Biotechnology Engineering syllabus comprises subjects like Biochemistry, Molecular Biology, Bioprocess Engineering, Chemical Engineering, etc. The syllabus also consists of specialisation courses like Biomedical Engineering, Bioinformatics, Environmental Biotechnology, etc.
Biotechnology Engineering Syllabus and Subjects include Applied Biology and Chemical Engineering Principles that use living things in Technology, Engineering, Medicine, and other useful applications. Biotechnology Engineering Subjects concern Nanobiotechnology, genomics, base drug design, bioinformatics, etc. The Biotechnology Engineering Subjects are built in such a way that candidates get the opportunity to work on real research projects, which provides them with much-required experience and to generate research papers and patents in their names. The Biotechnology Engineering Syllabus can be divided into Core Biotechnology Engineering Subjects, Elective Subjects, Lab Subjects, final year research project, and internship possibilities.
Biotechnology Engineering Subjects 1st Year cover core subjects like Personality Development I, Principles of Environmental Science, Basics of C programming, Engineering Graphics, where the elective subjects covered are NCC / NSS / NSO & YOGA, Personality Development II and lab subjects include Chemistry Lab, Electronic Devices Lab, Electrical Machines Lab. The Biotechnology Engineering Specialisations include Medical Biotechnology, Industrial Biotechnology, Environmental Biotechnology, Agricultural Biotechnology, and Biotechnology Engineering. Other than this, students are also taught specialised areas like Food Biotechnology, Marine Biotechnology, Animal Biotechnology, Plant Biotechnology, and Microbial Technology. Read the full post on the biotechnology engineering syllabus and subjects given below.
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A Btech in Biotechnology Engineering is a 4-year bachelor’s degree that consists of 8 semesters. Throughout the 4 years, candidates are taught various subjects to prepare them to enter their professional careers. Check out the year-wise biotechnology engineering syllabus given below.
The table below consists of B Tech Biotechnology Technology Subjects 1st year divided into B Tech Semester 1 & 2 subjects.
B Tech Biotechnology Syllabus Semester 1 | B Tech Biotechnology Syllabus Semester 2 |
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Engineering Mathematics – I Engineering Physics / Chemistry Basics of Electrical & Electronics Engineering Engineering Graphics Computer Programming (C/C++/Python) Environmental Science English / Communication Skills Physics/Chemistry Lab Engineering Workshop Practice | Engineering Mathematics – II Engineering Chemistry / Physics (whichever not taken in Sem 1) Basic Mechanical Engineering Biology for Engineers Material Science Engineering Mechanics Chemistry/Physics Lab Biology Lab Programming Lab |
Check the B Tech Biotechnology Semester 3 & 4 subjects here.
B Tech Biotechnology Syllabus Semester 3 | B Tech Biotechnology Syllabus Semester 4 |
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Biochemistry Microbiology Cell Biology Thermodynamics in Biological Systems Biostatistics Instrumentation and Analytical Techniques Biochemistry Lab Microbiology Lab | Molecular Biology Enzyme Technology Genetic Engineering Heat and Mass Transfer Bioinformatics Immunology Molecular Biology Lab Genetic Engineering Lab |
The table below consists of B Tech Biotechnology Subjects 3rd year divided into B Tech Semester 5 & 6 subjects.
B Tech Biotechnology Syllabus Semester 5 | B Tech Biotechnology Syllabus Semester 6 |
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Bioprocess Engineering Downstream Processing Industrial Biotechnology Plant Biotechnology Bioreactor Design Bioprocess Engineering Lab Plant Biotechnology Lab | Animal Biotechnology Environmental Biotechnology Metabolic Engineering Bioethics and IPR Nanobiotechnology (Elective) Animal Biotechnology Lab Environmental Biotech Lab Mini Project / Seminar |
The table below consists of B Tech Biotechnology Subjects 4th year divided into B Tech Semester 7 & 8 subjects.
