BE Biotechnology Syllabus and Subjects 2023

The Bachelor of Technology in Biotechnology syllabus for the course is designed in such a way to help the students to get extensive knowledge in Biotechnology as well as Engineering Technology, Medicine, and other useful applications. Subjects in the BE Biotechnology course include Molecular Biology, Genetic Engineering, Bioinformatics, etc.

Semester Wise BE Biotechnology Syllabus

The BE in Biotechnology syllabus covers chemical engineering principles and applied biology that considers the use of living things in Engineering. The BE Biotechnology course is four years long which consists of 8 semesters. Given below are the BE Biotechnology subjects list taught in the course:

BE Biotechnology First Year Syllabus
Semester I	Semester II
Physics	Principles of Environmental Science
Chemistry	Mathematics II
Mathematics I	Materials Science
Engineering Mechanics	Electronic Devices

BE Biotechnology Second Year Syllabus
Semester III	Semester IV
Mathematics III	Probability and Random Process
Fluid Mechanics	Sensors and Measuring Techniques
Basic Biochemistry	Basic Human Anatomy and Physiology
Digital Systems	Linear Integrated Circuits

BE Biotechnology Third Year Syllabus
Semester V	Semester VI
Engineering Economics and Management	Medical Imaging Techniques
Control Systems	Basic Pathology and Basic Microbiology
Principles of Communication Engineering	Biomaterials and Artificial Organs
Introduction to Medical Physics	Diagnostic Ultrasound in Medicine

BE Biotechnology Fourth Year Syllabus
Semester VII	Semester VIII
Medical Image Processing	Advanced Medical Physics
Diagnostic and Therapeutic Equipment	Elective
Virtual Instrumentation	Project Work
Industrial Training	-

BE Biotechnology Subjects

Bachelor of Technology in Biotechnology subjects include Molecular Biology, Genetic Engineering, Bioinformatics, etc. The syllabus for BE Biotechnology deals with basic engineering concepts which are applied in Chemical Engineering and Applied Biology. It also deals with methods for environmental conservation, Medicines, Health along Technology. Some of the compulsory subjects are:

Molecular Biology
Genetics and Cytogenetics
Bioprocess Principles
Biochemistry
Bioinformatics

BE Biotechnology Course Structure

The BE Biotechnology course structure is designed in such a way that it includes theory and practicals. The course focuses on various aspects of Engineering and chemicals along with in-depth biological studies. The course structure is given below:

VIII Semesters
Core Subjects
Elective Subjects
Labs/Workshops
Projects
Industrial Training

BE Biotechnology Teaching Methodology and Techniques

The BE Biotechnology course curriculum has different teaching methods. Along with lectures and practicals, the students are also trained in the fundamentals of its applications. Listed below are the teaching methodology and strategies in general:

Thesis/Projects
Conceptualized Learning
Traditional Classroom-Based Teaching
Labs/Workshops
Seminars

BE Biotechnology Projects

BE Biotechnology projects are given to students to understand the concepts and help students in getting hands-on experience. Projects are to be completed by the end of the eighth semester. Some popular BE Biotechnology projects topics are:

In Vitro Sensitivity of Pathogenic Yeast to Miconazole.
Antibacterial Activity of Achyranthes Aspera Linn roots.
Isolation of Antibiotic Susceptibility of Xanthomonas Campestris PV CITRI.
Preparation and Efficacy Testing of Bio Fertilizer.
Antimicrobial activity of Antibiotics Against Drug-Resistant Staphylococcus Aureus.
Isolation and Characterization of Actinomycetes from Marine Sediments.

BE Biotechnology Reference Books

Biotechnology books are available both online and offline by many authors and publications. Reference books are meant for gaining an in-depth understanding of concepts. Some of the reference books for BE Biotechnology are:

BE Biotechnology Books
Name of the Books	Authors
The Chemical reactions of Living Cells	David E Metzler
Molecular Cell Biology	H Lodish et al
Genetics	MW Strickberger
Developmental Biology	Gilbert