ITI Surveyor Syllabus : The ITI Surveyor is one of the most popular courses after the 10th grade for students who want to pursue vocational training. The ITI Surveyor course lasts 2 years and includes 2 semesters each year covering different aspects of surveys. Both semesters include trade and practical opportunities. Both government and private ITI colleges offer the Surveyor course.
The ITI Surveyors syllabus falls into two categories: Domain area and Core area. Domain areas (Trade Theory and Practical) impart professional skills and knowledge, while Core areas (Workshop Calculation & Science and Employability Skills) impart core skills, knowledge, and life skills. When a trainee graduates from the program, DG awards him or her a National Trade Certificate (NTC), which is internationally recognised.
Also Read: ITI Admission 2024 (Open)
ITI Surveyor Syllabus
Before applying for the ITI surveyor course, it's crucial to understand the syllabus. The syllabus clearly outlines the topics covered in the course, allowing students to plan and prioritize their learning. Students must review the syllabus in detail to have a clear understanding of the course content. The syllabus is broadly categorised into Trade Theory, Trade Practice, Employability Skills, and Workshop, and the semester-wise syllabus includes the following topics:
First Semester
In the first semester of the ITI surveyor program, introductory subjects such as "Introduction to Trade", "Classification of Survey", and "Importance of Trade Training" are included.
Second Semester
In the second semester of ITI surveyor training, students take theoretical and practical subjects such as "Purpose of Sectioning", "Instrumental Errors", and "Practice Reading Staff".
Students can also access the Official ITI Surveyor Syllabus in this brochure: Official ITI Surveyor Syllabus PDF
The detailed syllabus for the ITI surveyor course has been shared below:
Surveyor Subject | Topics in Syllabus |
|---|---|
Trade Theory (1st Semester) |
Introduction to Trade
Types of Scales Classification of Survey Principles of Chain Survey Linear Measuring Instruments Town Survey Traversing with Chain Care and Maintenance of Chain & Accessories Errors in Chain Survey Use of Magnetic Needles in Survey Measurement of Directions Types of Compass Technical Terms Used in Compass Survey Testing and Adjustment of Compass Methods of Plane Tabling Error in Plane Tabling and Their Elimination Tangent Clinometers Procedure of Plane Tabling |
Trade Practical (1st Semester) |
Importance of Trade Training
Nature of Job Done by Surveyors Construction of Plane Scales Geometrical Drawing Problems on Lines Conventional Signs & Symbols Used in Survey Chain Survey Practice in Chaining Procedure in Conducting Chain Survey Taking Horizontal Measurements on Sloping Ground Chain Survey of an Extensive Area Setting Up of Plane Table Use of Tangent and Dole Sole’s Clinometers |
Trade Theory (2nd Semester) |
Levelling Parts
Types of Diaphragm Methods of Observation Introduction to Contour Working out Problems on Field Book Reduction Purpose of Sectioning Steps in Plotting Sections Construction and Use of Boning Rods Alignment of Road Introduction to Theodolite Repetition and Reiteration Systems Instrumental Errors Methods of Plotting Traverses Omitted Measurements Procedure of Measuring Angles |
Trade Practical |
Practice in Setting Out a Level
Practice in Reading Staff Practice in Differential Leveling Performing Permanent Adjustment Carrying out Route Survey Practice in Use of Boning Rods and Ghat Tracer Road Project Preparation of Route Map to Scale Practice in Setting Up a Theodolite Measurement of Horizontal Angles Practice in Measuring Vertical Angles Calculating the Ordinates and Plotting the Traverse Running an Open Traverse |
Practical skills are imparted in a simple manner while professional knowledge (theory subject) is taught to apply cognitive knowledge. Practical work begins with simple geometrical drawings and progresses through the preparation of topographic maps, cadastre/muza maps, detailed road projects, and survey drawings using CAD, GIS techniques, etc.
ITI Surveyor Eligibility Criteria
Students interested in pursuing a diploma in ITI welding must have at least a class 10th qualification. ITI's welding course eligibility requirements are listed below:
- Passed 10th Class (recognised board and institute)
- Candidates must be able to speak both English and Hindi fluently.
Several universities or colleges conduct the entrance exam for the ITI Surveyor program. To be admitted to ITI, students must pass their entrance exam and meet the cut-off mark.
ITI Surveyor Course Duration
An overview of the training hours spent on various course elements over the 2-year course is shown in the table below:
Course | Training Hours | |
|---|---|---|
1st Year | 2nd Year | |
Professional Skill (Trade Practical) | 1120 | 1120 |
Professional Knowledge (Trade Theory) | 240 | 320 |
Workshop Calculation & Science | 80 | 80 |
Employability Skills | 160 | 80 |
Total | 1600 | 1600 |
Understanding the syllabus is essential and It's really important to do well in the ITI surveyor course. Make sure to plan your study schedule in a way that covers all the topics mentioned in the syllabus. Don't forget to practice and revise regularly to really understand the concepts. And if you ever find something difficult to grasp, don't hesitate to ask your teachers for help!
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