B Tech Biotechnology Syllabus Semester 7 | B Tech Biotechnology Syllabus Semester 8 |
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Medical Biotechnology Food Biotechnology Tissue Engineering Computational Biology (Elective) Biopharmaceutical Technology Major Project Phase I Elective Lab | Industrial Training / Internship Project Work / Thesis Seminar and Viva Professional Elective (e.g., Synthetic Biology / Proteomics / Biosensors) |
There are several branches of biotechnology engineering. Each stream's biotechnology engineering course syllabus differs from the other. Check out the streamwise biotechnology engineering syllabus and the subjects listed below.
Quick Link: Reasons to pursue MTech after BTech
Biotechnology Engineering is a broad course that combines engineering and medicine. It is focused on the study and manipulation of cells for the progress of humanity. The study tries to produce new and advanced processes for the human body by mixing biology and technology in a novel way. Go through the biotechnology engineering subjects and their details given below.
Biotechnology Engineering Core Subjects | What it focuses on? | Topics |
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Medical Biotechnology | Human health, diagnostics, therapeutics, and vaccines |
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Industrial Biotechnology | Use of microorganisms and enzymes in industrial processes. |
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Environmental Biotechnology | Biotech applications for environmental sustainability |
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Plant Biotechnology | Genetic and molecular techniques to improve plants |
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Animal Biotechnology | Animal genomics, transgenics, and reproduction. |
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Computational Biotechnology / Bioinformatics | Data analysis and modeling in biological systems. |
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Food Biotechnology | Enhancing food quality and shelf life using biotech |
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Certain biotechnology engineering course subjects are repetitive in several semesters. The biotechnology engineering course syllabus is designed such that each semester covers a distinct subject, ensuring that students fully understand and comprehend crucial topics that will come in handy in their careers. Following are the common biotechnology engineering subjects.
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The biotechnology engineering course consists of core and optional subjects. The core subjects are included in the syllabus by the college authorities or board and then for the optional subjects candidates get the opportunity to choose from them. Students can choose a few electives from the university's list of optional disciplines that interest them. Check the biotechnology engineering optional subjects given below.
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The biotechnology engineering curriculum includes a few lab courses to provide students the chance to apply what they have learned in theoretical lectures to real-world situations. To provide students with technical competency, the institutions combine the core and elective disciplines with a few lab courses and practical workshops. The lab subjects also give students technical know-how and real-time job experience that will be useful when they start working professionally.
Go through the list of biotechnology engineering lab subjects given below.
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In biotechnology engineering, there are various specializations available from which candidates can choose based on their interests and the professional path they want to take. Specializations in biotechnology engineering courses are offered, allowing students to gain expertise in their chosen fields of study and make a career in that respective desired engineering domain. Many individuals seek the standard BTech in biotechnology engineering degree as their bachelor's degree and then specialize in their master's degree programme.
Check out the various biotechnology engineering specializations given below.
Biotechnology Specialisations | Details |
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Plant Biotechnology | Students are exposed to in-depth research as well as hands-on training in order to explore new opportunities in agriculture. They are tasked with developing, selecting, and implementing suitable methodologies, resources, and contemporary engineering approaches to enhance and introduce new features, boost food crop viability and resistance, and protect biodiversity. |
Environmental Biotechnology | Aspirants are taught necessary skills such as:
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Animal Biotechnology | This specialization makes use of biotechnology:
Candidates are taught how to use theoretical knowledge in the real world and how to grasp the role of technology in the advancement of animal sciences. |
Professional or occupational training in biotechnology engineering can also be obtained through distance learning programmes also. Candidates who want to work or study other courses at the same time might opt to study the biotechnology engineering programme. The biotechnology engineering course syllabus and subjects for the distance programme are similar to a full-time programme. The biotechnology engineering syllabus for the distant programme might vary from institute to institute.
