B. Tech in Genetic Engineering: Course, Eligibility, Fees, Scope, Salary
B. Tech in Genetic Engineering is an undergraduate course in genetics. Genetic engineering includes the genetic modification techniques used to achieve the desired characteristic in one living organism. The composition of DNA is altered by either insertion of the gene of desired characteristics that is artificially prepared or obtained from other living organisms.
Also Read: Genetic Engineering Course
The basics of B.Tech in Genetic Engineering is already included in the curriculum until class 12. This can serve as an introduction to the students to generate interest in this career. The Basics of the subject is well covered for the students so as to let them identify their interest and hence a student can choose to be a graduate in genetic engineering.
Also Read: Genetics Course
Overview of the B.Tech in Genetic engineering
B. Tech in Genetic Engineering
10+2 or equivalent qualification from any recognized board (Physics, Chemistry, Biology and Maths as major subjects); minimum aggregate of 50%
Entrance test / Cut off
Up to INR 2.5 lakhs (INR) per annum
Genetic engineering includes the study of the principles of the molecular basis of inheritance and biotechnology. Genetic engineering is the application of biotechnology that includes the modification of the molecular structure of DNA for obtaining a desired trait in an organism.
What are the concepts included in the study of B.Tech in Genetic Engineering?
Basic principles included in the study of engineering
Mathematics that is needed at different states of genetic engineering
In-depth knowledge of the chemistry of the biomolecules present in the body
In-depth knowledge of the structural and physiological aspects of cells of different organisms
Basic principles of Physics needed for genetic engineering
Techniques included in the working of enzyme technology.
Principles of immunological aspects
Microbiological studies and the sterilization techniques
Techniques included in the handling of molecular technologies
Thermodynamics included in the various techniques
Statistical principles for genetic engineering
Recombinant DNA techniques
Bimolecular reactions and the techniques involved in it
traditional methods used for breeding and their examples
Physics included in the biological sciences
Application of genetic engineering in different areas such as the food industry, medication, etc.
Techniques and practical knowledge included in plant tissue culture and use of it in the production of transgenic breed
Genetically engineered technologies
Animal cell culture and its application
Application of nanotechnologies in the healthcare sector
In-depth study of stem cell and its use in genetic engineering
Legal aspects of genetic engineering at the international level such as Biosafety and Bioethics
What is the syllabus of B.Tech in Genetic Engineering?
Basic Engineering I
Basic Engineering II
Practical in Sem I
Principles of environment science
Practical in Sem II
Basic molecular technique
Genetics and Cytogenetics
Mechanical operations and heat transfer
Stoichiometric and engineering thermodynamics
German Language I, Japanese Language I, French Language I
German Language II, Japanese Language II, French Language II
Practical in Sem III
Practical in Sem IV
Molecular technique lab
Bioprocessing engineering lab
Recombinant DNA technology
Advance molecular techniques
Functional genomics and microarray technology
Chemical reaction engineering
Biosensor and biochip
Plant tissue culture and transgenic technology
Practical in Sem V
Practical in Sem VI
Gene expression lab
Gene cloning and DNA sequencing lab
Plant genetic engineering lab
Industrial training I
Biosafety, bioethics, patent and IPR
B.Tech in Genetic Engineering syllabus
Animal cell culture and transgenic technology
Nano-biotechnology in healthcare
Stem cell biology
Practical in Sem VII
Genomic analysis lab
Animal culture lab
Industrial training II
Genes and disease
Bioconfinement of Genetically modified organisms
Food safety and genetically modified food
How is B.Tech in Genetic engineering different from B.Sc. in Genetics?
B. Tech is a 4 years course whereas BSc in genetics is a 3 years course
Admission in B.Sc. in genetics is given on the basis of 12th class marks whereas admission in B.Tech in genetic engineering is given on the basis of entrance test marks
Fees for B.Sc. in genetics is less than that in B.Tech genetic engineering
The curriculum of B.Sc. in genetics includes more of the traditional methods of breeding of characters and the study of the principles of the modern techniques whereas the curriculum of genetic engineering includes the study of the application of genetic engineering in different sectors in day to day life. B.Tech in genetic engineering includes more of the engineering aspects of genetics
The scope for the jobs after graduation in B.Tech in Genetic engineering is higher and the salary trend is larger as compared to the graduation in B.Sc. in genetics
B.Tech genetic engineering comes under one of the engineering courses whereas B.Sc. in genetics comes under the general science course.
B.Tech in genetic engineering is a professional course whereas B.Sc. in genetics is a general course
What are the skills required for the study of B.Tech in genetic engineering?
Students should be clear with the general principles and study in the subject of Physics, Chemistry, Maths as well as Biology if they plan to go for b tech in Genetic Engineering.
Student should have their basic concepts in place in Genetics such as
Structure of DNA and RNA
DNA transcription and translation
Enzymes taking part in various techniques
Application of biotechnology
They should be good at lab handling skills and basic principles of sterilization techniques.
Why to choose B.Tech in genetic engineering?
The major interest of a student is identified when students go through their syllabus in class 12 during the study of genetics and biotechnology. A clear understanding of the concepts and interest through it is a clear sign to choose the course in genetic engineering. Degree in B.Tech in genetic engineering takes a student through various techniques involved in it practically and in-depth study at each step. Choosing a career in genetic engineering has a wider scope with future prospects since new developments of this field is on the rise.
