BE Chemical Engineering Syllabus and Subjects 2024

Updated on - Oct 25, 2023

Chemical Engineering syllabus spans a period of four years and is strategically divided into eight semesters. The BE Chemical Engineering syllabus equips students with both theoretical and practical skills. Chemical engineering subjects comprises core and elective courses. Core topics within the chemical engineering syllabus include chemical process engineering, thermodynamics, mass transfer, chemical reactions, etc. Elective courses range from process control to biochemical engineering, and more.

The BE chemical engineering syllabus prepares students for roles in industries like chemical manufacturing, petrochemicals, and pharmaceuticals. BE Chemical Engineering graduates have many job opportunities in both the public and private sectors. Chemical engineer, senior process engineer, and project engineer are a few of the job titles.

Table of Contents

BE Chemical Engineering Subjects
Semester Wise BE Chemical Engineering Syllabus
College Wise BE Chemical Engineering Syllabus

BE Chemical Engineering Subjects

The Chemical Engineering subjects covers core and practicals such as Mathematics, Chemical Process, Chemistry, Environmental Engineering, etc., as well as electives that are offered in the 3rd and 4th year of the syllabus. The Chemical Engineering subjects list is sorted into the following three groups:

BE Chemical Engineering Core Subjects

The core courses of chemical engineering subjects cover important theoretical topics necessary for the course. Here are some of these core subjects.

Chemistry
Mathematics
Engineering Chemistry
Computer Programming & Utilization
Maths
Manufacturing Process
Numerical Analysis
Mass Transfer
Energy Resources
Process Engineering and Plant Design
Environmental Engineering

BE Chemical Engineering Elective Subjects

In Chemical engineering subjects, electives encompass a variety of topics and abilities that are required for the course. Some of these elective subjects are listed below.

Fundamental Chemical Engineering Calculations & Stoichiometry
Introductory Course for French
Cyber Security
Fundamentals of Chemical Engineering Unit Operations
Energy Audit and Conservation
Computational Fluid Dynamics
Nanotechnology
Computational Fluid Dynamics

BE Chemical Engineering Lab Subjects

Learning through lab sessions is crucial for gaining practical skills necessary in the chemical engineering industry. Here are some of the lab subjects in chemical engineering:

Chemistry Lab
Physics Lab
Chemical Engineering Lab
Solid and Structures Lab
Thermo Fluid Lab
Fluid and Praticals Mechanic Lab
Chemical Process Lab

BE Chemical Engineering Subjects In Detail

The topics covered by the subjects in the Chemical Engineering BE course are listed in the table below.

BE Chemical Engineering Subjects	Topics
Thermo Fluids	Hydrostatics, Principles of Fluid Motion, Pipe Flow, Boundary Layer, Properties of Pure Substances, First Law of Thermodynamics.
Process Dynamics and Control	Dynamic behavior of simple processes, Design of single-loop feedback control systems, Stability Analysis of feed-back systems.
Material and Energy Balances	Behaviour of Gas and Liquid Mixtures, Material Balance Calculations, Energy Balance Calculations.
Chemical Reaction Engineering	Heterogeneous Reactions, Fluid – Fluid Reaction, Catalysis and Adsorption, Reaction and Diffusion in porous catalyst.
Chemical Process Industries	Pulp and Paper, Sugar and Starch, Oils and Fats, Soaps and Detergents, Chlor-alkali Industries, Nitrogen Industries.
Chemical Engineering Thermodynaimcs	Thermodynamic Properties of Fluids and Equations of State, Vapour-Liquid Equilibria and Solution Thermodynamics.

Semester Wise BE Chemical Engineering Syllabus

The BE Chemical Engineering syllabus provides students with a comprehensive education that includes converting raw materials into useful chemical products, as well as utilizing engineering principles and problem-solving techniques. Students will study fundamental subjects such as math, physics, and chemistry in the first year, and choose electives related to both general and discipline-specific topics from the third year. Here is a breakdown chemical engineering subjects semester wise.

