The manufacturing industry is constantly booming. Almost everything you see in the household is manufactured by a particular organization. The manufacturing function is responsible for implementing and operating the production system in order to produce the product. Manufacturing may also include purchase, distribution and installation of the goods.
Globalisation has changed the manufacturing industry. The industry is viewed as a leading sector to economic development. We can have economies of scale by applying advanced technology and division of labour and scientific management to increase production and employment. This brings about economic growth and the rise in capital gains.
Eligibility Criteria and Higher Studies
Aspiring students can pursue Bachelor of Manufacturing Engineering after 10+2 with science or its equivalent from a recognized school board.
Curriculum and Core Subjects
Syllabus for Bachelor of Manufacturing Engineering:
| Sem. I | |
| Sr. No. | Subjects of Study |
| 1 | Engineering Maths I |
| 2 | Engineering Physics |
| 3 | Elements of Civil Engineering & Engineering Mechanics |
| 4 | Elements of Mechanical Engineering |
| 5 | Basic Electrical Engineering |
| 6 | Workshop Practice |
| 7 | Engineering Physics Lab |
| 8 | Constitution of India & Professional Ethics |
| 9 | Language (Kan.) |
| Sem. II | |
| 1 | Engineering Maths II |
| 2 | Engineering Physics |
| 3 | Elements of Civil Engineering & Engineering Mechanics |
| 4 | Elements of Mechanical Engineering |
| 5 | Basic Electrical Engineering |
| 6 | Workshop Practice |
| 7 | Engineering Physics Lab |
| 8 | Constitution of India & Professional Ethics |
| 9 | Language (Kan.) |
| Sem. III | |
| 1 | Engineering Mathematics III |
| 2 | Material Science & Metallurgy / Mechanical Measurements & Metrology |
| 3 | Basic Thermodynamics |
| 4 | Mechanics of Materials |
| 5 | Manufacturing Process I |
| 6 | Computer-Aided Machine Drawing / Fluid Mechanics |
| 7 | Metallography & Material Testing Laboratory / Mechanical Measurements & Metrology Laboratory |
| 8 | Foundry & Forging Laboratory / Machine Shop |
| Sem. IV | |
| 1 | Engineering Mathematics IV |
| 2 | Material Science & Metallurgy / Mechanical Measurements & Metrology |
| 3 | Applied Thermodynamics |
| 4 | Kinematics of Machines |
| 5 | Manufacturing Process II |
| 6 | Computer-Aided Machine Drawing / Fluid Mechanics |
| 7 | Metallography & Material Testing Laboratory / Mechanical Measurements & Metrology Laboratory |
| 8 | Foundry & Forging Laboratory / Machine Shop |
| Sem. V | |
| 1 | Management & Entrepreneurship |
| 2 | Dynamics of Machinery |
| 3 | Design of Machine Elements |
| 4 | Manufacturing Process III |
| 5 | Applied Electronics and Micro Processors |
| 6 | CAD / CAM |
| 7 | CAD / CAM Lab |
| 8 | Energy Conversion Engineering Lab |
| Sem. VI | |
| 1 | Operations Research |
| 2 | Engineering Economy |
| 3 | Mechatronics |
| 4 | CNC Machines |
| 5 | Quality Assurance |
| Elective I (Group A) | |
| 1 | Machine Tools Lab |
| 2 | Applied Electronics & MP Lab |
| Sem. VII | |
| 1 | Control Engineering |
| 2 | Operations Management |
| 3 | Facility Planning & Design |
| 4 | Data Base Management System |
| Elective II (Group B) | |
| Elective III (Group C) | |
| 1 | Welding Lab & Study of Microstructures |
| 2 | Advanced CNC & Robotics Lab |
| Elective II (Group B) | |
| 1 | Foundry Technology |
| 2 | Finite Element Methods |
| 3 | Automation in Manufacture |
| 4 | Computer Graphics |
| 5 | Metal Forming Technology |
| Elective III (Group C) | |
| 1 | Mechanical Vibrations |
| 2 | Machine Tool Design |
| 3 | Advanced Concepts in Management |
| 4 | Maintenance Engineering |
| 5 | Artificial Intelligence & Expert Systems |
| Sem. VIII | |
| 1 | New Total Quality Management |
| 2 | Product Design and Manufacture |
| Elective IV (Group D) | |
| Elective V (Group E) | |
| 1 | Project Work |
| 2 | Seminar on Project work |
| Elective IV (Group D) | |
| 1 | Fluid Power Control |
| 2 | Tool Engineering & Design |
| 3 | Heat Treatment of Metals |
| 4 | Just in Time Manufacturing |
| 5 | Engineering System Design |
| Elective V (Group E) | |
| 1 | Industrial Robotics |
| 2 | Advanced Materials Technology |
| 3 | Agile Manufacturing |
| 4 | Welding Technology |
| 5 | Hydraulics & Pneumatics |
Advance Courses
To pursue a Masters of Engineering (Manufacturing Engineering) a minimum score of 50% marks are required in the Bachelor of Manufacturing Engineering.
Employment Areas
Careers Related To The Field
Salary Range
An entry-level Manufacturing Engineer with less than 1 year experience can expect to earn INR 2.89 lacs.