Distance universities often provide online learning experiences to the students, which are also referred to as virtual labs, allowing students to acquire practical knowledge through specific platforms like NPTEL. Regular assignments and video lectures help enhance the learning journey, and students can also opt for hands-on workshops or internships on campus for additional practical training. Elective courses offer flexibility, that allows students to choose subjects that are up to their interests and goals in fields such as healthcare, agriculture, or pharmaceuticals. In their final year, every students is required to complete a major project or thesis that focuses on real-world applications or research based on existing studies.
The table below consists of B Tech Biotechnology Subjects 1st year divided into B Tech Semester 1 & 2 subjects.
B Tech Biotechnology Syllabus Semester 1 | B Tech Biotechnology Syllabus Semester 2 |
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Check the B Tech Biotechnology Semester 3 & 4 subjects here.
B Tech Biotechnology Syllabus Semester 3 | B Tech Biotechnology Syllabus Semester 4 |
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The table below consists of B Tech Biotechnology Subjects 3rd year divided into B Tech Semester 5 & 6 subjects.
B Tech Biotechnology Syllabus Semester 5 | B Tech Biotechnology Syllabus Semester 6 |
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The table below consists of B Tech Biotechnology Subjects 4th year divided into B Tech Semester 7 & 8 subjects.
B Tech Biotechnology Syllabus Semester 7 | B Tech Biotechnology Syllabus Semester 8 |
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Quick Link: BTech admission process
Biotechnology Engineering is offered in some reputable colleges like DY Patil, SRM University, Gitam University, Sastra University, Bangalore University, and Chandigarh University.
Biotechnology Engineering Syllabus Semester 1 | Biotechnology Engineering Syllabus Semester 2 |
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Chemistry | Cell Biology |
Physics | Biochemistry |
Computers & C Programming | Engineering Mechanics |
Electronics & Instrumentation Engineering | Maths II -Statistics |
Maths I – Mathematics | Engineering Graphics |
Communication Skills | Environmental Sciences |
- | Disaster Management |
Biotechnology Engineering Syllabus Semester 3 | Biotechnology Engineering Syllabus Semester 4 |
Microbiology & Virology | Stem cells & Animal Tissue culture |
Analytical Techniques | Molecular Biology |
Concepts in Bioinformatics | Immunology |
Genetics | Plant Biotechnology |
Biosafety, Bioethics & IPR | Developmental Biology |
Universal Human Values II | - |
Biotechnology Engineering Syllabus Semester 5 | Biotechnology Engineering Syllabus Semester 6 |
Recombinant DNA Technology | Marine Biotechnology |
Environmental Biotechnology | Food Biotechnology |
Enzymology & Enzyme Technology | Genomics, Transcriptomics and Proteomics |
Biochemical Engineering & Bioprocess Technology | Basic Pharmacology & Toxicology |
R Programming | Elective II |
Personality & Skill Development | Artificial Intelligence |
Elective-I | - |
Biotechnology Engineering Syllabus Semester 7 | Biotechnology Engineering Syllabus Semester 8 |
Molecular Modeling and Drug designing | Research Project/Industrial Training/ Review writing (5 months) |
Principles of Management & Entrepreneurial Development | - |
Nanobiotechnology and Biosensors | - |
Seminars in Biotechnology | - |
Quality Control Management in Biotechnology | - |
Elective-III | - |
Biotechnology Engineering Subjects Semester 1 | Biotechnology Engineering Subjects Semester 2 |
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Calculus and Linear Algebra | Advanced Calculus and Complex Analysis |
English | Chinese / French / German / Japanese/ Korean |
Engineering Graphics and Design | Programming for Problem Solving |
Physics: Electromagnetic Theory, Quantum Mechanics, Waves and Optics | Chemistry |
