Duration 4 Years |
Level Graduation |
Type Degree |
Eligibility 10+2 or Equivalent |
BE Chemical Engineering or Bachelor of Engineering in Chemical Engineering is an Under-Graduate Chemical Engineering course. The duration of the Bachelor of Engineering course in Chemical Engineering is four years and it combines the study and application of the principles of chemistry and engineering to solve problems involving the production or use of chemicals, thus building a bridge between science and manufacturing.
The Bachelor of Engineering degree program in Chemical Engineering provides thorough theoretical knowledge in the development and operation of chemical processing plants, as well as the equipment used in these plants. The Bachelor of Engineering degree program in Chemical Engineering is a very valuable and career-orienting one that opens a lot of jobs both in the private and government sectors for the candidates.
BE Chemical Engineering Eligibility
BE Chemical Engineering Syllabus
Syllabus of Chemical Engineering course as prescribed by various Universities and Colleges.
BE Chemical Engineering Semester-I |
|
Sr. No. |
Subjects to Study |
1 |
Biochemical Engineering and Bioinformatics |
2 |
Corrosion Engineering |
3 |
Metallurgy |
4 |
Nanotechnology |
5 |
Paper Engineering |
6 |
Process Design, Control, and Development |
7 |
Thermodynamics |
8 |
Textile Engineering |
BE Chemical Engineering Semester-II |
|
1 |
Biomedical Engineering |
2 |
Chemical Process Modelling |
3 |
Corrosion and Environmental Engineering |
4 |
Electrochemistry |
5 |
Industrial Gas |
6 |
Nuclear Reprocessing |
7 |
Plastics Engineering |
8 |
Study of Chemical Reactors |
BE Chemical Engineering Semester-III |
|
1 |
Applied Mathematics II |
2 |
Chemical Technology |
3 |
Chemical Engineering Thermodynamics |
4 |
Engineering Chemistry |
5 |
Fluid Flow Operations (FFO) |
6 |
Process Calculations |
7 |
Practicals
|
BE Chemical Engineering Semester-IV |
|
1 |
Applied Mathematics-IV |
2 |
Chemical Engineering Economics |
3 |
Chemical Engineering Thermodynamics II |
4 |
Engineering Chemistry II |
5 |
Mechanical Equipment Design |
6 |
Solid-Fluid Mechanical Operations (SFMO) |
7 |
Practicals
|
BE Chemical Engineering Semester-V |
|
1 |
Business Communications & Ethics |
2 |
Chemical Reaction Engineering (CRE I) |
3 |
Heat Transfer Operations (HTO) |
4 |
Mass Transfer Operation |
5 |
Electives: Pipping Engineering Advanced Material Sciences Instrumentation Colloids and Interfaces |
BE Chemical Engineering Semester-VI |
|
1 |
Chemical Reaction Engineering-II (CRE II) |
2 |
Environmental Engineering |
3 |
Mass Transfer Operation-II |
4 |
Transport Phenomenon |
5 |
Electives: Operational Research Computational Fluid Dynamics Biotechnology |
BE Chemical Engineering Semester-VII |
|
1 |
Process Engineering |
2 |
Process Equipment Design (PED) |
3 |
Process Dynamics and Control (PDC) |
4 |
Electives: Corrosion Engineering Petroleum Technology Industrial Organization and Management |
5 |
Projects/ Seminar |
BE Chemical Engineering Semester-VIII |
|
1 |
Energy Stream Design |
2 |
Modeling, Simulation & Optimization (MSO) |
3 |
Project Engineering & Entrepreneurship Management |
4 |
Electives: Total Quality Management Polymer Technology Advanced Process Control Advanced Separation Technology |
5 |
Project/Seminar/Lab Practice |
BE Chemical Engineering Colleges
BE Chemical Engineering Course Suitability
How is the BE Chemical Engineering Course Beneficial?
BE Chemical Engineering Employment Areas
BE Chemical Engineering Job Types
Advanced Courses in BE Chemical Engineering