BE Chemical Engineering 1st Year Syllabus

Chemical Engineering subjects first year is detailed in the table below:

Semester I	Semester II
Mathematics – I	Mathematics – II
Physics	Thermodynamics – I
Chemistry – I	Electrical & Electronics Engineering
Communication skills/ English	Material & Energy Balance Computations
Engineering Graphics	Computers Lab
Physics Lab	Chemistry Lab

BE Chemical Engineering 1st Year Practicals

In the following list are practicals offered in Chemical Engineering 1st year syllabus:

Chemistry
Physics
Process flow diagram

BE Chemical Engineering 2nd Year Syllabus

The table below contains chemical engineering 3rd semester subjects and fourth semester subjects:

Semester III	Semester IV
Engineering and Solid Mechanics	Heat Transfer
Chemistry - II	Mass Transfer-I
Transport Phenomena	Fluid Mechanics
Biology	Materials Science
Thermodynamics-II	Numerical Methods in Chemical Engineering
Transport Phenomena	Environmental sciences

BE Chemical Engineering 2nd Year Practicals

In the following list are practicals offered in chemical engineering 3rd semester syllabus and 4th semester syllabus are:

Organic Chemistry and Unit Processes
FFO
Engineering Materials

BE Chemical Engineering 3rd Year Syllabus

The table below contains Chemical Engineering syllabus for fifth semester and sixth semester:

Semester V	Semester VI
Chemical Reaction Engineering- I	Chemical Reaction Engineering-II
Mass Transfer -II	Process Technology & Economics
Core Elective- I	Core Elective- II
Open Elective- I	Process Control
Chemical Engineering Lab- I	Chemical Engineering Lab- II
Particle & Fluid Particle Processing	Open Elective- II

BE Chemical Engineering 3rd Year Practicals

The list of practicals included in the Chemical Engineering third-year syllabus is as follows:

Mass Transfer Operation
Chemical Process Industries
Process Modelling and Simulation

BE Chemical Engineering 4th Year Syllabus

The Chemical Engineering syllabus for the seventh and eighth semesters is shown in the table below:

Semester VII	Semester VIII
Core Elective- III	Summer Industry Internship Project
Design & Simulation Lab
Instrumentation & Control Lab
Core Elective- IV
Open Elective- III
Open Elective- IV

BE Chemical Engineering 4th Year Practicals

Here is a list of practicals available in the Chemical Engineering syllabus for fourth-year students.

Mass Transfer Operation
Chemical Process Industries
Process Modelling and Simulation

Core Elective Subjects

List of core elective subjects are outlined below:

Water Conservation and Management
Sustainability Engineering
Interfacial Engineering
Nanoscience and Nanotechnology
Advanced Separation Processes
Polymer Science and Engineering
Environmental Pollution and Control
Renewable Energy
Optimization Methods

College Wise BE Chemical Engineering Syllabus

The BE Chemical Engineering syllabus PDF can be accessed from the official website of the college offering the program. The B.E. Chemical Engineering syllabus may vary between institutions, however the core courses remain the same across most colleges. The chemical engineering subjects semester wise syllabus is detailed in the following sections.

ICT, Maharashtra B.E Chemical Engineering Syllabus

ICT offers a comprehensive B.E. Chemical Engineering program that covers the basics in the early semesters and delves into advanced subjects like thermodynamics, reaction engineering, and safety in later stages. The chemical engineering semester wise subjects are detailed in the following tables:

Semester I	Semester II
Applied Chemistry	Applied Physics
Applied Chemistry Laboratory	Applied Physics Laboratory
Applied Mathematics - I	Applied Mathematics - II
Structural Mechanics	Elements of Mechanical Engineering
Structural Mechanics Laboratory	Introduction to Chemical Engineering
Electrical Engineering and Electronics	Material Balance and Energy Balance Calculations
Engineering Graphics and Computer Aided Drafting (CAD)	Engineering Applications of Digital Computers
English

Semester III	Semester IV
Fluid Flow	Chemical Engineering Operations
Heat Transfer	Industrial Chemistry and Reaction Engineering
Engineering Thermodynamics	Instrumentation and Process Dynamics
Process Safety	Chemical Engineering Laboratory - II
Chemical Engineering Laboratory - I	Community Projects

Semester V	Semester VI
Chemical Reaction Engineering	Multiphase Reaction Engineering
Momentum Transfer	Chemical Process Control
Chemical Engineering Thermodynamics	Material Technology
Chemical Engineering Laboratory - III	Separation Processes
Process Simulation Laboratory - I	Heat Transfer Equipment Design
Biochemical Engineering	Process Simulation Laboratory - II
	Chemical Engineering Laboratory - IV

Semester VII	Semester VIII
Chemical Process Development and Engineering	Design Project – II
Chemical Project Economics	Industrial and Organizational Psychology
Environmental Engineering and Chemical Process Safety	Catalytic Science and Engineering
Chemical Process Equipment Design and drawing	Statistical Thermodynamics
Refinery Science and Engineering	Internship
Literature Review (Research Methodology - I)
Design and Analysis of Experiments (Research Methodology - II)
Design Project – I

