What is Genetic Engineering?: Course Fees 2026, Subjects, Top Colleges, Admissions

Akansha BishtSenior Executive
Genetic Engineering courses are designed to teach about the genetic structure of organisms, the DNA alteration, and manipulation processes, which help create a newer gene framework with specific characteristics. These courses are revolutionary as they teach you that life, in the sense of living organisms, can be shaped to our benefit by applying engineering principles and scientific research.
Alongside classroom lectures, you'll also get practical training via lab work and projects. You can pursue Genetic Engineering courses in India at various levels, including UG, PG, PhD, and Diploma. You'll find around 8 to 10 Engineering colleges in India offering Genetic Engineering courses after 12th. You can continue reading the article for more details on Genetic Engineering courses in India.
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Genetic Engineering courses are the go-to choice for students who are interested in contributing to research and development in the agricultural, healthcare, and medical industries. If interested, you can refer to the following table, highlighting some key points of Genetic Engineering courses after 12th.
| Particulars |
Course Details |
|---|---|
| Genetic Engineering Course Level |
B.Tech, M.Tech, Phd, and Diploma |
| Genetic Engineering Eligibility Criteria |
UG: Class 12 and entrance exam scores PG: B.Tech + Entrance Exam scores Doctorate: MTech + Entrance exam scores |
| Genetic Engineering Course Duration | UG: 4 years PG: 2 years Doctorate: 3 to 6 years |
| Genetic Engg. Admission Criteria | Mostly Entrance-Based |
| Genetic Engg. Entrance Exams 2026 | JEE Main, CUET PG, TNEA Counselling, SRMJEEE, LPU NEST, UGC NET, CSIR NET, etc. |
| Genetic Engineering Course Fees |
INR 81,000 - INR 10 lakh |
| Top Genetic Engineering Colleges in India |
SRM Institute of Science and Technology, Lovely Professional University (LPU), Shoolini University, Sharda School of Engineering and Technology, Devi Ahilya Vishwavidyalaya, etc. |
| Genetic Engineering Career Path |
Genetic Engineer, Biotechnologist, Bioinformatics Specialist, Research Scientist, Medical Writer, etc. |
| Genetic Engineering Salary in India |
INR 8 LPA - 10 LPA |
| Top Genetic Engineering Recruiters |
Bharat Biotech, Wockhardt, Boston Biological, Emcure Pharmaceuticals, Panacea Biotech, etc. |
Note - The information is taken from external sites and may vary.
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Courses in Genetic Engg. are offered at the UG, PG, and doctorate levels in India. The course duration varies on the basis of the level at which you're studying the course. For BTech Genetic Engineering, the general time span is 4 years in India, while for M Tech Genetic Engg., you need to invest 2 years. You can also consider going for a PhD degree in the field that takes around 3 to 6 years to complete.
Of course, some well known options for Genetic Engineering in India are
- Lovely Professional University
- SRM Institute of Science and Technology
- Shoolini University
- Sharda School of Engineering and Technology
- Bharath Institute of Higher Education and Research
- Devi Ahilya Vishwavidyalaya
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- Genetic Engineering Eligibility Criteria & Admission Process
- Top Genetic Engineering Entrance Exams 2026
- Types of Genetic Engineering Courses
- Genetic Engineering Course Syllabus
- Best Genetic Engineering Colleges in India
- Popular Private Genetic Engineering Colleges in India
- Genetic Engineering Salary: Career Scope, Job Profiles & Top Recruiters
- Genetic Engineering Course FAQs
- Popular Genetic Engineering UG Courses
- Popular Genetic Engineering PG Courses
Genetic Engineering Eligibility Criteria & Admission Process
To get admission, you need to fulfill some Genetic Engineering subject requirements. These conditions can be different based on the course level and the college, but the basic requirements remain the same. Here are some common conditions every candidate must fulfill.
| Genetic Engineering Course Levels | Genetic Engineering Course Eligibility |
|---|---|
| Undergraduate (BTech Genetic Engineering) | Students must have completed Class 12 in the Science stream (Physics, Chemistry, Biology/Mathematics) with at least 50 to 60 percent marks in the board examination. |
| Postgraduate (MSc Genetic Engineering or M Tech Genetic Engineering) | Students must have completed BTech in Genetic Engineering, Biotechnology Engineering, Microbiology, or a related field with at least 55 percent marks. |
| PhD in Genetic Engineering | Students need to hold an M Tech degree in Genetic Engineering, Biotechnology or in a related field with at least 60 percent marks |
Note - The information is taken from external sites and may vary.