Professional Skills and Practices | General Aptitude |
Basic Civil and Mechanical Engineering | Electrical and Electronics Eng. Workshop |
Physical and Mental Health using Yoga | NSS |
Constitution of India | Value Education |
- | NCC |
- | NSO |
Biotechnology Engineering Subjects Semester 3 | Biotechnology Engineering Subjects Semester 4 |
Basic Chemical Engineering | Molecular Biology |
Human Physiology and Health | Chemical Engineering Principles |
Cell Biology | Bioprocess Principles |
Biochemistry | Immunology |
Genetics and Cytogenetics |
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Microbiology | Plant Biotechnology |
Competencies in Social Skills | - |
Management Principles for Engineers | - |
Entrepreneurial Skill Development | - |
Biotechnology Engineering Subjects Semester 5 | Biotechnology Engineering Subjects Semester 6 |
Gene Manipulation and Genomics | Animal Biotechnology |
Chemical Engineering Practice | Bio-Statistics for Biotechnologists |
Professional Elective – 1 | Comprehension |
Bioprocess Engineering | Protein engineering and proteomics |
Open Elective – 2 | Professional Elective – 4 |
Professional Elective – 2 | Professional Elective – 3 |
MOOC -1 | Employability Skills and Practices |
Open Elective – 3 | Open Elective – 4 |
Seminar - 1 | Industrial Training-2 |
Industrial Training-1 | MOOC -2 |
Entrepreneurship Management | Indian Art Form |
Analytical and Logical Thinking Skills | Seminar - 2 |
Indian Traditional Knowledge | - |
Biotechnology Engineering Subjects Semester 7 | Biotechnology Engineering Subjects Semester 8 |
Bioseparation Technology | Project |
Professional Elective – 5 | Semester Internship |
Professional Elective – 6 | - |
Open Elective – 5 | - |
Minor Project | - |
Internship (4-6 weeks) | - |
Bioethics and IPR | - |
Biotechnology Engineering Syllabus and Subjects at Gitam University | |
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Programme Core (PC) | Programme Elective (PE) Course Title |
Course Title | Advanced Cell Biology |
Process Calculations | Bioprocess Technology |
Biotechnology Workshop | Environmental Biotechnology |
Microbiology | Sea & Dairy Food Processing |
Biochemistry | Food Processing Technology |
Genetics & Molecular Biology | Food handling, packaging & storage |
Instrumental Methods of Analysis | Concepts in Biophysics |
Biochemical Thermodynamics | Essentials of Marine Biotechnology |
Fluid Mechanics & Mechanical Operations | Food safety & quality management |
Genetic Engineering and its Applications | Bioprocess Plant Design |
Biochemical Reaction Engineering | Pharmaceutical Biotechnology |
Fundamentals of Heat and Mass Transfer | Artificial Neural Networks and Deep Learning |
Plant Biotechnology | Molecular diagnostics and its applications |
Bioprocess Engineering | Machine Learning in Biotechnology |
Immunotechnology | Metabolomics & Metabolic Engineering |
Principles of Bioinformatics | Modelling & Simulation in bioprocesses |
Animal Biotechnology | Proteomics & Protein Engineering |
Process Dynamics and Control | Molecular Modelling & Drug Design |
Bio separation technology | Systems Biology |
- | Genomics & Genome Engineering |
- | Applied Biocatalysis& Biotransformation |
- | Stem cells & Tissue engineering |
- | Nanobiotechnology |
- | Biomedical Engineering |
- | Synthetic Biology |
- | Life Sciences for Engineers |
- | AI and ML for Bioengineers |
- | Biotechnology for Society |
Semester 1 Biotechnology Engineering Subjects | Biotechnology Engineering Subjects Semester 2 |
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Engineering Mechanics | Engineering Chemistry |
Basic Civil Engineering | Biology for Engineers |
Basic Electrical Engineering | Object Oriented Programming in C++ |
Problem Solving &Programming in C | Engineering Graphics |
Engineering Mathematics - 1 | Engineering Mathematics - 2 |
Technical communication | Basic Electronics Engineering |
