Skip to header Skip to main navigation Skip to main content Skip to footer

उपयोगकर्ता खाता मेनू

  • Log in
Home
Surveyor
ITI Engineering Trade

मुख्य नेविगेशन

  • Home
  • Surveyor
    • General Information
    • Job Role of a Surveyor
    • Surveyor Assessment Criteria
    • Surveyor Course Information
    • Surveyor Learning Outcome
    • Surveyor Training System
  • Book Page
  • Employability Skills (opens in new tab)
  • Engineering Drawing (opens in new tab)
  • Hunnarbaaz (opens in new tab)
  • ITI Tools (opens in new tab)
  • Syllabus (opens in new tab)
  • Workshop Calculation and Science (opens in new tab)

General Information – Surveyor Trade

Breadcrumb

  • Home
  • General Information – Surveyor Trade

General Information – Surveyor Trade

The Surveyor trade is an important vocational training program offered under the Craftsmen Training Scheme (CTS) by the Directorate General of Training (DGT), Ministry of Skill Development and Entrepreneurship, Government of India. This course is designed to provide technical knowledge and practical skills required for land surveying, mapping, and measurement activities used in construction, infrastructure development, and civil engineering projects.

Surveying plays a crucial role in modern development because accurate measurement and mapping of land are essential for planning and designing roads, bridges, buildings, railways, irrigation systems, and urban infrastructure. The Surveyor trade aims to train students in both traditional and modern surveying techniques so that they can contribute effectively to these sectors.

Name of the Trade

The official name of this vocational program is the Surveyor Trade. It focuses on developing the skills required to measure land areas, prepare survey maps, determine elevations and boundaries, and operate modern surveying instruments.

Students enrolled in this trade gain practical experience in field surveys, topographical mapping, cadastral surveys, and the use of digital tools such as AutoCAD and GIS-based mapping systems.

Trade Code

The trade code assigned to the Surveyor course is DGT/1018. This code is used by the Directorate General of Training for official identification of the course across all Industrial Training Institutes (ITIs) in India.

The trade code helps maintain uniformity in curriculum, certification, and training standards throughout the country. It also ensures that the course structure and learning outcomes remain consistent in every training institute.

NCO Classification

The Surveyor trade is classified under the National Classification of Occupations (NCO) – 2015 with the code 2165.0200. This classification places the profession within the category of technical occupations related to surveying and mapping.

The NCO classification helps in identifying the occupation in government records, employment data, and labour statistics. It also assists employers in recognizing the skills and competencies associated with the Surveyor trade.

National Occupational Standards (NOS)

The Surveyor course follows several National Occupational Standards (NOS) which define the competencies required for performing various surveying tasks. These standards ensure that trainees acquire the skills needed by the industry.

The NOS standards cover different technical activities such as performing site surveys, preparing maps, using modern surveying instruments, applying GIS and GPS technologies, conducting hydrographic surveys, and performing railway and transmission line surveys.

By aligning the training program with these national standards, the course ensures that students develop industry-relevant skills and remain competitive in the job market.

NSQF Level

The Surveyor trade is aligned with the National Skills Qualifications Framework (NSQF) Level 4. The NSQF framework organizes vocational education and training programs based on the level of skills, knowledge, and responsibilities required for specific occupations.

At NSQF Level 4, trainees are expected to perform technical tasks independently under limited supervision. They develop practical skills, technical knowledge, and problem-solving abilities that enable them to work effectively in the field of surveying and construction.

Duration of Training

The duration of the Surveyor trade is two years. During this period, trainees complete a total of approximately 2400 hours of institutional training along with additional 300 hours of On-the-Job Training (OJT) or group project work.

The two-year training program is divided into first year and second year modules. The first year focuses on basic surveying concepts, drawing skills, and fundamental measurement techniques. The second year covers advanced surveying methods, modern instruments, and digital mapping technologies.

Entry Qualification

To enroll in the Surveyor trade, candidates must have passed the 10th class examination from a recognized board. Basic knowledge of mathematics and science is helpful because surveying involves calculations related to distance, angles, elevations, and coordinates.

Students who have an interest in civil engineering, mapping, and fieldwork will find this course particularly useful for building a career in technical professions.

Minimum Age Requirement

The minimum age required for admission to the Surveyor trade is 14 years as on the first day of the academic session. This requirement ensures that students have completed basic education before starting technical training.

Many students join ITI programs immediately after completing their secondary education in order to gain practical skills and enter the workforce at an early stage.

Eligibility for Persons with Disabilities

The Surveyor trade is open to several categories of Persons with Disabilities (PwD), provided that the candidates are capable of performing the tasks required in surveying activities.

Eligible categories include individuals with conditions such as locomotor disability, low vision, deafness, autism, and other specified disabilities as defined under government guidelines.

This inclusive approach ensures that vocational training opportunities are available to a wide range of learners.

Unit Strength

The standard batch size for the Surveyor trade is 24 trainees per unit. This limit ensures that each student receives sufficient practical training and access to surveying instruments during the course.

