B.Tech Chemical Engineering Syllabus and Subjects


4 Years

Average Fees

INR 15,000 - 3.1 LPA

Kripal Thapa

Updated on Jan 4, 2023 by Kripal Thapa

Kripal Thapa

Updated on Jan 4, 2023 by Kripal Thapa

B.Tech Chemical Engineering syllabus is one of the most popular courses due to its high popularity in the jobs sector. Fundamental engineering subjects are combined with chemical engineering topics to broaden their learning, vision, and manage several Chemical Engineering domains.

Graduates with the required chemical engineering skills can manage all the subdomains of chemical engineering. In the B.Tech Chemical Engineering syllabus, subjects are allocated according to the current trends in jobs and the companies' requirements. The course curriculum provides a basic understanding of engineering.

Semester Wise B.Tech Chemical Engineering Syllabus

The syllabus for B.Tech Chemical Engineering is divided into eight semesters with a duration of four years. 

Here is the syllabus of B.Tech Chemical Engineering mentioned below in a semester-wise sequence.

B.Tech Chemical Engineering First Year Syllabus
Semester I Semester II
Technical English Mathematics II
Engineering Mathematics I Engineering Immersion Lab
Engineering Physics Materials laboratory
Engineering Chemistry Physics Laboratory
Computer-Aided Engineering Drawing Computer Programming II
Chemistry Laboratory Engineering Physics II
Computer programming Introduction to Chemical Engineering
CAD laboratory Engineering Materials
B.Tech Chemical Engineering Second Year Syllabus
Semester III Semester IV
Soft Skills Chemical Engineering Thermodynamics
Fluid Mechanics Laboratory Mathematics IV
Mathematics III Heat Transfer
Mechanical Operations Laboratory Chemical Technology
Instrumental Methods of Analysis Membrane Separation Technology
Mechanical Operations Elective
Energy Balance and Thermodynamics Chemical Engineering Instrumentation Lab
Fluid Mechanics Chemical Technology Lab
B.Tech Chemical Engineering Third Year Syllabus
Semester V Semester VI
Chemical Reaction Engineering I Chemical Reaction Engineering II
Optimization Techniques Process Dynamics and Control
Diffusional Mass Transfer Operations Materials Technology
Statics and Strength of Materials Equilibrium Staged Operations
Elective Process Dynamics and Control
Probability and Statistics Numerical Methods
Mass Transfer Laboratory Process Control Lab
Strength of Materials Laboratory Mass Transfer Lab
Chemical Reaction Engineering Lab Chemical Reaction Engineering Lab
B.Tech Chemical Engineering Fourth Year Syllabus
Semester VII Semester VIII
Process Equipment Design and Drawing Elective
Elective Elective VI
Modeling has, Computer simulation and Optimization Final Project
Polymer Technology Comprehensive Viva Voce

B.Tech Chemical Engineering Subjects

Subjects in B.Tech Chemical Engineering are classified into two parts: core and elective. Internships and projects are an essential part of the B.Tech Chemical Engineering course. Students can choose specialization according to their area of interest in a particular field.

B.Tech Chemical Engineering Core Subjects:

  • Fluid mechanics
  • Mass and heat transfer
  • Techniques for separation of materials
  • Thermodynamics
  • Plant design
  • Process systems
  • Process economics
  • Process analysis
  • Process operations

B.Tech Chemical Engineering Lab Subjects:

  • Chemistry Laboratory
  • Computer programming
  • CAD laboratory
  • Engineering Immersion Lab
  • Materials laboratory
  • Physics Laboratory 
  • Process Control Lab
  • Mechanical Operations Lab
  • Fluid Mechanics Lab
  • Chemical Engineering Instrumentation Lab
  • Chemical Technology Lab
  • Mass Transfer Laboratory
  • Strength of Materials Laboratory
  • Chemical Reaction Engineering Lab

There are elective subjects as well as in the B.Tech Chemical Engineering course:

  • Green Chemistry and Engineering
  • Drugs and Pharmaceutical Technology
  • Industrial Management
  • Food Technology
  • Fluidization Engineering
  • Process Optimization
  • Air Pollution and Control

B.Tech Chemical Engineering Course Structure

B.Tech Chemical Engineering is a multidisciplinary branch of engineering that combines experimental, natural sciences, mathematics, life sciences, and economics, to design, transform, produce, develop, transport, operate and manage industrial processes. B.Tech Chemical Engineers will need to consider economic viability, health and safety, sustainability, management of resources, and environmental impact.

B.Tech Chemical Engineering Teaching Methodology and Techniques

Teaching methodologies and techniques used at B.Tech Chemical Engineering undergraduate level can be very different. Students’ learning largely depends on the course content, level of study. However, students must undertake independent research to develop further. Students can work in a government/private organization as an intern to complete the course requirement.

B.Tech Chemical Engineering makes students understand and experience faced in the chemical sector and find out their creative solutions.B.Tech Chemical Engineering programs include classroom, laboratory, and field studies Some of the teaching methods and technologies that may be highly effective in B.Tech Chemical Engineering education are: 

  • Case Study Methods
  • Presentations
  • Field Projects and Assignments
  • E-learning
  • Practical learnings
  • Problem-based 
  • Curricular activities

B.Tech Chemical Engineering Projects

B.Tech Chemical Engineering projects can be done on different topics. Projects require cooperation among the students and improve team working skills, research skills, and knowledge-base.

Popular B.Tech Chemical Engineering projects are:

  • Utilization Of Sludge Gas
  • Extraction Of Silica From Burnt Paddy Husk
  • Detergent Powder From Paddy Husk
  • Refining Of Used Lube Oils
  • Nicotinic Acid From Tobacco Waste
  • Paper Pulp From Groundnut Shell
  • Caffeine From Waste Tea And Coffee
  • Solar Pump
  • Micron Rating Of Wire Meshes Using Buble Point Technique
  • Photocatalytic Oxidation Of Organic Effluents
  • Briquetted Fuel From Recycled Refuse
  • Fabrication and Design Of Spring Loaded Variable Load Rotameter
  • Efficiency Enhancement Of Solar Heater
  • Effect Of Heavy Metal Ions On Production

B.Tech Chemical Engineering Reference Books

The best books for B.Tech Chemical Engineering explore a wide range of subjects that may extend far beyond the field. These books offer a high-level insight that will take the aspirants’ chemical engineering skills and confidence to a whole new level.

Here is the list of top reference books in the B.Tech Chemical Engineering course:

B.Tech Chemical Engineering Books
Books  Author
Introduction to Chemical Engineering  Pushpavanam S
Elementary Principles of Chemical Processes Richard M. Felder and Ronald W. Rousseau
Chemical Engineering Thermodynamics Y.V.C. Rao
Introduction to Chemical Engineering Thermodynamics: Special Indian Edition J. M. Smith and H.C. Ness
Unit Operations of Chemical Engineering Julian Smith and Peter Harriott

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