ITI Draughtsman (Civil) Course Duration

The ITI Draughtsman (Civil) course is a comprehensive 2-year program that equips students with the technical skills and knowledge required to design, draft, and create detailed plans for civil engineering projects. These projects can include anything from small residential buildings to large infrastructure works such as highways, bridges, dams, and water supply systems. The program combines theoretical learning with practical training to ensure that students are prepared to enter the civil engineering industry as competent and skilled draughtsmen.

This course is ideal for students who wish to pursue a career in construction, architecture, civil engineering, or other fields related to urban and rural development. It also provides a solid foundation for students interested in further studies in civil engineering or architecture.

ITI Draughtsman (Civil) Course Structure

The ITI Draughtsman (Civil) course focuses on imparting essential drafting and design skills necessary for civil engineering work. The course is divided into two years, with a combination of core and applied subjects. The primary objective is to develop the student's ability to create precise technical drawings and blueprints, both by hand and using computer-aided design (CAD) software.

First Year

During the first year, students focus on foundational skills related to engineering drawing, construction materials, and surveying techniques. This lays the groundwork for more specialized topics in the second year.

Key Subjects

Engineering Drawing:

  • Understanding the principles of engineering drawing, which includes the creation of basic geometrical shapes, lines, and angles. Students learn to create civil drawings that can be used in construction projects.
  • Learning how to prepare different types of views, such as plan, elevation, and sectional views, which are essential in creating detailed civil engineering plans.

Construction Materials:

  • Introduction to various building materials, their properties, and their uses in construction. This includes bricks, concrete, cement, steel, timber, and other essential materials.
  • Understanding the selection process of materials based on project requirements and environmental factors.

Surveying:

  • Learning about surveying techniques and tools, such as levels, theodolites, and total stations. Students get practical experience in measuring land and preparing site layouts.
  • Introduction to concepts of leveling, contouring, and creating topographical maps, which are crucial for planning civil engineering projects.

CAD (Computer-Aided Design):

  • Training in CAD software, such as AutoCAD, to create precise digital drawings and designs. CAD has become an integral part of modern civil engineering, making this an essential skill for any draughtsman.

Mathematics and Applied Mechanics:

  • Basic mathematical skills needed for calculations in engineering, including algebra, trigonometry, and geometry.
  • Introduction to mechanics principles, including force, motion, and equilibrium, which are relevant to structural design and construction.

Workshop Practice:

  • Hands-on practice in the workshop to familiarize students with the tools and equipment used in civil engineering work, such as measuring instruments, drawing tools, and CAD machines.

Second Year

The second year of the course delves deeper into specialized subjects related to civil engineering. Students apply the theoretical knowledge gained in the first year to more complex topics.

Key Subjects

Structural Design:

  • Understanding the principles of designing structural components such as beams, columns, foundations, and retaining walls.
  • Learning how to calculate the load-bearing capacity of various structures and materials, ensuring they meet safety and durability standards.

Building Construction:

  • Detailed study of the construction processes for residential, commercial, and industrial buildings.
  • Understanding the stages of construction, from laying foundations to finishing touches such as flooring and roofing.

Estimation and Costing:

  • Learning how to estimate the quantity of materials required for a project and calculate the total cost, including labor and equipment.
  • This subject is crucial for project planning and ensuring that construction projects stay within budget.

Water Supply and Sanitation Systems:

  • Introduction to designing water supply, drainage, and sanitation systems for residential and commercial buildings.
  • Learning about the regulations and best practices for ensuring clean water supply and efficient waste disposal.

Advanced Surveying:

  • Application of advanced surveying techniques in large-scale projects such as roadways, bridges, and dams.
  • Practical training in creating detailed land development plans and layouts.

Environmental Studies:

  • Study of environmental regulations and the impact of construction on the environment.
  • Understanding the importance of sustainability and green building practices in modern civil engineering projects.

Communication Skills:

  • Developing the ability to communicate technical information effectively, both in written reports and through verbal presentations.
  • Learning professional conduct, client interaction, and teamwork, which are essential in the construction industry.

Specializations in ITI Draughtsman (Civil)

Throughout the course, students may choose to specialize in specific areas of civil engineering drafting. These specializations can enhance their job prospects and allow them to focus on fields that align with their interests.

Architectural Drafting:

  • Specializing in creating detailed architectural drawings for buildings, including floor plans, elevations, and sections.

Structural Drafting:

  • Focusing on drafting the structural components of buildings and bridges, ensuring that the designs meet engineering standards for strength and stability.

Survey Drafting:

  • Specializing in preparing survey maps and topographical layouts for land development projects.