Because surveying requires hands-on experience with technical equipment, maintaining an appropriate student-to-instructor ratio is essential for effective learning.

Infrastructure and Power Requirements

Industrial Training Institutes offering the Surveyor trade must maintain proper infrastructure and workshop facilities. The recommended space requirement is approximately 64 square meters for the training unit.

The institute must also provide a power supply of around 3 kilowatts to support training activities, including the use of computers and electronic surveying equipment.

Instructor Qualifications

The quality of training depends greatly on the qualifications of instructors. For the Surveyor trade, instructors must have relevant educational and professional experience in surveying or civil engineering fields.

Eligible qualifications include a degree in Survey Engineering or Civil Engineering, a diploma in the relevant field, or a National Trade Certificate (NTC) or National Apprenticeship Certificate (NAC) in the Surveyor trade with practical experience.

In addition to technical qualifications, instructors must also possess the National Craft Instructor Certificate (NCIC) issued by the Directorate General of Training.

Conclusion

The General Information section of the Surveyor trade provides essential details about the structure, eligibility requirements, training duration, and institutional standards for the course. These guidelines ensure that all Industrial Training Institutes follow a uniform system of vocational education.

By completing the Surveyor trade training program, students gain valuable technical skills and practical experience required for employment in construction, engineering, mapping, and land development sectors. With increasing infrastructure development in India, skilled surveyors are expected to remain in high demand in both government and private industries.

Book Page

Use AutoCAD command for drawings
Classification of Roads, Terms Used in Road Engineering, Alignment, Gradients & Super Elevation
Points to be considered during reconnaissance survey
Types of surveys for location of a road
Degree of Accuracy in Surveying
Common error and their elimination
Curvature & Refraction Effect and Sensitivity of Bubble Tube
Curvature & Refraction Effect and Sensitivity of Bubble Tube
Entry of level book (Reduced level calculation method)
Temporary & Permanent Adjustment (Levelling Instrument)
Different types of levelling
Technical terms used in levelling
Types of levelling instrument
Introduction to levelling
Traversing using Theodolite, Traverse Computation, Coordinates, Balancing, Gale’s Traverse Table, Area & Omitted Measurements
Traversing using Theodolite, Traverse Computation, Coordinates, Balancing, Gale’s Traverse Table, Area & Omitted Measurements
Permanent adjustment of Theodolite
Reading of angles, field book entry of measured angles
Temporary Adjustment of Theodolite and Angle Measurement Process
Types of Theodolite, Parts of Theodolite, Terms Used in Theodolite Survey
Introduction to Theodolite
Methods of Plane Table Survey (Radiation, Intersection, Resection, Traversing)
Plane Table Survey, Principle, Merits & Demerits, Instruments and Setting Up
Introduction to AutoCAD and Use of AutoCAD Commands
Adjustment of closing error, precaution in using prismatic compass
Calculation of included angle from bearing local attraction, magnetic declination and true bearing, closing error
Conversion of bearing web to R.B
Instruments and Their Setting Up (Compass Survey)
Basic terms used in compass survey
Calculation of Area (Regular & Irregular Figures) and Knowledge of Site Plan
Field procedure of chain survey errors in chain survey, plotting procedure
Terms Used in Chain Survey, Offsets, Field Book and Chaining on Sloping Ground
Uses of Chain/ tape, testing of a chain & correction
Ranging (direct & indirect), Principle of chain survey, application
Use & application of conventional signs & symbols
Knowledge of different types of scales, determine of R.F & uses of scales
Introduction of surveying, types of surveying, use, application principal
Details layout of lettering, lines & dimensioning system
Dimensions of drawing sheet
Layout of drawing sheet
List of the instrument equipments to be used during training
Job Responsibility of the Trade and Overview of the Subject
Introduction of First aid
Importance of survey or trade Job after completion of training
Guidance for Newcomers to Become Familiar with the Working of ITI System
Importance of Safety and General Precautions in Surveyor Trade

Common Subject

  • Engineering Drawing
  • Employability Skills
  • Workshop Calculation Science

Directory

  • Industrial Training Institutes
  • Engineering College
  • Medical College

Knowledge Bank

  • ITI Syllabus
  • Tools

Student Friend

  • ITI Admission
  • ITI Jobs
  • ITI Hunnarbaaz
  • Get ITI Website

Electrician + Wireman + Electroplater + Electrician Power Distribution + Lift and Escalator Mechanic | ITI Fitter | ITI COPA | ITI Welder | ITI Mechanic | ITI Electronics | Agriculture + Horticulture + Floriculture | ITI Draughtsman Civil & Mech | ITI Refrigeration & Air Conditioning | ITI Turner | ITI Plumber | ITI Machinist | ITI Cosmetology | ITI Sewing | ITI Surveyor

Copyright © 2026 ITI Directory - All rights reserved

Developed and Designed by ITI Directory