Biotechnology engineering is an undergraduate degree programme in applied sciences that amalgamates the facts from both Biological sciences and technology. This study utilizes the biological processes which include the study of microorganisms or knowledge of antibiotics and further implement them in various industrial purpose.

In simple terms, Biotechnology is a study which involves the use of living organisms. The living organisms are used to make useful chemicals which can be utilized in industries. Biotechnological products are used in areas like agriculture, food sciences and medicine.  

The minimum eligibility criteria required in order to pursue a BTech programme in Biotechnology states that a candidate should have completed their + 2 education with PCB. While there are engineering institutes that consider Mathematics a compulsory subject in order to offer admissions to candidates, institutes like JNU does not make maths mandatory for seeking admissions into the BTech in Biotechnology programmes. Candidates who have studied Biology in +2 can also apply for admissions. 

The syllabus and course curriculum for BTech in Biotechnology vary for each university. However, we have enlisted a general list of topics included in the course programmes.

Subjects

 

Topics

Objective

Inorganic chemistry

Chemical bonding

Acids and Bases

Catalysis

Polymers

Colloids

This course introduces the concepts of inorganic chemistry.

Foundation course in physics

Interference by the division of wavefront

Diffraction

Polarization

Introduction to lasers

Fibre optical

This course is designed to provide fundamental knowledge of theories and concepts in physics.

Life sciences

Origin of life

Histology

Nutrition

Energy utilization

This course focuses on the discipline of Life Sciences and concepts related to it.

Essential in mathematics

Algebra of matrices

Quadratic forms

Mean value theorems

Partial derivatives

Mathematics is an essential part of the core curriculum for engineering courses.

Concepts in biotechnology

Introduction to biotechnology

Protein structure and engineering

Plant cell culture

This course introduces to the discipline of biotechnology and explains some of the basic concepts of biotechnology.

Introduction to computers

Introduction

Data storage

Programming using C

In this course, students learn the basics of computer and programming languages.

Foundation course in organic chemistry

Electronic displacements

Reactive intermediaries

Stereochemistry

Organic Chemistry is an important subject in Biotechnology. This course explains the basic ideas in organic chemistry.

Life sciences

Coordination and control

Homeostasis

Asexual reproduction

This course intends to study Life Science in a broader horizon.

Electric sciences

Properties of conductor and insulators

Alternating currents

Measuring instruments

Transformers

This paper focuses on the basic concepts of electronics and electrical science.

Microbiology

Microbes in human life

Functional anatomy

Microbial growth

Microbiology is another important paper for Biotechnology. It introduces topics and concepts of microbiology.

Bioenergetics

Biochemical evolution

Carbohydrates

Nucleic acids

Lipids

This course focuses on the study of energy flow through living systems.

Cell biology

Cell

Nucleus

Cell signalling

Cell cycle and division

This course intends to study the structure and function of living cells.

Chemical engineering

Chemical equations

Hearts of solution

The flow of incompressible fluids

This course focuses on the basic concepts of chemical engineering.

Molecular biology

Structure and properties of nucleic acids

DNA replication

Gene mutation

This paper aims to study biological activity at the molecular level.

Enzyme technology

Introduction to enzymes

Specificity of enzymes

Immobilization of enzyme

Enzyme technology is a subfield of biotechnology. This course introduces the concepts and theories of this field.

Plant tissue culture

Cellular totipotency

Cell and suspension culture

Protoplast culture

Haploid culture

This course studies techniques used to maintain or grow plant cells, tissues or organs artificially in a lab.

Animal biotechnology

Introduction to animal tissue culture

Design, layout and equipment

Primary culture

It is the study of science and engineering to modify living beings.

Developmental biology

History and basic concepts

Germ cell

morphogenesis

This course focuses on the study of the process by which animals and plants grow and develop.

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