • Graphical Area Determination:
    • Square Grid Method
    • Planimeter
  • Volume of Regular Solids
  • Earthwork Quantity Computation:
    • Cross Sections
    • Spot Heights
    • Contour Maps
  • Mass Haul Diagram

✅ Unit 5: Site Survey (12 Hrs)

  • Introduction
  • Site Survey Procedures
  • Building Site Survey
  • Bridge Site Survey
  • Establishment of Control Points & Bench Marks
  • Computation and Plotting of Field Data
  • Preparation of Plans and Profiles
  • Transfer of Map Data onto Ground
  • Layout of Buildings and Bridges
  • Underground Survey
    • Introduction
    • Terminologies
    • Instruments
    • Horizontal & Vertical Control
    • Difference between Underground and Surface Survey

✅ Unit 6: Hydrographic Survey (8 Hrs)

  • Introduction
  • Horizontal & Vertical Control
  • Sounding
  • Direct & Indirect Sounding Methods
  • River Velocity Measurement:
    • Float Method
    • Current Meter
  • Discharge Measurement by Cross-sectional Area Method
  • Methods of Locating Soundings

🧪 Practical / Laboratory Work (120 Hrs)

🌿 Outdoor Field Work (80 Hrs)

1️⃣ Route Survey (Road Alignment & Details)

2️⃣ Bridge Site Survey

3️⃣ Setting Out Simple Circular Curve

4️⃣ River Discharge Measurement using:

  • Float Method
  • Current Meter

🏢 Indoor Work (40 Hrs)

1️⃣ Computation of Engineering Survey Field Data

2️⃣ Plotting Existing Survey Data

3️⃣ Preparation of Plans and Profiles

4️⃣ Earthwork Estimation


📖 Recommended References

  • Surveying Vol. II – Dr. B.C. Punmia & A.K. Jain
  • Surveying Vol. I – S.K. Duggal
  • Fundamentals of Surveying – S.K. Roy
  • Surveying – Bannister & Raymond
  • Surveying for Engineers – Uren & Price
  • Surveying for Construction – William Irvine
  • Engineering Surveying Manual – American Society of Civil Engineers
  • Introduction to Surveying – Anderson & Mikhail
  • Elements of Plane Surveying – Benton & Taetz
  • प्रारम्भिक नापी – महेश्वर भट्टराई

📊 Evaluation Scheme

S.NUnitsHoursMarks
1Introduction to Engineering Survey810
2Route Survey810
3Curve1216
4Area and Volume1216
5Site Survey1216
6Hydrographic Survey812
Total6080

📌 Note: Minor variations in marks distribution may occur.


📂 Download Engineering Survey Syllabus PDF


📥 Click Here to Download the Official Engineering Survey (EG 3201 GE) Syllabus PDF


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📘 Explore More from Engineering Survey

📚 SYLLABUS – Download PDF

📚 Chapter 1: Introduction to Engineering Survey – Download PDF

📚 Chapter 2: Route Survey – Download PDF

📚 Chapter 3: Curve – Download PDF

📚 Chapter 4: Area and Volume – Download PDF

📚 Chapter 5: Site Survey – Download PDF

📚 Chapter 6: Hydrographic Survey – Download PDF

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