Top Universities
The manufacturing industry is constantly booming. Almost everything you see in the household is manufactured by a particular organization. The manufacturing function is responsible for implementing and operating the production system in order to produce the product. Manufacturing may also include purchase, distribution and installation of the goods.
Globalisation has changed the manufacturing industry. The industry is viewed as a leading sector to economic development. We can have economies of scale by applying advanced technology and division of labour and scientific management to increase production and employment. This brings about economic growth and the rise in capital gains.
Eligibility Criteria and Higher Studies
Aspiring students can pursue Bachelor of Manufacturing Engineering after 10+2 with science or its equivalent from a recognized school board.
Curriculum and Core Subjects
Syllabus for Bachelor of Manufacturing Engineering:
| Sem. I | |
| Sr. No. | Subjects of Study |
| 1 | Engineering Maths I |
| 2 | Engineering Physics |
| 3 | Elements of Civil Engineering & Engineering Mechanics |
| 4 | Elements of Mechanical Engineering |
| 5 | Basic Electrical Engineering |
| 6 | Workshop Practice |
| 7 | Engineering Physics Lab |
| 8 | Constitution of India & Professional Ethics |
| 9 | Language (Kan.) |
| Sem. II | |
| 1 | Engineering Maths II |
| 2 | Engineering Physics |
| 3 | Elements of Civil Engineering & Engineering Mechanics |
| 4 | Elements of Mechanical Engineering |
| 5 | Basic Electrical Engineering |
| 6 | Workshop Practice |
| 7 | Engineering Physics Lab |
| 8 | Constitution of India & Professional Ethics |
| 9 | Language (Kan.) |
| Sem. III | |
| 1 | Engineering Mathematics III |
| 2 | Material Science & Metallurgy / Mechanical Measurements & Metrology |
| 3 | Basic Thermodynamics |
| 4 | Mechanics of Materials |
| 5 | Manufacturing Process I |
| 6 | Computer-Aided Machine Drawing / Fluid Mechanics |
| 7 | Metallography & Material Testing Laboratory / Mechanical Measurements & Metrology Laboratory |
| 8 | Foundry & Forging Laboratory / Machine Shop |
| Sem. IV | |
| 1 | Engineering Mathematics IV |
| 2 | Material Science & Metallurgy / Mechanical Measurements & Metrology |
| 3 | Applied Thermodynamics |
| 4 | Kinematics of Machines |
| 5 | Manufacturing Process II |
| 6 | Computer-Aided Machine Drawing / Fluid Mechanics |
| 7 | Metallography & Material Testing Laboratory / Mechanical Measurements & Metrology Laboratory |
| 8 | Foundry & Forging Laboratory / Machine Shop |
| Sem. V | |
| 1 | Management & Entrepreneurship |
| 2 | Dynamics of Machinery |
| 3 | Design of Machine Elements |
| 4 | Manufacturing Process III |
| 5 | Applied Electronics and Micro Processors |
| 6 | CAD / CAM |
| 7 | CAD / CAM Lab |
| 8 | Energy Conversion Engineering Lab |
| Sem. VI | |
| 1 | Operations Research |
| 2 | Engineering Economy |
| 3 | Mechatronics |
| 4 | CNC Machines |
| 5 | Quality Assurance |
| Elective I (Group A) | |
| 1 | Machine Tools Lab |
| 2 | Applied Electronics & MP Lab |
| Sem. VII | |
| 1 | Control Engineering |
| 2 | Operations Management |
| 3 | Facility Planning & Design |
| 4 | Data Base Management System |
| Elective II (Group B) | |
| Elective III (Group C) | |
| 1 | Welding Lab & Study of Microstructures |
| 2 | Advanced CNC & Robotics Lab |
| Elective II (Group B) | |
| 1 | Foundry Technology |
| 2 | Finite Element Methods |
| 3 | Automation in Manufacture |
| 4 | Computer Graphics |
| 5 | Metal Forming Technology |
| Elective III (Group C) | |
| 1 | Mechanical Vibrations |
| 2 | Machine Tool Design |
| 3 | Advanced Concepts in Management |
| 4 | Maintenance Engineering |
| 5 | Artificial Intelligence & Expert Systems |
| Sem. VIII | |
| 1 | New Total Quality Management |
| 2 | Product Design and Manufacture |
| Elective IV (Group D) | |
| Elective V (Group E) | |
| 1 | Project Work |
| 2 | Seminar on Project work |
| Elective IV (Group D) | |
| 1 | Fluid Power Control |
| 2 | Tool Engineering & Design |
| 3 | Heat Treatment of Metals |
| 4 | Just in Time Manufacturing |
| 5 | Engineering System Design |
| Elective V (Group E) | |
| 1 | Industrial Robotics |
| 2 | Advanced Materials Technology |
| 3 | Agile Manufacturing |
| 4 | Welding Technology |
| 5 | Hydraulics & Pneumatics |
Advance Courses
To pursue a Masters of Engineering (Manufacturing Engineering) a minimum score of 50% marks are required in the Bachelor of Manufacturing Engineering.
Employment Areas
Careers Related To The Field
Salary Range
An entry-level Manufacturing Engineer with less than 1 year experience can expect to earn INR 2.89 lacs.
Top Universities
