BTech Biotechnology Syllabus: Semester-Wise Structure, Skills Learned & Recommended Books


• Updated on 8 Oct, 2026 by Himanshu Singh

BTech Biotechnology syllabus covers the application of biological sciences, engineering principles and modern technology to understand and solve problems related to healthcare, agriculture, food, environment and industrial processes. The programme combines theoretical concepts with practical learning to build a strong foundation in biotechnology.

 

The syllabus gradually progresses from basic science and engineering subjects to specialised areas of biotechnology. It also includes laboratory work, electives, internships and project-based learning to help students develop both technical knowledge and practical skills.

 

Table of Contents

  1. BTech Biotechnology Syllabus Semester Wise
  2. Skills Learned Through BTech Biotechnology Syllabus
  3. What Are the Books Recommended for BTech Biotechnology Syllabus?
  4. BTech Biotechnology Syllabus FAQs

 

BTech Biotechnology Syllabus Semester Wise

The semester-wise BTech Biotechnology syllabus given below is based on the curriculum of Brainware University. It covers subjects taught across all eight semesters, including foundation courses, core biotechnology subjects, practical laboratory courses, electives, internships and project work.

Semester

Subjects

Semester

Subjects

Semester I

• English for Technical Communication

 

• Applied Physics

 

• Applied Physics Lab

 

• Chemistry

 

• Chemistry Lab

 

• Basic Electrical and Electronics Engineering

 

• Basic Electrical and Electronics Engineering Lab

 

• Engineering Graphics and Design Lab

 

• Calculus and Linear Algebra

 

• Essence of Indian Knowledge and Tradition

Semester II

• Effective Communication and Soft Skills

 

• Understanding Harmony and Ethical Human Conduct

 

• Applied Chemistry

 

• Applied Chemistry Lab

 

• Numerical Methods

 

• Computer Fundamentals and Python

 

• Computer Fundamentals and Python Lab

 

• Workshop and Manufacturing Practices

 

• Constitution of India

Semester III

• Introduction to Biotechnology

 

• Introduction to Biotechnology Lab

 

• Cell Biology

 

• Cell Biology Lab

 

• Biochemistry

 

• Biochemistry Lab

 

• Microbiology

 

• Microbiology Lab

 

• Environmental Sciences

Semester IV

• Immunology

 

• Immunology Lab

 

• Biostatistics

 

• Genetics

 

• Genetics Lab

 

• Bioinformatics OR Environmental Biotechnology

 

• Bioinformatics Lab OR Environmental Biotechnology Lab

Semester V

• Principles and Practices of Management

 

• Enzyme Technology

 

• Molecular Biology

 

• Genetic Engineering and Applications

 

• Molecular Biology and Genetic Engineering Lab

 

• Stem Cell Technology OR Cancer Biology OR MOOC

 

• Summer Internship-I

Semester VI

• Innovation and Entrepreneurship

 

• Animal Biotechnology

 

• Animal Biotechnology Lab

 

• Bioprocess Engineering and Downstream Processing

 

• Bioprocess Engineering and Downstream Processing Lab

 

• Advanced Genomics and Proteomics OR Genome Editing and Protein Engineering OR MOOC

 

• IPR and Bioethics OR MOOC

 

• Food and Nutrition OR MOOC

Semester VII

• Agricultural Biotechnology

 

• Agricultural Biotechnology Lab

 

• Biomaterials and Nanoengineering OR Food Technology OR MOOC

 

• Drug Development and Clinical Trials OR Comparative Genomics and Personalised Medicine OR MOOC

 

• Organisational Behaviour OR MOOC

 

• Artificial Intelligence OR MOOC

 

• Summer Internship-II

Semester VIII

• Major Project/Internship

 

• Grand Viva-voce

 

• Seminar/Journal Presentation

 

Semester I and II

The first two semesters establish the basic academic and technical foundation required for engineering and biotechnology studies. Students study subjects such as Physics, Chemistry, Mathematics, communication, electrical and electronics engineering, computer fundamentals and Python. Practical laboratory work and workshop-based learning are also included.

 

Semester III and IV

From the third semester, the curriculum moves towards core biotechnology concepts. Students are introduced to Biotechnology, Cell Biology, Biochemistry, Microbiology and Environmental Sciences, along with their practical components. Semester IV adds subjects such as Immunology, Genetics, Biostatistics and an option between Bioinformatics and Environmental Biotechnology.

 

Semester V and VI

The fifth and sixth semesters focus more strongly on specialised biotechnology applications. The curriculum covers Molecular Biology, Genetic Engineering, Enzyme Technology, Animal Biotechnology and Bioprocess Engineering. Students can also study areas such as Stem Cell Technology, Cancer Biology, Advanced Genomics and Proteomics, Genome Editing, Protein Engineering, IPR and Bioethics.

 

Semester VII and VIII

The final stages of the programme provide exposure to advanced and application-oriented areas. Semester VII includes Agricultural Biotechnology, Biomaterials and Nanoengineering or Food Technology, Drug Development and Clinical Trials or Comparative Genomics and Personalised Medicine, along with Artificial Intelligence and organisational studies as options. It also includes a second summer internship. Semester VIII is dedicated to the Major Project/Internship, Grand Viva-voce and Seminar/Journal Presentation.

