The Plumber trade under the Craft Instructor Training Scheme (CITS) follows a structured and competency-based training system designed by the Directorate General of Training (DGT), Ministry of Skill Development and Entrepreneurship, Government of India. The purpose of this training system is to prepare qualified instructors who can deliver high-quality vocational education and skill training to students pursuing plumbing trades in Industrial Training Institutes (ITIs) and other vocational training institutions.
The training system combines theoretical knowledge, practical skills, and instructional methodology to ensure that trainees gain both technical expertise and teaching capabilities. By the end of the program, trainees are expected to develop the ability to demonstrate plumbing operations, explain technical concepts clearly, and guide students in performing practical tasks effectively.
General Structure of the Training System
The Plumber CITS course is conducted in National Skill Training Institutes (NSTIs) and in institutes affiliated with the Directorate General of Training known as Institutes for Training of Trainers (IToTs). These institutions provide the required infrastructure, laboratories, tools, and equipment needed for training future instructors.
Admission to the course is carried out according to the guidelines issued by the Directorate General of Training from time to time. Candidates who wish to enroll in the program must fulfill the eligibility requirements and complete the admission process through the official admission portal managed by the National Instructional Media Institute (NIMI).
The duration of the Plumber CITS course is one year. During this period, trainees undergo intensive training that covers trade technology, engineering technology, and training methodology. The program is designed to provide a balanced combination of theoretical learning and practical training so that trainees can develop complete professional competence.
Course Components
The training system is divided into several major components that focus on different aspects of skill development. These components include trade technology, engineering technology, and training methodology. Each component plays an important role in preparing trainees to become effective instructors.
Trade Technology
Trade technology forms the core part of the training program. It focuses on developing advanced technical knowledge and practical skills related to plumbing systems and installations.
This component is divided into two parts: professional skills (trade practical) and professional knowledge (trade theory). The practical section includes hands-on training in plumbing operations such as pipe cutting, threading, installation of sanitary fittings, maintenance of pipelines, and testing of water supply systems.
The theory section provides knowledge about plumbing materials, tools, equipment, water supply systems, drainage systems, safety practices, and maintenance techniques. Together, these two sections ensure that trainees gain a strong understanding of plumbing technology.
Engineering Technology
Engineering technology is another important part of the training system. It helps trainees develop basic engineering knowledge that supports technical training activities in workshops and laboratories.
This component includes subjects such as Workshop Calculation and Science and Engineering Drawing. Workshop calculation helps trainees understand mathematical concepts used in measurement, calculation, and estimation related to plumbing work.
Engineering drawing provides trainees with the ability to read and interpret technical drawings and diagrams. This skill is essential for understanding plumbing layouts, pipe connections, and installation plans used in real-world construction projects.
Training Methodology
Training methodology focuses on developing teaching skills required for instructors. This section helps trainees learn how to effectively deliver training sessions and manage classroom or workshop environments.
The training methodology component includes both theoretical and practical training. Trainees learn about lesson planning, training techniques, demonstration methods, communication skills, and student assessment strategies.
They also practice conducting training sessions and demonstrations in workshops so that they gain confidence in teaching plumbing operations to students.
Distribution of Training Hours
The Plumber CITS training program consists of approximately 1600 hours of training distributed across different course components throughout the one-year duration.
A significant portion of the training hours is allocated to trade practical sessions, as plumbing is a skill-based trade that requires extensive hands-on experience.
The remaining hours are distributed among trade theory, engineering subjects, and training methodology. This balanced distribution ensures that trainees develop technical knowledge, practical competence, and instructional skills simultaneously.
Progression Pathways
After completing the Plumber CITS course successfully, trainees can pursue several career opportunities in vocational education and industry. One of the most common career paths is working as an instructor in Industrial Training Institutes or other technical training institutions.
As instructors, graduates of the program are responsible for training students in plumbing technology, supervising workshop activities, and evaluating student performance.
In addition to teaching roles, trainees may also find employment as supervisors or technical experts in industries related to plumbing, construction, water supply systems, and sanitation services.
Assessment and Certification
The assessment system in the Plumber CITS training program is designed to evaluate the knowledge, skills, and instructional abilities of trainees. Assessment is conducted through both continuous internal evaluation and final examination.
During the training period, trainees are assessed through formative assessment. This method evaluates trainees’ performance in practical tasks, classroom activities, assignments, and instructional demonstrations.
Training institutes maintain an individual trainee portfolio that records the progress and performance of each trainee throughout the course.
At the end of the training program, trainees appear for the All India Trade Test (AITT) conducted by the Directorate General of Training. This final examination evaluates both theoretical knowledge and practical skills.
Candidates who successfully pass the examination are awarded the National Craft Instructor Certificate (NCIC) by the Directorate General of Training. This certificate officially qualifies them to work as instructors in vocational training institutes across India.
Conclusion
The training system of the Plumber CITS program is carefully designed to develop skilled instructors who can deliver effective vocational education in the plumbing trade.
By combining trade technology, engineering knowledge, and training methodology, the program ensures that trainees acquire both technical expertise and teaching skills.
This comprehensive training system contributes to the development of qualified instructors who can train future plumbers and support the growth of skilled manpower in the plumbing and construction sectors.