B.Voc Manufacturing


B.Voc Manufacturing Technology - JC Bose University

About B.Voc Manufacturing Technology

A Bachelor of Vocation (B.Voc.) in Manufacturing Technology is a vocational undergraduate degree program that focuses on providing practical skills and knowledge in the field of smart manufacturing. This program is designed to equip students with the necessary skills and competencies required for various roles in the modern manufacturing industry. This program is an outcome of industry and student demand. Only Degree program in Manufacturing with more than 60% Practical to make you more employable and outshine your career. This program is designed to introduce students to the operation of today's complex manufacturing systems by giving them comprehensive understanding from basic to advanced, of various manufacturing technologies like CNC programming, robotics, AI-powered automation, CAD/CAM, welding, and smart manufacturing systems. Students under this program will acquire the necessary skills to construct, install, maintain, and process advanced manufacturing systems. Vocational training programs have been created with the aim of imparting industry-specific skills in students. These programs are crafted in such a way that the students acquire skills, which will lead them to employment in the respective sector.

Course Objective

  • Industry 4.0 Readiness: To provide comprehensive knowledge of advanced manufacturing technologies including CNC programming, AI-powered automation, robotics, and smart manufacturing systems that align with Industry 4.0 requirements.

  • Hands-On Technical Skills: To provide extensive laboratory and workshop experience with world-class CNC machines, industrial robots, AI-integrated systems, and advanced manufacturing equipment, enabling students to develop practical skills in installation, maintenance, and troubleshooting.

  • Industry Integration: To align the curriculum with current industry standards and practices through strong partnerships with leading manufacturing companies, ensuring students are well-prepared for immediate employment in various manufacturing sectors.

  • Innovation and Problem-Solving: To foster critical thinking and innovative problem-solving abilities, encouraging students to design smart manufacturing solutions for complex industrial challenges using AI and robotics.

  • Safety and Quality Standards: To educate students on the importance of manufacturing safety protocols, quality control systems, and international standards, ensuring they can work effectively in professional environments.

  • Professional Excellence: To enhance soft skills such as communication, teamwork, and project management, preparing students for leadership roles in multidisciplinary manufacturing teams.

  • Continuous Learning: To cultivate a mindset of continuous learning and professional development, encouraging graduates to stay updated with emerging technologies and advancements in smart manufacturing.

3-Year Program Structure

Comprehensive curriculum with progressive skill development

Academic Level Entry Level Qualifications Qualifications at Exit NSQF Level
1st yr. of UG Degree A candidate completing 10+2 years with Diploma of Vocation or passed 12th std. or equivalent vocational training with level 4 UG Certificate 4.5
2nd yr. of UG Degree A candidate with Diploma in appropriate branch of Engineering/UG Certificate/Equivalent Vocational or Technical Program level 4.5 UG Diploma 5.0
3rd yr. of UG Degree A candidate with 10+3+1/12+2/UG Diploma (Engg.) in appropriate domain with level 5 B.Voc Degree 5.5

Career Opportunities

A Bachelor of Vocation (B.Voc.) in Manufacturing Technology with AI & Robotics offers a blend of theoretical knowledge and practical skills tailored to meet modern industry needs. This degree prepares graduates for a variety of career opportunities in the smart manufacturing sector. Here are some of the potential career paths and job roles for B.Voc. graduates in Manufacturing Technology:

CNC Programmer
Advanced machining operations and programming of CNC machines
Robotics Engineer
Design, program, and maintain industrial automation systems
Manufacturing Engineer
Process optimization, planning, and smart manufacturing implementation
AI Technician
Implementation and maintenance of AI-powered manufacturing solutions
Quality Control Engineer
AI-powered inspection systems and quality assurance processes
CAD/CAM Specialist
Design and manufacturing support using advanced CAD/CAM software
Automation Specialist
Robotic system integration and automated manufacturing processes
Tool & Die Maker
Precision tooling, fixtures, and die design for manufacturing
Production Supervisor
Leadership roles in smart manufacturing and production management
Manufacturing Consultant
Expert advisory services for manufacturing optimization

Future Perspective

The B.Voc Manufacturing Technology with AI & Robotics program equips students with the technical expertise, innovative problem-solving skills, and hands-on experience required to excel in the rapidly evolving smart manufacturing industry. Graduates will be ready to lead the next generation of automated, AI-powered manufacturing systems.

World-Class Infrastructure & Equipment

The B.Voc. Manufacturing Technology program is supported by state-of-the-art facilities and equipment designed to provide students with comprehensive hands-on experience. These facilities include:

Machine Shop (12,000 sq ft)

  • CNC Turning Centre (Stallion 100Su)
  • CNC Machining Centre (VMC-400M)
  • CNC Wire Cut (Sprint Cut)
  • CNC Train Master (HMT: T-70 Pc)
  • Horizontal & Vertical Milling Machines
  • Surface Grinder & Tool Grinder
  • Gear Hobbing & Shaper Machines

Robotics Lab

  • Industrial Robotic Arms
  • Automated Assembly Systems
  • Robot Programming Workstations
  • Pick & Place Automation
  • Vision-Guided Robotics
  • Collaborative Robots (Cobots)
  • Sensor Integration Systems

AI & Automation Lab

  • Machine Learning Workstations
  • AI-Powered Quality Control Systems
  • Predictive Maintenance Tools
  • IoT Sensors & Data Analytics
  • Smart Manufacturing Software
  • Computer Vision Systems
  • Process Optimization AI Tools

Welding Shop (7,000 sq ft)

  • MIG & TIG Welding Machines
  • Automated Welding Systems
  • Arc Welding Equipment
  • Spot & Projection Welding
  • Air Plasma Cutting Machine
  • Submerged Arc Welding
  • Gas Welding & Cutting Sets
  • Robotic Welding Stations

CAD/CAM Lab

  • AutoCAD Software (Latest Version)
  • Master CAM Software 2017
  • SolidWorks & CATIA
  • High-Performance Workstations
  • 3D Modeling & Simulation Tools
  • Industry-Standard Software Licenses
  • Robot Simulation Software

3-Year Program Structure

Comprehensive curriculum with progressive skill development

Academic Level Entry Level Qualifications Qualifications at Exit NCQF Level
1st yr. of UG Degree A candidate completing 10+2 years with Diploma of Vocation or passed 12th std. or equivalent vocational training with level 4 UG Certificate 4.5
2nd yr. of UG Degree A candidate with Diploma in appropriate branch of Engineering/UG Certificate/Equivalent Vocational or Technical Program level 4.5 UG Diploma 5.0
3rd yr. of UG Degree A candidate with 10+3+1/12+2/UG Diploma (Engg.) in appropriate domain with level 5 B.Voc Degree 5.5

Internship Highlights

Our students gain valuable industry experience through partnerships with leading manufacturing companies, providing real-world exposure to smart manufacturing environments and cutting-edge technologies.

Course Coordinator Details

(For Admission Related Queries)

Name Contact Number Email ID
Mrs. Kanchan Rani +91 7678281223 kanchan@jcboseust.ac.in