A Production Engineer generally deals with constructive planning, operation, implementation, designing, developing and managing various processes to produce efficient and high-quality products. This is also known as Manufacturing Engineering, it is a specialization of Mechanical Engineer. Manufacturing is the most sensible and important concept in the Engineering term. Production Engineers work towards Choosing machinery and equipment for the particular manufacturing process.
Top Colleges:
Some of the top Institutions and Colleges who offer the Production Engineering course in India are as follow:
- College of Engineering, Pune
- Delhi Institute of Technology, Delhi
- Manipal Institute of Technology, Manipal
- Vellore Institute Of Technology, Vellore
- Indian Institute of Technology Delhi
- Birla Institute of Technology (BITS), Jharkhand
- Gujarat Technology University, Gujarat
- Shri Ram Institute Of Management and Technology (SRIMT), New Delhi
- North Maharashtra University, Maharastra
- Jadavpur University, Kolkata
- Savitribai Phule University, Pune
Highlights:
This course highlights some important topics which are as follows:
- Material Deformation Process
- Modern Manufacturing Process
- Production Control & Planning
- Automation & Control Engineering
- Process Engineering Microprocessor & Interfacing Enterprise Resource
- Planning Competitive Manufacturing Strategies
- System Dynamics Eco- friendly Manufacturing Advanced Operation Research Value
Eligibility and Courses:
Course |
Duration |
Eligibility |
Entrance |
---|---|---|---|
Diploma | 3 years | 10th | No such entrance |
B. Tech | 4 years | 12th with at least 60 % of marks (SC/ST-55%) with science stream (physics, chemistry, and mathematics) from a recognized Board. |
|
M. Tech | 2 years | Complete B. Tech degree with at least 60% of marks (SC/ST- 55%)qualified GATE score |
|
Top Recruiters:
These are some privates as well as the Government sector who hire the Production Engineer:
- Satyam Ventures
- NTPC (National Thermal Power Corporation)
- Hyundai
- ONGC (Oil and Natural Gas Corporation)
- L & T
- SAIL (Steel Authority of India Limited)
- Mahindra & Mahindra
- Geometric
- Ashok Leyland
- Suzuki
- Tata power
- Godrej
- Bharath Heavy Electrical Limited (BHEL)
- Indian Oil Corporation Limited (IOCL)
- Hindustan Petroleum Limited
- National Thermal Power Corporation
- Aditya Birla
- Larsen & Toubro
- Indraprastha Gas Limited
- Cairn India
- Reliance Industries
- Sterlite Industries
Admission Procedure:
For Diploma
- Candidates can directly entry to this diploma course by taking the 10th score.
For B. Tech
- A candidate must have to qualify the entrance exams conducted by the various Universities.
- After qualifying the entrance exam students to go through the counseling procedure conducted by the Universities.
- Students can get their seat by the score secured in the entrance exam.
- Some institutions give direct admission to the candidates by taking the mark list obtained in the 12th.
- A candidate who completed the diploma in this course can take lateral entry and takes admission in the 2nd year.
For M. Tech
- Based on the GATE score or Entrance Exam results conducted by the University of Mark obtained in the graduation.
Syllabus:
The following are some subjects related to Production Engineering:
Mathematics | Production Planning and Control |
Physics | Heat Transfer |
Design Thinking | Theory of machines |
Environmental Studies | Work-study and Ergonomics |
Engineering Mechanics | Design of machine elements |
Workshop Technology | Industrial Quality control |
Chemistry | Materials and Operations Management |
English Communication | Industrial Automation and Robotics |
Engineering Graphics | Advanced Manufacturing Process |
Basic Electrical & Electronics | Metal cutting and Tool design |
Computer Programming | Operations Research |
Strength of Materials | Metal Forming - Principles & Design |
Engineering Thermodynamics | CAD/CAM and CIM |
Material Science | Facility Planning and Material Handling |
Manufacturing Technology | Industrial Management |
Mechanical Measurements and Metrology | Economics & life cycle concepts |
Fluid Mechanics | - |
Semester I |
Semester II |
Semester III |
Semester IV |
---|---|---|---|
Engineering Chemistry | Environment Science | Mathematics III | Mathematics IV |
Automation & Control Engineering | Data Structure in C++ | Basic Electronics | Electrical & Electronics Engineering |
Operation Research | Production Design and Development | Applied Thermodynamics | Dynamics of Machines Laboratory |
Fundamentals of Engineering Mathematics | Computer Integrated Design and Manufacturing | Material Science and Engineering | Fluid and Thermal Engineering |
Physics I | Physics II | DataBase Information Retrieval Laboratory | Dynamics Of Machines |
Mathematics I | Mathematics II | Mechanics of Solids | Engineering Measurement |