 

Skills Learned Through BTech Biotechnology Syllabus

The BTech Biotechnology syllabus helps students develop a combination of scientific, technical and practical skills. Some of the key skills developed through the programme include:

  • Laboratory Skills: Students gain practical exposure through laboratory courses in areas such as Chemistry, Physics, Biotechnology, Cell Biology, Biochemistry, Microbiology, Immunology, Genetics and Genetic Engineering.
  • Molecular Biology Skills: The curriculum develops an understanding of molecular biology and genetic engineering concepts and their applications.
  • Biotechnology Techniques: Students become familiar with different areas of biotechnology, including animal, agricultural, environmental and industrial applications.
  • Bioinformatics and Data Skills: The syllabus provides exposure to Bioinformatics, Biostatistics, Python and advanced genomics-related topics.
  • Bioprocessing Skills: Bioprocess Engineering and Downstream Processing introduce students to processes used in biotechnology-based production.
  • Research Skills: Projects, internships, seminars and journal presentations provide opportunities to develop research and scientific communication skills.
  • Problem-Solving Skills: Subjects such as Numerical Methods, Genetics, Biostatistics and engineering courses help students develop analytical and problem-solving abilities.
  • Entrepreneurship and Management Skills: Management, Innovation and Entrepreneurship, IPR and Bioethics provide exposure to the professional and business aspects of biotechnology.
  • Interdisciplinary Skills: Options such as Artificial Intelligence, Food Technology, Nanoengineering, Drug Development and Personalised Medicine allow students to explore biotechnology alongside other fields.

 

What Are the Books Recommended for BTech Biotechnology Syllabus?

Choosing the right reference books can help students understand biotechnology concepts in greater depth and strengthen their preparation for both theoretical and practical subjects. Books covering microbiology, immunology, molecular biology, genetic engineering and bioprocess engineering are particularly useful for the core areas of the syllabus.

 

The following books can be considered for studying subjects that align with the major areas covered in a BTech Biotechnology programme:

Book

Author(s)

Prescott’s Microbiology

J. M. Willey, K. M. Sandman and D. H. Wood

Brock Biology of Microorganisms

Michael T. Madigan, Kelly S. Bender, Daniel H. Buckley, W. Matthew Sattley and David A. Stahl

Kuby Immunology

Jenni Punt, Sharon Stranford, Patricia Jones and Judith A. Owen

Cellular & Molecular Immunology

Abul K. Abbas, Andrew H. Lichtman and Shiv Pillai

Molecular Cloning: A Laboratory Manual

Joseph Sambrook and David Russell

The Immunoassay Handbook

David Wild

Bioprocess Engineering Principles

Pauline M. Doran

Biochemical Engineering Fundamentals

James E. Bailey and David F. Ollis

Bioprocess Engineering: Basic Concepts

Michael Shuler and Fikret Kargi

Principles of Fermentation Technology

P. F. Stanbury and A. Whitaker

These books can serve as additional references alongside classroom notes and university-provided study material. Students should select books according to the subjects they are currently studying and the depth of preparation required.

 

BTech Biotechnology Syllabus FAQs

What subjects are included in BTech Biotechnology syllabus?

The syllabus includes foundational science and engineering subjects along with Biotechnology, Cell Biology, Biochemistry, Microbiology, Immunology, Genetics, Molecular Biology, Genetic Engineering, Animal Biotechnology, Bioprocess Engineering and other specialised areas.

How many semesters are there in BTech Biotechnology?

BTech Biotechnology is generally structured across eight semesters. The curriculum progresses from foundational subjects in the initial semesters to specialised biotechnology subjects, internships and project work in the later semesters.

Which subjects are taught in the first year of BTech Biotechnology?

The first year includes subjects such as Physics, Chemistry, Mathematics, English and communication, Electrical and Electronics Engineering, Computer Fundamentals and Python, Numerical Methods, Engineering Graphics, Workshop and Manufacturing Practices and other foundational courses.

Is Mathematics included in BTech Biotechnology syllabus?

Yes. Mathematics is included in the syllabus through subjects such as Calculus and Linear Algebra and Numerical Methods.

Does BTech Biotechnology syllabus include practical subjects?

Yes. Practical courses are included throughout the programme. These include Physics, Chemistry, Biotechnology, Cell Biology, Biochemistry, Microbiology, Immunology, Genetics, Animal Biotechnology, Bioprocess Engineering and Molecular Biology and Genetic Engineering laboratories.

Is Bioinformatics included in BTech Biotechnology syllabus?

Yes. Bioinformatics is included as an option in Semester IV, where students can choose between Bioinformatics and Environmental Biotechnology along with the corresponding laboratory course.

Does BTech Biotechnology include Genetic Engineering?

Yes. Genetic Engineering and Applications is included in Semester V, along with a Molecular Biology and Genetic Engineering Lab.

Does BTech Biotechnology syllabus include internships?

Yes. The curriculum includes Summer Internship-I in Semester V and Summer Internship-II in Semester VII. The final semester also includes a Major Project/Internship.

Which advanced topics are covered in BTech Biotechnology?

Advanced areas include Genomics and Proteomics, Genome Editing, Protein Engineering, Stem Cell Technology, Cancer Biology, Drug Development and Clinical Trials, Comparative Genomics, Personalised Medicine, Biomaterials and Nanoengineering and Artificial Intelligence.

What is taught in the final semester of BTech Biotechnology?

Semester VIII focuses on Major Project/Internship, Grand Viva-voce and Seminar/Journal Presentation, allowing students to apply their knowledge through project and presentation-based work.

Which books are recommended for BTech Biotechnology?

Useful reference books include Prescott’s Microbiology, Brock Biology of Microorganisms, Kuby Immunology, Molecular Cloning: A Laboratory Manual, Bioprocess Engineering Principles and Principles of Fermentation Technology, among others.

Does BTech Biotechnology syllabus include Artificial Intelligence?

Yes. Artificial Intelligence is available as an option in Semester VII, where students can choose Artificial Intelligence or a MOOC option.

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