After the completion of a degree course in B.tech genetic engineering, a student can continue further studies to achieve a degree in M.tech and Ph.D. to become a scientist. They can continue their research of a particularly interesting project in it. The study of genetic engineering takes place at the molecular level and the research in this field is in huge demand in the foreign nations.
What is the role of Genetic engineer?
Handling and processing of molecular tools
Works on various genetic modification techniques
Analyzing the process and maintaining the data
Writing the thesis and the articles of their work to be published in the journals
Working on the development of the new technologies in the field of genetic engineering
Attending and presenting at conferences and international meetups to discuss the growth and discovery of new technologies
How to get admission in B.Tech in genetic engineering?
Students need to complete their high school with the science field and choose physics chemistry, biology and maths as the main subjects. They need to prepare for the entrance test along with the preparation for the boards in class 12. The entrance exams are taken at different levels i.e. national level, state level, and institutional level. Students should primarily prepare for the national entrance test. A student can prepare for the state entrance exam according to the state of the college to be chosen by him.
Students should also stay updated about the exams conducted at the institutional level and should appear for the colleges of their interest. On the basis of the marks obtained in the entrance exam, students need to apply for admission through online or offline mode as available for a given institution. For this, they should be well aware of the important dates regarding the admission process. Various institutes provide management quota seats, however, the fees through the same are quite high. Once the shortlisted students’ list is out, they need to get the documentation verified and the fees paid within the dates mentioned.
What are the documents required during the admission for B.Tech in Genetic engineering?
Marksheets for 10th & 12th standard
Passport size photographs
Passing certificates for 10th & 12th standard
Transfer certificate (in case of going outside hometown to study)
Top exams for B.Tech in Genetic engineering?
National Entrance tests:
There were different entrance tests that were conducted for the admission in B.tech in genetic engineering previously like AIEEE, NIT, IITJEE. All of the national tests have been merged into a single national entrance test that is IITJEE. IITJEE takes place in two steps, that is JEE Main and JEE Advanced. A student needs to clear JEE Advanced to get admission in the IIT institutes. Other institutes can offer admission on the basis of the marks of JEE Main.
Below are some state entrance tests on the basis of which students get admission in the colleges offering B.Tech in Genetic Engineering of the respective state.
KCET - Karnataka
MHT-CET - Maharashtra
TANCET - Tamil Nadu
UP State Entrance Test - Uttar Pradesh
WB JEE - West Bengal
Eligibility Criteria for admission in B.Tech in Genetic engineering
Students must have cleared 10+2 or an equivalent qualification from any board with an aggregate of more than 50% of the marks in exams.
Students must have taken Physics, Chemistry, Biology, and Maths as the major subjects in class 12th.
Students must have appeared for the entrance test according to the requirement of the respective institute.
Top colleges for B.Tech in Genetic engineering
Below are the top colleges for the admission in B.Tech Genetic engineering:
Job opportunities / Career prospects for B.Tech in Genetic engineering
A graduate in B.Tech in genetic engineering has an opportunity to work in different sectors such as colleges & universities, research & development centers, agricultural sectors, genetic research centers, stem cell research centers, food industries and pharmaceutical industries.
The job profiles for the graduate in B.Tech in Genetic engineering are
Junior Research Fellow
Production Control Analyst
Field Service engineer
Other Engineering Colleges in India are:
Salary trend for the graduate in B.tech in Genetic engineering
Salary Trend (INR)
3 lakh per annum
4.5 lakh per annum
8 Lakh per annum
12 lakh or more per annum
The above information gives an overview of the information one needs to get the admission in B.Tech in Genetic engineering. This can help a student to decide and understand the scope of a course in genetic engineering, and to identify one’s interest in the same. The course B.Tech genetic Engineering is a sought after course where one gets the opportunity to play with the gene schematics. Candidates who have an interest in evolution and experimentation can pursue their dream by opting for Engineering.
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Frequently Asked Question (FAQs) - B. Tech in Genetic Engineering: Course, Eligibility, Fees, Scope, Salary
Question: What is genetic Engineering?
B.Tech in genetic engineering is an undergraduate engineering course. This exciting specialization biochemical engineering is a study based on living organisms with its application extending to all phases like, industrial processing, agriculture, medicine, environment and energy.
Question: What is the scope of B.Tech in genetic engineering?
Genetic engineering are emerging fields of work in India. Those applicants who are specializing in this area can get job opportunities in both, private sector and government sector. Genetic engineers are employed in the environmental sector for bio-treatment and bioremediation of various kinds of wastes.
Question: What is the eligibility for B.Tech in genetic engineering?
For admission to B.E. Biotechnology and biochemical engineering, the applicants should have passed the (10+2) examination with science subjects like maths, biology, and chemistry. For IIT candidates, It is compulsory to qualify in the (JEE) Joint Entrance Examinations.
Question: Can a Bio student pursue B.Tech in genetic engineering?
Yes, a Bio student can pursue B.Tech in genetic engineering.
Question: How do you become a genetic Engineer?
In order to become a genetic Engineer, candidates are required to pursue biochemical engineering with a recognized institute from India. As per the eligibility criteria, student must have passed 10+2 examinations with science subjects in either of the combination - (PCM or PCB) i.e. Physics, Chemistry, Mathematics, and Biology.
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