Industrial Engineering is a branch of engineering that helps to focuses on optimising processes, systems, and resources. It brings together engineering, management, and technology to boost industrial efficiency, productivity, and quality.
You can learn to design, analyse, and manage production systems. It includes manufacturing, supply chains, logistics, and operations.
This branch helps to prepare graduates for diverse careers in manufacturing, logistics, quality control, operations management, and consulting. It is also suitable for students who are interested in technology, business processes, and efficiency improvements.
|
Particulars |
Details |
|
Course Name |
Industrial Engineering |
|
Duration |
4 years (UG), 2 years (PG) |
|
Level |
|
|
Eligibility |
10+2 with PCM for UG; Bachelor’s in a relevant field for PG |
|
Focus Areas |
Production, Operations, Logistics, Supply Chain, Quality Control |
|
Skills Developed |
Problem-solving, Optimization, Project Management, Analytical Skills |
|
Career Opportunities |
Manufacturing, Supply Chain, Operations Management, Consulting |
The course helps to train students in production planning, supply chain management, quality control, logistics, and project management. The Industrial Engineering scope is vast and students can work in manufacturing, logistics, consulting, operations management, service industries, and research.
Operations Management
Supply Chain Management
Quality Engineering
Production Planning and Control
Industrial Safety and Ergonomics
Project Management
Logistics and Transportation
Systems Engineering
The Industrial Engineering program teaches students a strong foundation in engineering, management, and industry operations. It includes knowledge of the theory and its application in real-world situations.
|
Semester |
Core Subjects |
|
1st |
Mathematics, Physics, Chemistry, Basics of Engineering, Computer Programming |
|
2nd |
Engineering Mechanics, Electrical Engineering, Material Science, Technical Communication |
|
3rd |
Manufacturing Processes, Thermodynamics, Fluid Mechanics, Operations Research |
|
4th |
Production Planning & Control, Work Study, Industrial Engineering Principles |
|
5th |
Supply Chain Management, Quality Engineering, Lean Manufacturing, Ergonomics |
|
6th |
Industrial Safety, Logistics Management, Project Management, Optimisation Techniques |
|
7th |
Automation & Industrial Systems, Total Quality Management, Case Studies |
|
8th |
Industrial Engineering Project, Internship, Seminar, Research Methodology |
There are admission requirements for both undergraduate and graduate studies in Industrial Engineering.
For undergrad programs, B.Tech in Industrial Engineering, you'll need to have finished high school (10+2) with Physics, Chemistry, and Maths from an approved board. You will also need to meet the university or college's minimum grade requirement.
For graduate programs, M.Tech in Industrial Engineering, you should have a bachelor's degree in engineering or a related field. You will also need to meet the college's minimum grade requirements.
Diploma or certificate courses require completion of either class 10 or 12, depending on the program.
Applying to Industrial Engineering programs is simple. You can apply online via the college's website or on campus with a paper application.
Here’s how to apply for the Industrial Engineering course
1. Go to the official website of the university or college that offers Industrial Engineering.
2. Pick the specific course (B.Tech or M.Tech) and the type of program you want.
3. Complete the online application with your personal info, academic history, and contact details.
4. Upload the necessary documents like transcripts, certificates, and a photo ID.
5. Pay the application fee that the school specifies.
6. Turn in the form, and save the confirmation receipt for your records.
7. Attend any entrance exams or interviews if the school requires them.
8. Once the admissions results are released, pay your fees to secure your spot.
If you're thinking about studying an Industrial Engineering degree, you'll need to take an entrance exam. Colleges use these tests to choose the best students. Some schools also accept scores from national tests.
|
Exam Name |
Conducting Body |
|
JEE Main |
National Testing Agency (NTA) |
|
GATE (Industrial Engineering) |
IITs and IISc (on behalf of GATE) |
|
State Level Engineering Exams |
Respective State Boards/Universities |
|
University Entrance Tests |
Individual Universities |
We have mentioned a list of the best Industrial Engineering colleges in India -
Indian Institute of Technology (IIT), Delhi
National Institute of Industrial Engineering (NITIE), Mumbai
Indian Institute of Technology (IIT), Kharagpur
Poornima University, Jaipur
Delhi Technological University (DTU), Delhi
BIT Mesra, Ranchi
The goal of industrial engineering is to improve processes, increase efficiency, and manage resources more effectively. Production engineering is concerned with the planning, design to ensure proper operation.
Production engineering focuses on production techniques and machinery, while industrial engineering is more concerned with systems and management. Both disciplines share similarities in areas like manufacturing, operations, and process improvement.
|
Particulars |
Industrial Engineering |
Production Engineering |
|
Focus Area |
Process optimisation, operations, efficiency |
Manufacturing processes, production planning |
|
Core Subjects |
Operations Research, Supply Chain, Quality Control |
Manufacturing Technology, Materials Science, Production Planning |
|
Skills Developed |
Problem-solving, Efficiency improvement, Project Management |
Production techniques, Design, Analytical skills |
|
Career Options |
Manufacturing, Logistics, Operations, Consulting |
Manufacturing, Plant Management, Quality Control |
|
Average Salary |
₹4–8 LPA |
₹4–7 LPA |
|
Entrance Exams |
JEE Main, GATE, University Tests |
JEE Main, GATE, University Tests |
Chat with us