Introduction to Engineering Design | Basic Mechanical Engineering |
Engineering Physics | - |
Semester 3 Biotechnology Engineering Subjects | Biotechnology Engineering Subjects Semester 4 |
Introduction to Biotechnology | Fluid Mechanics for Process Engineers |
Engineering Mathematics -3 | Engineering Mathematics -4 |
Biochemistry | Biochemical Reaction Engineering |
Cell Biology | Biochemical Thermodynamics |
Bioprocess Calculations | Fluid Mechanics Laboratory |
Microbiology | Molecular Biology &Genetics |
Analytical Techniques in Biotechnology | Molecular Biology & Genetics Laboratory |
Biochemistry Laboratory | - |
Microbiology Laboratory | - |
Semester 5 Biotechnology Engineering Subjects | Biotechnology Engineering Subjects Semester 6 |
Basic Bioinformatics | Bioprocess Engineering - 2 |
Probability & Biostatics | Introduction to Immunology |
Mass Transfer | Immunology Laboratory |
Heat Transfer | Downstream Processing |
Genetic Engineering | Soft Skills - 2 |
Bioprocess Engineering - 1 | Downstream Processing Laboratory |
Genetic Engineering Laboratory | Elective - 1 |
Soft Skills - 1 | Elective -2 |
Semester 7 Biotechnology Engineering Subjects | Semester 8 Biotechnology Engineering Subjects |
Equipment Design | Open Elective- 1 |
Plant & Animal Biotechnology | Project Work & Viva voce |
Bioprocess Engineering Laboratory | Open Elective -3 |
Bioprocess Technology | Open Elective - 2 |
Design&Simulation Project | - |
Mini Project | - |
Professional Ethics | - |
Elective - 3 | - |
Elective - 4 | - |
The Syllabus for Btech Biotechnology in Bangalore University is listed below:
Biotechnology Engineering Subjects Semester 1 | Biotechnology Engineering Subjects Semester 2 |
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Cell Biology & Genetics | General Microbiology |
Cell Biology & Genetics | General Microbiology & Biostatistics |
Semester 3 Biotechnology Engineering Subjects | Semester 4 Biotechnology Engineering Subjects |
Biological chemistry | Molecular biology |
Semester 5 Biotechnology Engineering Subjects | Semester 6 Biotechnology Engineering Subjects |
Immunology & Animal Biotechnology | Industrial Biotechnology |
Genetic Engineering & Environ. Biotechnology | Plant Biotechnology |
Immunology & Animal Biotechnology | Industrial Biotechnology |
Genetic Engineering & Environ. Biotechnology | Plant Biotechnology |
Biotechnology Engineering Syllabus Semester 1 | Semester 2 Biotechnology Engineering Syllabus |
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Programming for Problem Solving | Application-based Programming in Python |
Introduction to Biotechnology Engineering | Physical Chemistry |
Maths I | Value Ethics |
Environmental Studies | Functional English Beginners 2/ Functional English Intermediate 2 |
Thermodynamics | Biostatistics |
Communicative English | Fluids |
Principles of Electrical and Electronics Engineering | - |
Practical | Practical |
Programming for Problem-Solving Lab | Design/Creativity-based course |
Principles of Electrical and Electronics Engineering Lab | Physical Chemistry Lab |
Physics Lab 2 | Functional English Lab II |
Computer Aided Design & Drafting | Application-based Programming in Python Lab |
- | Mechanical Workshop |
- | Physics Lab |
Biotechnology Engineering Syllabus Semester 3 | Semester 4 Biotechnology Engineering Syllabus |
Organic Chemistry | Molecular Biology |
Management for Engineers | Instrumentation and Bio-analytical Techniques |
Cell Biology | Program Elective - 1 |
Genetics | Biochemistry |
Immunology | Open Elective - 1 |
Practical | Practical |
Aptitude, Reasoning, and Business Communication Skills- Basic | Instrumentation and Bioanalytical Techniques Lab |
Organic Chemistry Lab | Molecular Biology Lab |
Cell Biology Lab | Project-Based Learning (PBL) -2 |
Project-Based Learning (PBL) -1 | Aptitude, Reasoning, and Business Communication Skills Intermediate |
Summer Internship | - |
Biotechnology Engineering Syllabus Semester 5 | Semester 6 Biotechnology Engineering Syllabus |
