About the Program
Duration
4 Years
Annual Intake
60 Seats
Chemical engineering is a branch of engineering that applies principles of chemistry, physics, mathematics, and economics to design, develop, and operate chemical processes on a large scale. These processes can involve the production of various products such as food, fuels, pharmaceuticals, plastics, and other materials. Chemical engineers use their knowledge of chemistry and engineering principles to develop and design chemical processes and equipment used in large-scale manufacturing. They also work to improve existing processes to increase efficiency and reduce costs while maintaining product quality and safety. Some of the key areas of focus in chemical engineering include process design and optimization, process control and instrumentation, thermodynamics, transport phenomena, reaction engineering, and process safety. Chemical engineers work in a variety of industries such as petrochemicals, pharmaceuticals, food and beverage, energy, environmental engineering, and more. They can work in roles such as process engineers, plant managers, research and development engineers, environmental engineers, and more.
Chemical engineering is an important field that contributes to the development and production of many essential products and materials that are used in our daily lives."
Key Features of PLM
Curriculum & Syllabus
| Code | Subject Name |
|---|---|
| BETME11301 | Introduction to Mechanical Engineering |
| BETME10301 | Engineering Graphics |
| BETEE10301 | Basic Electrical and Electronics Engineering |
| BETXX10201 | Mathematics-I |
| BETXX10203 | Environment Science |
| BETXX10202 | Communication Skill |
| BETME11201 | Mechanical Workshop practices |
Video About Department
State-of-the-Art Infrastructure (Laboratories)
Quick Access
View AllNews & Activities
Program Resources
Important Links
Engineering Department
Faculty of Technology
Daily Updates