🔩 Fitter Course (2 Years)
Fitter Course (2 Years)
The Fitter (2 Years) course is a job-oriented industrial training program offered under the National Council for Vocational Training (NCVT) and recognized by the Directorate General of Training (DGT), Ministry of Skill Development and Entrepreneurship, Government of India. This course is designed to train students in fitting and assembly techniques used in manufacturing, mechanical maintenance, and industrial operations.
📚 Course Overview
1. Duration: 2 Years (4 Semesters)
2. Eligibility: Pass in 10th Standard (SSLC) or equivalent.
3. Affiliation: NCVT (National Council for Vocational Training).
4. Intake: 20 to 24 students per batch (may vary by institute)
5. Admission: Based on merit/entrance (varies by institute).
⚙️ Key Learning Areas
• Marking, fitting, filing, drilling, and grinding techniques,Assembly and disassembly of mechanical components
• Maintenance and repair of machines,Use of hand tools, measuring instruments, and power tools,Reading mechanical drawings and interpreting blueprints
• Welding basics, lathe operations, and benchwork
• Safety procedures and troubleshooting.
• Workplace safety, precision practices, and quality control
🛠️ Practical Training
"The course emphasizes hands-on workshop training, simulating real industrial environments. Students gain experience using tools and machines commonly used in fabrication, maintenance, and fitting jobs."
💼 Career Opportunities
After completing the Fitter course, students can work in:
1. Government departments (EB, Railways, etc.)
2. Private manufacturing and engineering companies
3. Maintenance divisions in factories and industries
4. Shipyards, power plants, and steel plants.
4. Entrepreneurship – self-employment as a mechanical fitter or contractor.
🎓 Higher Studies & Certifications
• Graduates can pursue:
• Apprenticeships in core mechanical industries
• Advanced Diplomas or certifications in CNC, CAD/CAM, or Tool & Die
• Competitive exams for Government and PSU jobs (e.g., ITI Instructor, TNEB, SSC)
• This course lays a solid foundation in mechanical engineering skills, encouraging both employment and further technical education. It is ideal for students interested in working with machines, tools, and industrial systems.
Academic Programs
Highlights of Student Participation
The image shows a group of students participating in a track race on a sports field. This indicates active involvement in physical education and extracurriculars, suggesting a balanced approach to academics and fitness.
Snapshots of Student Life Across Programs
A group of students is lined up at the starting point of a race, indicating unity, participation, and preparation—symbolizing discipline and readiness, key values often nurtured through liberal arts education.
Student Involvement in Action
Students are seen cleaning a park or ground area, participating in a community service activity. This reflects leadership, teamwork, and social responsibility—core elements of business and management education.
Student Activities
Mechanical Exploration
Students are actively involved in demonstrating or examining a mechanical model. This represents practical exposure to engineering concepts, teamwork, and problem-solving in real-world contexts.
Eco-Tech & Community Interaction
The image shows students discussing a solar-powered setup, highlighting environmental awareness, innovation, and collaborative learning beyond the classroom.
Workshop Practice & Technical Skills
Students are engaged in a dynamic lab or workshop session, working on technical equipment. This reflects their involvement in hands-on training, robotics, and machine learning through structured practical sessions.