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Genetic Engineering Admission Process 2026
Admission to the Genetic Engineering courses is based on either merit or the entrance exam system. There might be some changes in the steps based on the college and course level, but the basic steps are similar for every course. Here's a guide to simplify your admission process for Genetic Engineering courses in India.
| Steps | Details |
|---|---|
| ELIGIBILITY CRITERIA | Check the eligibility criteria of the desired college and make sure you fulfill them. |
| REGISTRATION/APPLICATION | Register on the official website of the college/exam body. Then, fill out the application form, attach the required documents, and pay the application fee to complete the application process. |
| ENTRANCE EXAMS | Appear for the entrance exam (if applicable) at the decided time and venue. |
| VERIFICATION | If involved in the merit-based admission process, you may have to wait for the college to verify your application and send a confirmation email if shortlisted. |
| RESULTS | Stay updated regarding the result dates of the entrance exam, and visit the official site to see the results. |
| INTERVIEW/PORTFOLIO | Some colleges may conduct Group Discussion or Personal Interview rounds, so be prepared. |
| COUNSELLING SESSION | Based on the score or rank, you become eligible for counselling or admission rounds. Fill out the choice forms indicating the preferences, and attend the counselling session. |
Note - The information is taken from external sites and may vary.
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For studying UG courses in Genetic Engg., you should get at least 50 to 60% marks in the Physics, Chemistry, Math/Biology subjects in Class 12 boards. For PG courses, you must have completed B.E/BTech in a relevant field with 55% marks. It is mostly offered as a specialisation at the postgraduate level.
A few colleges also offer PhD programs in Genetic Engineering for which you must hold a master's degree in Genetic Engg., Biotechnology Engineering, or a related field with at least 55 to 60% marks. Further, you also need to give relevant entrance exams for getting admission to the course at best colleges in India.
Rest, you can check the respective college websites for accurate information to have a hassel-free admission process.
You should start by meeting the eligibility criteria for Genetic Engg. courses at various levels. Further, you need to give relevant entrance tests for admission and get excellent marks in the same to grab a seat at popular colleges.
It is very important to fill out the college application forms before the registration window gets closed. After the exam results are out and you've got your marks, you need to apply for the college counselling process.
You must go to the college for counseling where you'll be given a seat according to your rank and marks in the same. After seat allotment, you need to go the college and pay the Genetic Engineering course fee to get your seat confirmed.
You can find the list of basic documents needed for getting admission to courses in Genetic Engineering given here
- PG Mark Sheet with at least 55 to 60% marks (For Ph.D.)
- UG Mark Sheet with at least 55% marks (For M Tech)
- Class 12 Mark Sheet with 50 to 60% marks in PCM/PCB/PCMB
- Class 10 Certificate (may be needed)
- Entrance Exam Result and Admit Card photocopy
- A Valid Identity Proof like Aadhar, PAN, etc.
- Reserved Category Certificate (if applicable)
- College Migration or Character Certificates (may be needed)
- Recent Passport-size Photos
Top Genetic Engineering Entrance Exams 2026
Admission to Genetic Engineering courses is primarily based on the entrance exams for every course level. Some colleges conduct their university-level tests, while some accept national-level exam scores. Check out some top Engineering entrance exams in India that you can prepare for Genetic Engineering courses.
|
Entrance Exams |
Exam Dates |
Exam Schedule |
|---|---|---|
|
JEE Main 2026 |
21 January 2026 - 30 January 2026 |
|
|
CUET PG 2026 |
March - April 2026 (Tentative) | CUET PG Exam Date 2026 |
|
TNEA Counselling 2026 |
July 2026 (Tentative) | |
|
LPU NEST 2026 |
January 10, 2026, to February 5, 2026 |
|
|
SRMJEEE 2026 |
Phase 1 - 23 April 2026 - 28 April 2026 |
|
|
UGC NET 2026 |
31 December 2025 - 7 January 2026 |
Note - The information is taken from the official website of the exam.