Infrastructure Drafting:

  • Working on large-scale infrastructure projects such as roads, bridges, and tunnels, preparing the necessary technical drawings and plans.

Career Opportunities for ITI Draughtsman (Civil) Graduates

Graduates of the ITI Draughtsman (Civil) course have excellent career prospects in the construction and civil engineering industries. Some of the key career options include:

Civil Draughtsman:

  • Working in design offices, creating technical drawings for architects, engineers, and contractors involved in construction projects.

CAD Technician:

  • Specializing in creating digital designs and blueprints using CAD software, an essential skill in modern civil engineering.

Surveyor:

  • Assisting in land surveying and preparing site layouts for construction projects. Surveyors play a vital role in ensuring that construction is carried out according to plan.

Site Supervisor:

  • Overseeing construction sites to ensure that work is carried out according to the technical drawings and safety standards.

Freelance Draughtsman:

  • Offering drafting services on a freelance basis, working with various architects, civil engineers, and construction firms.

Building Estimator:

  • Estimating material quantities and costs for construction projects, a critical function in project management.

Salary Expectations

Entry-level draughtsmen typically earn between INR 15,000 and INR 25,000 per month. With experience and specialization, salaries can increase significantly, reaching up to INR 50,000 or more per month for senior roles, particularly in large infrastructure projects.

Higher Studies and Further Opportunities

Graduates can pursue further studies to enhance their knowledge and career prospects. Some of the options include:

  • Diploma in Civil Engineering: A natural progression for those who want to deepen their technical knowledge and take on more significant roles in the industry.

  • B Tech in Civil Engineering: For students who aspire to become licensed civil engineers, a B Tech degree provides a thorough understanding of advanced civil engineering concepts.

  • Specialized Certifications: Short-term courses in advanced CAD, project management, or environmental design can further improve career opportunities.

The ITI Draughtsman (Civil) course offers a solid foundation for students interested in pursuing careers in the civil engineering and construction industries. It combines practical skills with theoretical knowledge, preparing graduates for a variety of roles, from drafting and designing to site supervision and project estimation. With the growing demand for skilled professionals in the construction sector, graduates of this course have excellent job prospects and opportunities for further growth.

FAQs

What is the total duration of the ITI Draughtsman (Civil) course?

The course duration is 2 years, divided into four semesters. Each semester focuses on different aspects of civil drafting and engineering concepts.

Is the course suitable for beginners with no technical background?

Yes, the course is designed for beginners. It provides all the foundational knowledge and practical training needed to start a career in civil engineering.

Can I complete the course faster?

No, since the course is structured over two years, it must be completed within this time frame to cover both theory and practical modules.

Does the course include semester breaks?

Yes, between each semester, students usually get short breaks, but the course schedule ensures continuous learning and practical exposure.  

How many hours per week do students need to dedicate?

Students usually need to dedicate 25-30 hours per week, including both classroom learning and practical sessions in workshops.

Will I have enough practical experience by the end of two years?

Yes, the course emphasizes hands-on training through workshops and projects, ensuring students gain real-world skills in civil drafting.

Are internships included within the course duration?

Many institutes include internships or field training as part of the two-year curriculum to give students professional exposure.

Is attendance mandatory throughout the course duration?

Yes, most institutes require a minimum attendance percentage to ensure students actively participate in both theory and practical classes.

Can I pursue the course part-time?

The course is typically offered in a full-time format, as it involves practical work that requires regular attendance. However, some institutions may offer weekend options.

Are exams conducted at the end of each semester?

Yes, there are semester-end exams that assess both theoretical knowledge and practical skills gained during the term.

Will the course duration include study tours or field visits?

Yes, some institutes organize field visits and site tours as part of the learning experience to help students understand real-world projects.

What if I miss some classes due to personal reasons?

Students can usually make up missed classes through extra sessions or assignments. However, maintaining regular attendance is important.

Is there any flexibility in the course schedule?

The course follows a fixed schedule, but academic support is provided to students who need additional help with any topic.

Can I switch to another institute during the course?

While it’s possible, it may depend on the institute’s policies and whether credits can be transferred to another program.

Will the course duration affect my career prospects?

Completing the course in two years prepares you for immediate employment. The practical exposure and structured learning make graduates industry-ready.

Does the course duration include project work?

Yes, the course includes project work, which helps students apply theoretical knowledge to real-life problems in civil engineering.  

Will I be eligible for jobs immediately after completing the two years?

Yes, after completing the course, students can find jobs in construction, architecture, or infrastructure companies.

How does the course duration prepare students for the job market?

The two years provide a mix of technical knowledge and hands-on experience, making graduates well-prepared for entry-level jobs.

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