BE Chemical Engineering Syllabus and Subjects
Duration
4 Years
Average Fees
INR 4 LPA
Updated on Jan 4, 2023 by Lisha Gupta
Updated on Jan 4, 2023 by Lisha Gupta
The BE Chemical Engineering syllabus is a four-year undergraduate course in Chemical Engineering. The BE Chemical Engineering syllabus and subjects are divided into eight semesters. The syllabus includes Biochemical Engineering and Bioinformatics, Plastics Engineering, Engineering Chemistry, Business Communications & Ethics, Environmental Engineering, and many more.
Semester Wise BE Chemical Engineering Syllabus
The BE Chemical Engineering course aims to ensure that the students have all the exposure in covering everything from turning raw materials into useful chemical products and the application of engineering principles and problem-solving methodologies. The BE Chemical Engineering course is a comprehensive study about making advancements in manufacturing products at all levels. Semester-wise BE Chemical Engineering subjects list is given in the table below:
|
Semester I |
Semester II |
|
Biochemical Engineering and Bioinformatics |
Plastics Engineering |
|
Corrosion Engineering |
Nuclear Reprocessing |
|
Nanotechnology |
Industrial Gas |
|
Metallurgy |
Corrosion and Environmental Engineering |
|
Process Design, Control and Development |
Chemical Process Modelling |
|
Thermodynamics |
Biomedical Engineering |
|
Paper Engineering |
Study of Chemical Reactors |
|
Textile Engineering |
Electrochemistry |
|
Semester III |
Semester IV |
|
Engineering Chemistry I |
Engineering Chemistry II |
|
Process Calculations |
Mechanical Equipment Design |
|
Applied Mathematics II |
Applied Mathematics-IV |
|
Chemical Engineering Thermodynamics I |
Chemical Engineering Thermodynamics II |
|
Fluid Flow Operations (FFO) |
Solid-Fluid Mechanical Operations (SFMO) |
|
Chemical Technology |
Chemical Engineering Economics |
|
Engineering Chemistry I (Lab Practice) |
Engineering II (Lab Practice) |
|
Chemical Engineering Lab Practice |
Chemical Engineering Lab III (SFMO) |
|
Semester V |
Semester VI |
|
Business Communications & Ethics |
Transport Phenomenon |
|
Chemical Reaction Engineering – I (CRE I) |
Chemical Reaction Engineering – II (CRE II) |
|
Mass Transfer Operation – I |
Mass Transfer Operation – II |
|
Heat Transfer Operations (HTO) |
Environmental Engineering |
|
Electives: Pipping Engineering Advanced Material Sciences Instrumentation Colloids and Interfaces |
Electives: Operational Research Computational Fluid Dynamics Biotechnology |
|
Semester VII |
Semester VIII |
|
Process Engineering |
Energy Stream Design |
|
Process Equipment Design (PED) |
Modelling, Simulation & Optimization (MSO) |
|
Process Dynamics and Control (PDC) |
Project Engineering & Entrepreneurship Management |
|
Electives: Corrosion Engineering Petroleum Technology Industrial Organization and Management |
Electives: Total Quality Management Polymer Technology Advanced Process Control Advanced Separation Technology |
|
Projects/ Seminar |
Project/Seminar/Lab Practice |
BE Chemical Engineering Subjects
The BE Chemical Engineering course offers both theoretical and practical aspects of the study. BE Chemical Engineering subjects like Biochemical Engineering and Bioinformatics, Plastics Engineering, Engineering Chemistry, Business Communications & Ethics, Environmental Engineering, and many more. The course curriculum includes theoretical and practical subjects. The compulsory subjects include:
- Biochemical Engineering and Bioinformatics
- Plastics Engineering
- Engineering Chemistry
- Business Communications & Ethics
- Environmental Engineering
BE Chemical Engineering Course Structure
BE Chemical Engineering course structure includes both core and elective subjects which are the aspects of the study. The course structure is made in such a way that both classroom training and practicals are included in the course curriculum. The course structure is given below:
- VIII Semesters
- Core Subjects
- Electives
- Practicals
- Projects
BE Chemical Engineering Teaching Methodology and Techniques
The course curriculum takes into account different teaching methods. Classroom learning includes practical sessions for students. Students who are passionate about studying deep into the experimentation of products in laboratory, processing and transporting of Chemical Engineering in the future. Listed below are the teaching methodology and strategies in general:
- Practical & Live Sessions
- Guest Lectures, Seminars, and Workshop
- Group Assignment and Discussion
- Project Submission
BE Chemical Engineering Projects
Projects are given to students to understand the concepts and help students in getting hands-on experience. Engineering Projects and job training are to be completed by the end of the final year. Some popular BE Chemical Engineering projects topics are:
- Utilization Of Sludge Gas
- Detergent Powder From Paddy Husk
- Refining Of Used Lube Oils
- Caffeine From Waste Tea And Coffee
- Solar Pump
BE Chemical Engineering Reference Books
BE Chemical Engineering books are available both online and offline by many authors and publications. Reference books are meant for gaining an in-depth understanding of engineering concepts. Books on BE Chemical Engineering for academic purposes differ according to subjects. Some of the reference books for the course in BE Chemical Engineering are:
|
Books |
Authors |
| Numerical Methods With Chemical Engineering Applications |
Kevin Dorfman |
| Linear Mathematics Models in Chemical Engineering |
Martin Aksel Hjortso, |
|
Chemical Engineering Design |
R.K.Sinnott |
|
FE Chemical Practice Problems |
Michael R. Lindeburg |