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Most of the engineering educational institutes shortlist candidates for admission to Genetic Engineering courses at various levels based on prominent entrance exam scores. Some of the top Genetic Engineering entrance exams in 2026 are
- CUET PG
- UGC NET
- CSIR NET
- JEE Main
- GATE
- LPU NEST
- SRMJEEE
It depends on the exam that you're planning to appear for. In general, it is better to start your prep as early as possible, at least 8 months before the final exam is tentatively scheduled to take place. This will provide you enough time to cover the entire exam syllabus, practice last year papers and do a thorough revision of the important topics to increase your chances of doing well and getting shortlisted for admission at top colleges.
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The entrance tests for admission to Genetic Engg. courses are generally quite competitive and challenging. The difficulty level and competitiveness differs on the basis of the specific exam that you're sitting for at the national/state/college level, but in general, it requires a lot of hard work and preparation from your end to fare well and get an excellent rank and marks in the Genetic Engineering entrance exams.
Types of Genetic Engineering Courses
You can pursue a Genetic Engineering course in India at various levels, including UG, PG, PhD, and Diploma. The course curriculum, duration, and fees of every course level will be different for every college. For your reference, the following table contains some top Genetic Engineering colleges in India at different course levels.
| Course Level | Top Colleges | Genetic Engineering Course Fees |
|---|---|---|
| BE/ BTech in Genetic Engineering | SRM Institute of Science and Technology | INR 11 Lakh |
| Sharda School of Engineering and Technology | INR 8.62 Lakh | |
| Bharath University | INR 10 Lakh | |
| MSc/ ME/ MTech in Genetic Engineering | SRM Institute of Science and Technology | INR 3.2 Lakh |
| Sharda School of Engineering and Technology | INR 2.4 Lakh | |
| Devi Ahilya Vishwavidyalaya | INR 1.07 Lakh | |
| PhD in Genetic Engineering | Lovely Professional University | INR 3 Lakh |
| Shoolini University | INR 4.2 Lakh |
Note - The information is taken from the official website of the college.
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Genetic Engineering could help us create more food, design new materials, treat diseases, and even improve the overall life span of people's lives. By manipulating the very building blocks of organisms, this field holds immense potential to transform medicine, agriculture, and even industrial processes.
Some key reasons for studying Genetic Engg. courses are given here
- Genetic engineers are working with DNA structures that are also often called the very blueprints of life. As a Genetic Engineer, you could work in research institutions, pharmaceutical companies, agricultural biotechnology companies, or pursue an advanced-level course in this field to become a leading researcher.
- You can easily get decent earning opportunities after completing a degree in this field, as top recruiters offer good salary packages to talented students with the required skill set because you can actually get involved in revolutionizing medicine and transforming the picture of agriculture, the two backbones of Indian society.
- You can actually work at the forefront of bringing advancement in medicine via gene therapy and drug discovery, add more nutritional value to food crops, and ensure food security, etc. This will create a positive impact on society in general and lead to great results.
Well, it depends. If you have interest in healthcare, biology, and biotechnology, its coursework will be an exciting journey for you. There's a scope for growth with increased earning opportunities and a respectable career.
Think and decide.
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The BTech Genetic Engg. course does not just give you theory-based learning via classroom lectures; it also makes you learn the right set of skills to do well in the professional world that you grasp through lab classes, research projects, and industrial workshops. Some general yet important skills are given here for your reference
- Bioinformatics and Data Analysis
- Knowledge of DNA Technology and Genetics
- Advanced techniques of Gene Manipulation
- Analytical and Problem-Solving Aptitude
- Statistical Methods of Gene Analysis
Genetic Engineering Course Syllabus
The Genetic Engineering course syllabus includes some core subject modules, specialized electives, lab sessions, project work, seminars, and workshop sessions. Students get to learn about the engineering and scientific principles used to manipulate the genetic framework of organisms for various industrial uses.