Electives: Unix & C Programming Reliability & Energy Management Human Resource in Engineering Material Technology | Human Resource and Industrial Relationship | Manufacturing Engineering I | Manufacturing Engineering II |
Introduction to System Theory | Metallurgy |
Semester V |
Semester VI |
Semester VII |
Semester VIII |
---|---|---|---|
CAD/CIM/CAM | Production Tooling | Industrial Training & Project | Industrial Engineering and Human Resource management |
Machine Design I | Machine Design II | Material Deformation Process | Economics, Finance, Accounting & Costing |
Metrology & Quality Technology | Production and Operation Management | Modern Manufacturing Process | Fluid Power & Automation |
Design of Mold & Metal Forming Tools | Process Engineering and Tooling | Engineering Economy | Plant & Quality Engineering |
Business Communication & Ethics | Machine Science and Technology Laboratory | Production Control & Planning | Flexible Manufacturing System and Robotics |
Computational Methods | Project Engineering | Work-Study & Ergonomics | Industrial Pollution Control |
Industrial Organization & Management | Manufacturing Automation | Electives: Process Engineering Microprocessor &Interfacing Enterprise Resource Planning Competitive Manufacturing Strategies | Electives: system Dynamics Eco- Friendly Manufacturing Advanced Operation Research Value Engineering |
Skills Required:
- An analytical mind and critical thinking skills.
- Good laboratory skills.
- An ability to quickly assess large amounts of information and data.
- Leadership skills.
- Self-confidence and motivation.
- Determination.
- Good communication skills.
- Analytical Knowledge of Mathematics and Physics.
Top Entrances:
There are some of the top entrances for this Construction Technology course in an institution or a University:
- JEE Main (Joint Entrance Examination)
- JEE Advanced
- BITSAT (Birla Institute of Technology & Science Admission test)
- VITEEE (Vellore Institute of Technology Engineering Entrance Examination)
- SRMJEEE (SRM Joint Entrance Examination for Engineering)
- COMEDK (Consortium of Medical, Engineering and Dental Colleges of Karnataka)
- KIITEE (Karnataka Institute of Industrial Technology Entrance Exam)
- WBJEE ( West Bengal Joint Entrance Examination)
- BCECE (Bihar Combined Entrance Competitive Examination)
- GATE (Graduate Aptitude Test Engineering)
- CCMT (Centralized Counselling for M. Tech)
Career and Job Prospective:
Job Post |
Job Description |
Average Salary |
---|---|---|
Production Engineer | Analyze, plan, and design the workflow, test, and ensure there are no shortcomings in the process. | !.7 lakhs to 2.6 Lakhs per year |
Operation Analyst | Work includes collecting data, report to clients, work in a team, and help them resolve the problems related to processing. | 2.5 lakhs to 3.5 lakhs per year |
Production Support Engineer | Review, supervise, and direct the staff, supporting them in the production process. | 2.5 lakhs to 3.5 lakhs per year |
Quality Manager | Overlook the production needs, ensure the needs are met in internal as well as external aspects. Work in liaison with the Quality assurance manager and production team. | 7.5 lakhs to 8.5 lakhs per year |
Management Engineer | Coordinate with staff, manage the clients, carry on discussions, maintain the production plan, and integrate into the final product. | 7.5 lakhs to 8.5 lakhs per year |
Engineering Plant Production Manager | Directing and planning the production activities of the plant. Further coordinating with the production head and clients. | 7.5 lakhs to 8.5 lakhs per year |
Product Engineering Architect | Supervise, review data, design and develop new products, and renew the old ones, work in liaison with managers and clients. | 7.5 lakhs to 9.5 lakhs per year |
Foundry Production Engineer and Manager | Working under the supervision of the production manager, the work includes planning, coordinating with top-level management, and controlling the process. | 3.5 lakhs to 4.5 lakhs |
Asst. Production Manager | Working under the supervision of the production manager, the work includes planning, coordinating with top-level management, and controlling the process. | 5.5 lakhs to 6.5 lakhs per year |
Senior Manager/Head | Work includes supervising and directing work to the staff, monitoring their activities, and bringing about corrective measures wherever needed. | 7.5 lakhs to 8.5 lakhs per year |
FAQs:
Q: Scope of production engineering in India
A: Production Engineering uses the Engineering principles and helps the companies to find out an efficient way for mass production. They work to improve the product through better management and quality control.
Q: Where can a production engineer work?
A: There are many private and govern sectors like Ashok Leyland, Suzuki, Godrej, etc who provides job in the post for Production manager, Quality control Manager, Assistant Production Manager, production support engineer, etc.