Recombinant DNA Technology | Signal Transduction |
Microbiology | Bioprocess Engineering |
Program Elective -2 | Program Elective -4 |
Bioinformatics | Program Elective -3 |
Open Elective – 2 | Open Elective – 3 |
Practical | Practical |
Recombinant DNA Technology Lab | Project Based Learning (PBL) -4 |
Microbiology Lab | Bioprocess Engineering Lab |
Project Based Learning (PBL) -3 | Higher Order Mathematics and Advanced People Skills |
Technical Skill Enhancement Course-1 | Technical Skill Enhancement Course-2(Proteomics Lab) |
Quantitative Aptitude Behavioural and Interpersonal Skills | - |
Summer Internship | - |
Community Connect | - |
The syllabus for Chandigarh University is listed below :
Semester 1 Biotechnology Engineering Syllabus | Semester 2 Biotechnology Engineering Syllabus |
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Biochemistry | Genetics |
Microbiology | Immunology |
Organic and Stereochemistry | Inorganic Chemistry |
Cell Biology | Molecular Biology |
Biochemistry | Genetics |
Microbiology | Immunology |
Organic and Stereochemistry | Inorganic Chemistry |
Cell Biology | Molecular Biology |
Communication Skills | Computer Application to Biotechnology |
Communication Skills | Computer Application to Biotechnology |
- | Environmental and Waste Management |
Biotechnology Engineering Syllabus Semester 3 | Biotechnology Engineering Syllabus Semester 4 |
Fermentation and Bioprocess Engineering | Food Technology |
Environmental Biotechnology | Computational Biology |
Cell and Tissue Culture Technology | Genetic Engineering |
Analytical Chemistry | Instrumental Chemistry |
Fermentation and Bioprocess Engineering | Food Technology |
Environmental Biotechnology | Computational Biology |
Cell and Tissue Culture Technology | Genetic Engineering |
Analytical Chemistry | Instrumental Chemistry |
Entrepreneurship | Soft Skill |
Introduction to Management and Leadership | Social and Professional Ethics |
Soft Skill | Introduction to Artificial Intelligence |
- | Aptitude |
- | Internship |
Semester 5 Biotechnology Engineering Syllabus | Semester 6 Biotechnology Engineering Syllabus |
Biotech Skill Development | Enzymology |
Industrial Regulatory Affairs and QA | Nanobiotechnology |
IPR, Biosafety & Bioethics | Nanobiotechnology |
Biotech Skill Development | Genomics and Proteomics |
Food Technology (Open Elective) | Genomics and Proteomics |
Essential Research Methodologies | Enzymology |
Community Service, Sports, NCC, NSS | Gender Equality & Women Empowerment |
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Candidates seeking admission to the Biotechnology Engineering programme must pass entrance tests at the national, state, or university levels. To take admission to the biotechnology engineering course candidate must study thoroughly and score the cutoff marks. Check the biotechnology engineering entrance exam syllabus for various exams by clicking on the link given below.
Exam Name | Syllabus |
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KCET | KCET Syllabus |
JEE Advanced | JEE Advanced Syllabus |
GATE | GATE Syllabus |
JEE Main | JEE Main Syllabus |
MHT CET | MHT CET Syllabus |
WBJEE | WBJEE Syllabus |
AEEE | AEEE Syllabus |
SRMJEEE | SRMJEEE Syllabus |
GCET | GCET Syllabus |
TS POLYCET | TS POLYCET Syllabus |
To get admission to the biotechnology engineering programme it's important that you study dedicatedly and select the best books for preparation. The exam toppers and education experts often recommended selecting the top author’s book as they provide a better comprehension of the topics. In addition, the best books will help you understand each topic well and help you score good marks on the exam. Along with studying from the best books attempting biotechnology engineering previous year papers, mock tests, and sample papers will also benefit your preparation.
We have provided the best biotechnology engineering books for your reference below.