The syllabus would vary on the basis of the course level and the college offering the course; however, some general subjects taught in Genetic Engineering classes are given in the section below.
BTech Genetic Engineering Syllabus
The BTech Genetic Engineering syllabus is divided into 8 semesters following the 4-year course, where you learn about the basic concepts of Molecular Biology, Gene Manipulation & Genomics, Bioinformatics, and Recombinant DNA Technology. Here's the syllabus overview for the same.
|
BTech Genetic Engineering Subjects Semester I |
|
|---|---|
|
Engineering Mathematics - I |
|
|
Engineering Chemistry - I |
Cell Biology |
|
BTech Genetic Engineering Subjects Semester II |
|
|
Engineering Mathematics - II |
Engineering Physics - II |
|
Engineering Chemistry - II |
Principles of Genetics |
|
BTech Genetic Engineering Subjects Semester III |
|
|
Enzyme Technology |
Principles of Biochemistry |
|
Microbiology |
Immunology |
|
BTech Genetic Engineering Subjects Semester IV |
|
|
Recombinant DNA Technology |
Genomics & Proteomics |
|
Bio-Organic Chemistry |
Basics of Bioinformatics |
|
BTech Genetic Engineering Subjects Semester V |
|
|
Advanced Molecular Techniques |
Functional Genomics and Metabolic Engineering |
|
Cytogenetics |
Plant Tissue Culture |
|
BTech Genetic Engineering Subjects Semester VI |
|
|
Agri, Veterinary and Medical Informatics |
Bio-Pharmaceutical Technology |
|
Gene Therapy |
Professional Elective - I |
|
BTech Genetic Engineering Subjects Semester VII |
|
|
Animal Cell Culture and Transgenic Technology |
Stem Cell Biology |
|
Nanobiotechnology in Healthcare |
Professional Elective - II |
|
BTech Genetic Engineering Subjects Semester VIII |
|
|
Project Work |
Bio-Safety & Bio-ethics |
Note - The information is taken from external sites and may vary.
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M Tech Genetic Engineering Syllabus
The core subjects taught in Genetic Engineering classes at the MTech level include Molecular Genetics, Immunobiology, Regulation of Gene Expression, DNA Technology, and Advanced Biostatistical Methods. The table given below lists some general semester-wise subjects covered in the M Tech Genetic Engineering syllabus.
|
M Tech Genetic Engineering Subjects Semester I |
|
|---|---|
|
Molecular Genetics |
Biological Chemistry |
|
Immunobiology |
Advanced Biostatistical Methods |
|
M Tech Genetic Engineering Subjects Semester II |
|
|
Recombinant DNA Technology |
Regulation of Gene Expression |
|
Sequence Analysis & Structure Prediction |
Program Elective - I |
|
M Tech Genetic Engineering Subjects Semester III |
|
|
Program Elective - II |
Program Elective - III |
|
Seminar |
Project Work - Phase I |
|
M Tech Genetic Engineering Subjects Semester IV |
|
|
Program Elective - IV |
Project Work – Phase II |
Note - The information is taken from external sites and may vary.
MSc Genetic Engineering Syllabus
The MSc Genetic Engineering syllabus is divided into 4 semesters, which cover important subjects like Cell Biology and Genetics, Immunology, Enzyme Technology, Agriculture Biotechnology, Microbial Technology, Pharmacogenomics, etc. Some general subjects are listed below for your reference.
|
MSc Genetic Engineering Subjects Semester I |
|
|---|---|
|
Biomolecules |
Cell Biology & Genetics |
|
Molecular Biology |
Computer Applications in Biology & Bio-statistics |
|
MSc Genetic Engineering Subjects Semester II |
|
|
Immunology |
Genetics |
|
Enzyme Technology |
Recombinant DNA Technology |
|
MSc Genetic Engineering Subjects Semester III |
|
|
Metabolic Engineering |
Bioprocess Technology |
|
Agriculture Biotechnology |
Microbial Technology |
|
MSc Genetic Engineering Subjects Semester IV |
|
|
Seminar |
Project Work Phase |
Note - The information is taken from external sites and may vary.