Annamalai University B.E Chemical Engineering Syllabus

Annamalai University provides a B.E. Chemical Engineering course with a strong foundation in the initial semesters, followed by specialized electives and practical project work in later stages. The chemical engineering subjects semester wise is provided below:

Semester I	Semester II
Physics	English
Mathematics - I	Chemistry
Basic Electrical Engineering	Programming for Problem Solving
Physics Laboratory	Mathematics – II
Electrical Engineering Laboratory	Communication Skills and Language Laboratory
Engineering Graphics and Design	Chemistry Laboratory

Semester III	Semester IV
Engineering Mathematics III	Numerical Methods
Environmental Studies	Material Science
Engineering Mechanics	Fluid Mechanics
Chemistry for Chemical Engineers	Chemical Engineering Thermodynamics - I
Transport Phenomena	Heat Transfer
Chemical Process Calculations	Mass Transfer – I
Organic & Physical Chemistry Laboratory	Fluid Mechanics Laboratory
Technical Analysis Laboratory	Heat Transfer Laboratory

Semester V	Semester VI
Chemical Reaction Engineering - I	Chemical Reaction Engineering – II
Mass Transfer – II	Process Instrumentation Dynamics & Control
Particle & Fluid-particle processing	Chemical Reaction Engineering Laboratory
Chemical Engineering Thermodynamics II	Process Control Laboratory
Particle & Fluid particle processing Laboratory	Professional Elective - Any Three
Mass Transfer Laboratory	Open Elective
Chemical Engineering Thermodynamics Laboratory
Professional Elective - Any Three
Open Elective

Semester VII	Semester VIII
Engineering Ethics	Open Elective - Any Two
Process Technology & Economics	Project Work and Viva-voce
Professional Elective - Any Two
Chemical Plant Equipment Design & Drawing Laboratory
Open Elective

Professional Elective
Process Modelling & Simulation Polymer Engineering Biochemical Engineering Electrochemical Engineering Nuclear Engineering Nanotechnology Chemical Works Organization and Management Air Pollution & Control Wastewater Treatment Technology Environmental Engineering Fluidization Engineering Computational Fluid Dynamics	Mixing Theory and Practice Petrochemical Technology Petroleum Refining Engineering Distillation Membrane Science and Engineering Food Processing Technology Industrial Biotechnology Modern Separation Processes Fertilizer Technology Pulp and Paper Technology Total Quality Management Operational Research Optimization of Chemical Processes

Open Elective
Industrial Safety and Occupational Health Solid Waste Management Project Engineering Materials of Construction in the Process Industries Fuel Technology	Bioconversion and Processing of Waste Hazardous Waste Management Renewable Energy Technology Biology for Engineers Disaster Management

BE Chemical Engineering Course Structure

The course structure for Chemical Engineering subjects consists of lab training, fundamental topics, core subjects, electives, seminars, and practicals, following the CBCS structure recommended by the UGC. Generally, this is the structure for chemical engg syllabus:

VIII Semesters
Core Subjects
Electives
Practicals
Internships
Projects

BE Chemical Engineering Teaching Methodology and Techniques

In chemical engineering subjects, the teaching methodology comprises practical lessons for students, in-depth laboratory product experimentation, and lessons on processing and delivery, to name a few. The following are the methods and approaches used to teach the chemical engineering curriculum:

Practical & Live Sessions
Conceptualized Learning
Guest Lectures, Seminars, and Workshop
Industrial Visits
Group Assignment and Discussion
Project Submission

BE Chemical Engineering Projects

The chemical engineering syllabus projects focus on determining the aptitude of the candidate's skills acquired over the years. By the end of their final year, students are required to finish their engineering projects. There are various popular topics for BE Chemical Engineering projects, including:

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

Chemical Engineering subjects require an in-depth understanding of engineering concepts. Following are the reference books for the Chemical Engineering syllabus:

Subjects	Books	Authors
Numerical Methods	Numerical Methods With Chemical Engineering Applications	Kevin Dorfman
Mathematics	Linear Mathematics Models in Chemical Engineering	Martin Aksel Hjortso,
Design	Chemical Engineering Design	R.K.Sinnott
Chemical Engineering	FE Chemical Practice Problems	Michael R. Lindeburg