Chemical Engineering Syllabus

Chemical Engineering Syllabus

There are endless inspiring stories and facts about how chemical engineers have shaped our world over the years. From George E Davis, known to be the ‘founding father’ of Chemical Engineering; Arthur D Little, who developed the concept of unit operations which is used in physical or a chemical change; Margaret Hutchinson Rousseau’s first commercial penicillin plant to the discovery of polythene by Dermot Manning. Chemical Engineering has been an important discipline of study to develop faster computer chips, innovations in recycling, treating diseases, generating energy or even cleaning water. So, here is this article on the various topics covered in the Chemical Engineering syllabus so that you can build an exciting career in Chemical Engineering.

What is Chemical Engineering?

Chemical Engineering is a multidisciplinary branch of Engineering which deals with the combination of Natural and Experimental Sciences (Chemistry and Physics) with Life Sciences (Biology, Microbiology and Biochemistry) and Mathematics and Economics. Chemical engineers are involved in the process of designing, developing, producing, transforming, transporting, operating and managing industrial processes that turn raw materials into valuable products.

Chemical Engineering as a Course

A degree in Chemical Engineering requires a strong background in Chemistry and Mathematics, while core knowledge of other subjects in Science like Physics, Biology or Computer Science are beneficial. In order to prove your interest in pursuing a Chemical Engineering degree, you should have an understanding of the nature of Chemical Engineering and its various real-world applications.

What are the Various Chemical Engineering Courses?

There are several courses that you can opt for in order to transcend your career in Chemical Engineering. Some of the major degrees in Chemical Engineering are: Bachelor of Engineering (B Eng), Bachelor of Technology (B Tech), Bachelor of Science (BS or BSc), 

Master of Engineering (M Eng), Master of Technology (M Tech), Master of Science (MS or MSc) and Doctor of Philosophy (PhD). The Chemical Engineering syllabus for UG, PG or a PhD is different along with its varied duration.

Other than this, mentioned below are the various diploma courses in Chemical Engineering which last for 2-3 years:

  • Diploma in Chemical Engineering Technology
  • Advanced Diploma in Chemical Engineering Technology
  • Advanced Diploma in Chemical Engineering Technology (Environmental)
  • Advanced Diploma in Chemical Engineering Technology (Lab and Process Control CHLP)
  • Advanced Diploma in Chemical Engineering Technologist (CHE3)

Duration of the Course

An undergraduate program can last from 3-4 years while the master’s degree program is generally for 1-2 years and a PhD for 3-5 years. The duration of the course varies based on the country and the university in which you study.

Chemical Engineering Syllabus

The Chemical Engineering Syllabus covers some of the specialized disciplines of Science and Mathematics in order to develop a greater depth of Chemical Engineering skills, knowledge in the field and complete a wider range of project work.

Chemical Engineering courses are delivered through a combination of lectures, seminars, tutorial, extensive practical lab work, project work (for individual and group) and computer practice sessions. Some of the universities and colleges offer online teaching and part-time courses for international students. The degree is provided on completion of a substantial research and development project or presentation.

Here is a list of syllabus for Chemical Engineering and subjects covered under undergraduate, postgraduate and doctoral programs respectively:

Syllabus for B Eng/B Tech or BS/BSc Students

Students who have completed 12th with Science stream possess the skills and capabilities like good problem solving and have the ability to analyze, interpret and evaluate data and develop ideas. This opens up their scope in Chemical Engineering. The subjects offered are:

  • Biochemical Engineering and Bioinformatics
  • Metallurgy and Corrosion Engineering
  • Nanotechnology
  • Biotechnology
  • Thermodynamics
  • Polymers
  • Paper Engineering
  • Textile Engineering
  • Plastic Engineering
  • Engineering Chemistry and Chemical Technology
  • Process Calculations
  • Applied Mathematics
  • Fluid Flow Operations
  • Water Technology
  • Business Communications & Ethics
  • Heat Transfer Operations 
  • Process Engineering
  • Process Dynamics and Control
  • Process Equipment Design
  • Oil Exploration and Refinery
  • Pharmaceutical Engineering
  • Project Work

Syllabus for or MEng/MTech or MS/MSc Students

Many students choose to pursue a Master’s in Chemical Engineering after their graduation degree. The Master’s of Chemical Engineering syllabus offers the following subjects:

  • Process Optimization
  • Advanced Process Control
  • Process Modelling and Simulation
  • Project Management
  • Research Methodology
  • Mathematical Methods in Chemical Engineering
  • Advanced Fluid Transfer
  • Advanced Separation Processes
  • Advanced Reaction Engineering
  • Advanced Transport Phenomena
  • Distillation
  • Safety and Hazards
  • Chemical Engineering Thermodynamics
  • Advanced Thermodynamics
  • Composite Materials 
  • Project Work
  • Thesis

Syllabus for PhD Degree

Graduates pursuing a PhD in Chemical Engineering are able to apply principles of Chemical Engineering as well as advanced analytical and experimental techniques to the solution of large-scale research problems. The subjects covered in the PhD degree are:

  • Biological Systems Engineering
  • Material Engineering
  • Energy & Environment
  • Reactor Engineering
  • Process Systems Engineering
  • Transport Phenomena and Complex Fluids

Let’s Summarise

Chemical Engineering involves designing, manufacturing and operating machinery and plant to achieve large-scale industrial chemical, biological and related processes. Moreover, professionals in this field are working to translate chemical information to formulate designs of valuable products. This makes Chemical Engineering one of the most popular and lucrative career options for students who are discovering something new about the nature of the world.


We hope you are now familiar with the Chemical Engineering syllabus for UG, PG and Doctoral level students. If you are confused about how to go about this course, you can reach out to the counsellors at Leverage Edu who can help you choose the best global university to pursue your dreams in Chemical Engineering.

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