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PhD in Genetic Engineering Syllabus
The PhD Genetic Engineering syllabus varies based on the research area chosen by the students. The syllabus and coursework for a PhD in Genetic Engineering mainly depend on the research topic, but some key subjects include DNA Repair Mechanisms, Nucleosome Remodeling, Mechanisms of Gene Silencing, DNA Manipulative Enzymes, Principles of Gene Cloning, Gene Therapy, Protein Engineering, and others.
|
PhD in Genetic Engineering Subjects |
|
|---|---|
|
DNA Repair Mechanisms |
Principles of Gene Cloning |
|
Nucleosome Remodeling |
Mechanisms of Gene Silencing |
|
DNA Manipulative Enzymes |
Gene Therapy |
|
Protein Engineering |
Methods of Gene Transfer |
|
Homologous Recombination |
Research Methodology |
|
Epigenetic Regulation |
Final Thesis |
Note - The information is taken from external sites and may vary.
The syllabus for Genetic Engg. courses vary on the basis of the course level and the college where you're studying the course. The syllabus has some core subjects along with interesting elective subject choices, which provide detailed knowledge about the field.
Some general core subjects covered in Genetic Engineering classes are given below
- Biochemistry
- Cell Biology
- Genetic and Cytogenetics
- Immunology
- Plant Biotechnology
- Gene Manipulation and Genomics
- Bioprocess Engineering
- Bioseparation Technology
Some popular electives offered in the Genetic Engineering syllabus are given below
- Human Genetics
- Metabolic Engineering of Microbes
- Genetics of Crop Improvement
- Molecular Diagnostics
- Gene Therapy
- Functional Genomics
- Molecular Biology of Infectious Diseases
Well, there are core subject modules that are compulsory for you to study in every semester because they give a strong foundational base for the field, leaving no room for customization.
Having said that, there are program electives that you can choose based on your interests and understanding, the ones that are easy to understand and fun to explore, leaving some scope for customization.
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Best Genetic Engineering Colleges in India
You'll find around 8 - 10 Genetic Engineering colleges in India providing courses at different levels. The number of Genetic Engineering colleges is limited, hence limited options to choose from. For your reference, the table below offers the top college choices.
| Best Genetic Engineering Colleges in India | Genetic Engineering Course Fees |
|---|---|
| IIMT Studies- International Institute of Management and Technical Studies | INR 81,700 |
| Devi Ahilya Vishwavidyalaya | INR 1.07 Lakh |
| Sharda School of Engineering and Technology | INR 2.4 Lakh - 8.62 Lakh |
| Lovely Professional University | INR 3 Lakh |
| SRM Institute of Science and Technology | INR 3.2 Lakh - 11 Lakh |
| Shoolini University | INR 4.2 Lakh |
| Bharath Institute of Higher Education and Research (BIHER) | INR 6 Lakh - 10 Lakh |
Note - The information is taken from the official site of the college.
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Genetic Engineering Applications open. Apply Now
There are less than 10 private Genetic Engineering colleges in India at present. A list of a few of the best ones along with the tuition fee is given below
College Name | Tuition Fee |
|---|---|
SRM Institute of Science and Technology, Chennai | INR 3.2 lakh – 11 lakh |
LPU, Jalandhar | INR 3 lakh |
Shoolini University, Solan | INR 4.2 lakh |
Sharda School of Engineering and Technology, Greater Noida | INR 2.4 lakh – 8.62 lakh |
Bharath Institute of Higher Education and Research, Chennai | INR 6 lakh – 10 lakh |
IIMT Studies, Bangalore | INR 81,700 |
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Genetic Engg. is a growing field at present and therefore, you'll find less colleges offering courses in the field. As far as the government colleges for Genetic Engineering courses are concerned, there is only one college, DAVV- Devi Ahilya Vishwavidyalaya (Indore), which offers MSc in Genetic Engineering with a tuition fee of approximately INR 1.07 lakh.