Books | Authors |
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Developmental Biology | Scott F. Gilbert |
Essential Immunology | Ivan M. Roitt |
Plants Physiology | D. Peter Snustad |
Cell Biology | Dr C.B.Powar |
Genetics: Principles and Analysis | Elizabeth W. Jones |
Basic Ecology: Fundamentals of Ecology | Eugene P. Odum |
Molecular Biology of the Cell | Peter Walte |
The first year of the B.Tech Biotechnology programme contains courses identical to those studied in grades 11 and 12. The B.Tech Biotechnology 2nd year syllabus offers optional classes as well as specialized topics in a specific discipline. Students can then select the subjects that are of interest to them. In most BTech Biotechnology institutes in India, every Biotechnology student must complete a two-month training session at the end of the second year and a six-month main project in the final semester.
The course evaluation is also based on performance in industrial training of at least two weeks during the summer vacation between the fourth and fifth semesters. The final grade is based on students' success in theoretical exams, internal practicals, and project work assigned to them in groups or individually. Internal and exterior marks are worth 75 and 25 marks respectively.
The course framework is a blend of academic and practical knowledge, and it includes projects, group discussions, research papers, and internship opportunities. Biotechnology blends biology and technology and provides a plethora of project opportunities. These initiatives build students' confidence by putting their knowledge into practice, allowing them to become better leaders and decision-makers.
The biotechnology engineering programme is classroom instruction with teaching through real-world application of information through case study projects. This teaching style aids in the development of a thorough grasp of biotechnology.
Quick Link: Top Biotechnology Colleges in Uttar Pradesh
Some of the top colleges for biotechnology engineering have been listed below.
Indian Institute of Technology Delhi | Osmania University |
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Indian Institute of Technology Roorkee | Vellore Institute Of Technology |
Indian Institute of Technology Hyderabad | Delhi Technological University |
National Institute Of Technology Warangal | Anna University |
National Institute Of Technology Rourkela | Lovely Professional University |
Environmental Geo-technology, Natural Resource Management, Industrial Pollution Control, Principles of Air & Noise Pollution Management, Solid & Hazardous Waste Management, Water & Wastewater Management, and Modern Tools in Environmental Technology are the subjects contained in the Environmental Biotechnology Specialization.
The optional biotechnology engineering subjects are Proteomics, Drug Design and Delivery, Bioethics and Biosafety, Immunotechnology, Cell and Tissue Culture Technology, and Genomics.
The biotechnology engineering lab subjects are Structural Biochemistry, Biological Chemistry, Digital Systems Lab, Plant Science, Microprocessor and Microcontroller Lab, etc.
Metabolism, Genomics and Bioinformatics, Biological Chemistry, Protein Science, and Molecular Genetics are some of the biotechnology engineering specializations.
Some of the common biotechnology engineering subjects are Plant Biotechnology, Animal Biotechnology, Environmental Biotechnology, Drug and Pharmaceutical Biotechnology, Bioinformatics, Microbiology, Molecular biology, etc.
Biotechnology engineering covers subjects like physics, chemistry, biology, engineering, and mathematics.
The field of biotechnology is expanding rapidly, which means there are many job opportunities available in this industry. This is a global field, so there are work opportunities available all over the world. If you're looking for a career with growth potential and a chance to work on cutting-edge technologies, biotechnology could be a great option for you.
No, there is no presence of maths in biotechnology courses.
Yes, you can pursue biotechnology without maths.
Biotechnology is a fascinating field that combines various disciplines to create innovative solutions. It's mainly focused on Biology, with the addition of applied sciences to create practical applications. Whether you are a student of Physics, Chemistry, Biology, or any combination of these subjects, there's no need to worry about pursuing a career in biotechnology.
Animal Biotechnology, Plant Biotechnology, and Environmental Biotechnology are some of the components of the biotechnology engineering syllabus.
Cell Biology, Microbial and Plant Physiology, English/EVS/MIL communication, and English/EVS/MIL communication are some of the biotechnology subjects taught in the course.