B.Tech Production Engineering is a very peculiar and rare branch of engineering science that deals with the scientific principles and different methodologies to improvise the efficiency and effectiveness of manufacturing and production sectors. Production engineering is a 4-year under graduate degree course which is further divided into 8 semesters in which different combinations of technologies related to manufacturing which is also a part of mechanical engineering and enhances the students in extensive trainings related to applications of production engineering in different aspects.
The course is relatively all about designing, planning, and efficiency in understanding the importance of production process and the manufacturing quality of goods. Control system is also a very essential part of the program. Production engineering is also majorly known as Manufacturing engineering as it evolves both scientific principles and technological aspect together. The entire process of the work is inter related to each other.
The graduates of production engineering will apply their knowledge in disciplines of mathematics, science, engineering and humanities to solve any problem in production engineering. The job opportunities have thus increased in production industries and manufacturing firms and production engineers are in great demand in these areas. After the successful completion of the course, the BTech professionals design, measure, implement and control all the activities within the production sector of that particular organization. The career prospects are very promising in this sector as the production sector is booming.
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Candidates those who are willing to join B.Tech production engineering can get admissions either through entrance exams which are conducted on state level, national level or university level. There are some deemed to be universities which conduct their own entrance exams. Students can choose what level of entrance exams do they want to attend. After writing the exams students are given seats on the basis of the opening and closing ranks. The candidates can also get admissions on the merit basis. Students can get admissions after the colleges release the merit list.
Another option is that students can get direct admissions in the college that they want to get into. They don’t even have to write entrance exams. All they need to do is apply directly on the university portal and fill in the application form and pay the admission fee before the due date. These are management seats which come under management quota.
| 1st Year | 2nd Year | 3rd Year | 4th Year |
|---|---|---|---|
| Calculus and Linear Algebra | Engineering Mathematics – III | Management & Entrepreneurship | Total Quality Management |
| Engineering Physics | Material Science & Metallurgy / Mechanical | Engineering Economy | Operations Management |
| Basic Electrical Engineering | Measurements & Metrology | Work Study and Ergonomics | Non-Conventional Machining Processes |
| Elements of Civil Engineering and Mechanics | Basic Thermodynamics | CAD / CAM | Mechatronics |
| Engineering Graphics | Mechanics of Materials | Design of Machine Elements | |
| Engineering Physics Laboratory | Manufacturing Processes-I | Hydraulics and Pneumatics | |
| Basic Electrical Engineering Laboratory | Computer Aided Machine Drawing/ Fluid | Work Study and Ergonomics | |
| Engineering Chemistry | Mechanics | Mechanical and Fluid Power Lab | |
| C Programming for Problem Solving | Metallography & Material Testing Lab | Materials Management | |
| Basic Electronics | Mechanical Measurements & Metrology Lab | Quality Assurance and Reliability | |
| Elements of Mechanical Engineering | Engineering Mathematics – IV | Operations Research | |
| Engineering Chemistry laboratory | Material Science & Metallurgy / Mechanical | Tool Engineering & Design | |
| C Programming Laboratory | Measurements & Metrology | Computer Integrated Manufacturing | |
| Advance Calculus and Numerical Methods | Applied Thermodynamics | ||
| Geometrical and Engineering Drawing | Kinematics of Machines | ||
| Applied Thermodynamics | Manufacturing Processes-II | ||
| Engineering Mechanics |
| Elective I (3rd year) | Elective II (3rd year) | Elective III (4th year) | Elective IV (4th year) | Elective V (4th year) |
|---|---|---|---|---|
| Value Engineering | Enterprise Resource Planning | Financial Management | Organizational Behaviour | Artificial Intelligence & Expert Systems |
| Theory of Metal Forming | Concurrent Engineering | Project Management | Knowledge Management | Just in Time Manufacturing |
| Finite Element Method | Marketing Management | Composite Materials | Design of Experiments | Automation in Manufacture |
| Human Resource Management | Technology Management | World Class Manufacture | Advanced Operations Research | Product Design & Manufacturing |
| Analysis of Manufacturing Processes | Simulation Modeling & Analysis | Management Information Systems | Data Base Management System | Engineering System Design |
| Machine Tool Design Supply Chain ManagementFacilities Planning and Design | Advanced Joining Processes & NDT | Automobile Engineering |
The scope for production engineers is thriving in most of the industries. As they are a crucial element in the production unit. And as per the global market demand, their expertise is needed in the entire production process. A production engineer will find jobs in various fields. After the successful completion of the 4-year degree course students can opt for higher education such as MTech in the same field. Apart from working in the same sector students can even explore their fields in oil, mining, and fertilizer field. Those who want to remain in the academic field and do research on more innovative concepts of production engineering can choose the PhD program to secure a position in the R&D sector.
This degree in production engineering opens up various avenues in management, development, production of new processes with its implementations, assembling, handling, managing of products in different sectors. There are boundless options for candidates in both public and private sector needless to say in the production sector, automation sector, textile industry production sector, assembling sector etc.
The B.Tech degree is highly beneficial for the students as it is a blend of 2 specific fields of science and technology and is very befitting for creative students like designing new equipment tools and machineries, mechatronics and mechanical elements, quality control and much more.
The salary packages for this degree are high and offer good opportunities for those who perform well. Production engineering is a very challenging course and the productivity in this is done by engineers those who deal with both science and technology. Students can work in top reputed companies and MNC`s in future.
This career can be a supernova only when you choose the top colleges and universities which provide you with the best placements. Get yourself admissions in top colleges with the best admission guidance from top educational institutes like Eduprov Educational Institution, where they guide you and provide you all help for admissions in a hassle freeway. Eduprov your one stop destination for all academic requirements.