The average Genetic Engineering tuition fee is approximately INR 3 lakh to INR 10 lakh. Other than the tuition fee, extra charges like for hostel accommodation, admission application, semester exam registration, and lab work also apply, for which you should definitely check the respective college websites for precise information.
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Genetic Engineering Applications open. Apply Now
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Genetic Engineering Salary: Career Scope, Job Profiles & Top Recruiters
India has become a global hub of research in Genetic Engineering owing to its vast prospects of treating diseases of genetic disorders. Genetic Engineering professionals can work in the fields of medicine, research, industry, and agriculture. Fresh graduates working as research associates can earn anything between INR 6 LPA to 8 LPA, while the salary of scientists generally lies in the range of INR 9 to 15 LPA.
Genetic Engineering Salary and Job Profiles
Some of the primary responsibilities of genetic engineers include examining and understanding the complex genetic structure of organisms for research and innovation purposes, modifying plant and animal genes for better function, assisting in the preparation of antibiotics against disease-causing organisms, and handling other tasks with the sole focus on development and discovery across fields such as agriculture, manufacturing, and healthcare.
The table given below lists a few top job profiles and the average salary packages for Genetic Engineering graduates.
|
Job Profiles |
Job Description |
Genetic Engineering Salary |
|---|---|---|
|
Genetic Engineers |
Their job is to modify the DNA of organisms, helpful in making new medicines, developing disease-resistant vaccines, and so on. They work for the pharma, agriculture, and so on industries. |
INR 5 LPA |
|
Research Associates |
They work for labs under Senior Researchers. They help them in the lab experiments, maintain lab records, collect and analyze reports, and more. |
INR 4.8 LPA |
|
Molecular Biologists |
As the name suggests, they perform experiments on molecular-level organisms. They basically study the life mechanisms of the organisms and their DNAs for medicine, biotech, or Agriculture-related work. |
INR 3.7 LPA |
|
Plant Breeders |
Their job is to develop new breeds of plants by cross-pollination. Their main goal is to conduct research, create better crops, enhance food security, etc. |
INR 5 LPA |
|
Quality Control Specialists |
They ensure that the new research or product aligns with the quality standards to ensure safety in the pharma and agriculture industries. |
INR 6.2 LPA |
Note - The salary is taken from
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Top Genetic Engineering Recruiters
India is home to some of the best companies working in the field of Genetic Engineering. Below is provided with a list of some of the companies with which candidates can work in the field of research.
| Top Genetic Engineering Recruiters | |
|---|---|
| Bharat Biotech | Wockhardt |
| Cadila Pharmaceuticals | Boston Biological |
| Intas Biopharmaceuticals | Invitrogen |
| Datar Cancer Genetics Limited | LG Life Sciences |
| Panacea Biotech | Emcure Pharmaceuticals |
Note - The information is taken from external sites and may vary.
Genetic Engineering has high growth in sectors
- Agriculture - Develop pest-resistant, high-yield crops for food security.
- Healthcare & Pharmaceuticals - Gene therapy for genetic diseases, personalized medicine. Producing life-saving drugs and vaccines.
- R&D - A growing hub for cutting-edge genomics research.
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Experience
- Freshers - Around INR 4 LPA
- 1-3 years - INR 5 - 7 LPA
- 5+ years - INR 8 - 12 LPA+
- Master's or PhD holders typically earn more.
- Some areas, like medical genetics, may offer higher salaries.
- Salaries are generally higher in major cities like Mumbai, Bangalore, and Delhi.
- Multinational companies and research institutions may pay more than smaller firms.
In short, Genetic engineering gives a specialised career path with high earning potential but may have fewer job openings. Ideal, if you are passionate about manipulating genes and their direct impact. Biotechnology provides a broader range of career options and potentially more job opportunities. Good if you are interested in applying biological principles across many fields.
Refer to the table below for more of the comparison analysis
| Feature | Genetic Engineering | Biotechnology |
|---|---|---|
| Focus | Direct manipulation of genes | Broader field using biological systems and processes |
| Applications | Medicine, agriculture, forensics, biofuels | Healthcare, pharmaceuticals, environment, food production, and industrial processes |
| Specialization | More specific areas within (e.g., plant genetics, medical genetics) | A broader range of specializations, depending on focus |
| Job opportunities | Growing, but may be fewer compared to broader biotechnology | High and diverse, across various industries |
| Salary potential | Competitive, may vary depending on specialization | Competitive, potentially higher in some specialised areas of biotechnology |
The information is taken from external sites and may vary.
Genetic Engineering Course FAQs
Some frequently asked questions for Genetic Engineering courses after 12th are given below:
See the skills required to pursue a Genetic Engineering course after 12th in India
| Skillset for Genetic Engineers or Geneticists | |
|---|---|
| Strong understanding of scientific methods and rules | Complex problem-solving and critical thinking |
| Ability to use computer-aided design (CAD) | Graphics or photo imaging |
| PERL & Python | Word processing software programs |
| Deductive and inductive reasoning | Oral comprehension skills |
| Binocular light compound microscopes | Ability to use lasers spectrometers |
| Excellent mathematical, | Light scattering equipment, Benchtop centrifuges or similar laboratory equipment |
| Reading and Writing | Interpersonal Skills |
The information is taken from external sites and may vary.
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Genetic Engineering is a niche field, and not many colleges offer its courses. But, you can definitely look up a few top college options for Genetic Engineering courses in Tamil Nadu, as given here
Genetic Engineering Colleges in Tamil Nadu | Course Name | Genetic Engineering Course Fees |
|---|---|---|
SRM Institute of Science and Technology, Chennai | BTech in Biotechnology Engineering (Genetic Engineering) MTech in Genetic Engineering | INR 3.2 Lacs – 11 lakh |
Bharath Institute of Higher Education and Research (BIHER), Chennai | BTech Genetic Engineering BTech in Biotechnology Engineering (Genetic Engineering) BTech in Genetic Engineering (Lateral Entry) | INR 6 Lacs – 10 lakh |
Karunya Institute of Technology and Sciences, Coimbatore | B.Tech. in Biotechnology (Genome Engineering and Technology) | INR 10.74 lakh |
Note - The information is taken from the official website.
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Well, yes. The Genetic Engineering course syllabus focuses on both theoretical learning and practical components, which include hands-on lab sessions and informative workshops, so that you learn about the Genetic Engineering techniques, gene therapy, drug formulation, and other practical applications to excel in the professional world.
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Not at all. The Genetic Engineering syllabus differs on the basis of the college and course level. Each college follows a particular curriculum structure as decided by the university officials before the academic session starts, including some core subjects, specialised programme electives, internships, lab work, and projects. While a few core subjects might share some similarity across top colleges, programme electives are quite different, which you can take up based on your interests and future relevancy.
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Here's what all you can do
- Pursue a BSc or BTech in Biotechnology, Genetic Engineering, or a related field with strong foundational courses in physics, chemistry, and mathematics/biology.
- Consider a Master's in Genetic Engineering or a specialised field like medical genetics or plant biotechnology for deeper knowledge and career advancement.
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The Genetic Engineering admission can take around 3 to 6 months to complete, from entrance exams to final seat allotment. This is because each college has its own admission guidelines for giving admission to students. Some formalities like entrance exams, college applications, results, cutoffs, college counseling, are important.
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Genetic Engineering is inevitable in enhancing the quality of human life. This revolutionary field deals with issues like nutrition and food supply in agriculture, tackling diseases when it comes to public health, and approaching novel solutions for the betterment of society.
By making use of Engineering principles and scientific research, genetic engineers are working with DNA structures that are also often called the very blueprints of life. This pathbreaking field is allowing us to change the nature of living beings by editing those structures and the genes contained within them.
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