Genetic Engineering Course: Admission 2025, Fees, Syllabus, Entrance Exams, Career Scope & Salary

Updated on Dec 23, 2024 01:21 IST
Vidhi Jain

Vidhi JainContent Writer

Genetic Engineering courses basically deal with the process of altering and manipulating the DNA structure of organisms in order to form a newer gene framework with a specific set of desirable characteristics. 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. Genetic Engineering courses are the go-to choice for students who are interested in contributing towards development in agricultural, healthcare, and medical industries. 

Genetic Engineering courses are pathbreaking in the sense that they provide knowledge to students about the fact that life, in the sense of living organisms, can be tailored to our benefit. 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. 

The Genetic Engineering course eligibility criteria is the completion of Class 12 in the Science stream with at least 50 percent marks in Physics, Chemistry, and Mathematics subjects, which may vary depending on individual university requirements. A few institutions might prefer Biology as well as one of the subjects, for which students must visit the official website of the university they are targeting to check its specific criteria (if applicable). The admission to Genetic Engineering courses is usually based on entrance exams conducted every year on the national, state, and university levels. Some of the top BTech Genetic Engineering entrance exams in India are JEE Main, CUET, TNEA, LPU NEST, etc. For admission to postgraduate programs in the field, students need to appear for GATE, SRMJEEE (PG), CSIR NET, UGC NET, etc. 

Some of the popular Genetic Engineering colleges in India that provide excellent learning space to students interested in this field are SRM Institute of Science and Technology, Lovely Professional University (LPU), Shoolini University, Sharda School of Engineering and Technology, Bennett University, Devi Ahilya Vishwavidyalaya, etc. The average Genetic Engineering course fees at these renowned institutions is between INR 6 lakh and INR 8 lakh

As a Genetic Engineer, one could work in research institutions, pharmaceutical companies, agricultural biotechnology companies, or pursue a PhD course in this field to become a leading researcher. Moreover, Genetic Engineering has been connected to various fields of research, medicine, industrial biotechnology, and agriculture, allowing students to specialize in areas such as Biotechnology, Molecular Genetics, and Bioinformatics. Some of the top recruiters for Genetic Engineering graduates are Panacea Biotech, Aurobindo Pharma, Tata Medical Centre, Boston Biological, Dr. Lal Path Labs, etc. The average Genetic Engineering salary is between INR 8 LPA and INR 10 LPA.

Genetic Engg. Latest Updates:

  • JEE Main 2025 Exam Dates Announced. JEE Main exam date for session 1 is between January 22 to 31, 2025.
  • The JEE Advanced 2025 exam date has been announced for the BTech course. As per the official website, the JEE Advanced 2025 exam will be conducted on May 18, 2025. Further, the application form will be released in Apr 2025. 
  • GATE 2025 exam will be conducted on Feb 1, 2, 15, and 16, 2025.
Table of Contents
  1. Genetic Engineering Course Details: Highlights
  2. What is Genetic Engineering Course?
    • 2.1 Why Pursue Genetic Engineering Courses?
  3. Genetic Engineering Course Eligibility Criteria
  4. Genetic Engineering Admission Process 2025
  5. Top Genetic Engineering Entrance Exams 2025
  6. Genetic Engineering Syllabus
  7. Best Genetic Engineering Colleges in India
    • 7.1 Best Government Genetic Engineering Colleges
    • 7.2 Best Private Genetic Engineering Colleges
    • 7.3 Best Institutes for Research in Genetic Engineering
  8. Genetic Engineering Career Scope, Job Profiles, Top Recruiters & Salary
    • 8.1 Genetic Engineering Top Recruiters
  9. Genetic Engineering Course FAQs

Genetic Engineering Course Details: Highlights

The Genetic Engineering programme is spread over eight semesters. Listed below are some of the major highlights of the course.

Genetic Engineering Course Highlights 

Genetic Engineering Course Details

Genetic Engineering Course Levels in India

Undergraduate, Postgraduate, Doctorate

Genetic Engineering Course Eligibility

UG: Class 12 along with entrance examination

PG: BTech + GATE

Doctorate: MTech + Entrance exam

Genetic Engineering Course Duration

UG: 4 years

PG: 2 years

Doctorate: 3 to 6 years

Genetic Engineering Course Examination Type

Semester-wise

Genetic Engineering Course Entrance Exams

JEE Main, CUET, TNEA, LPUNEST, GATE, UGC NET, SRMJEEE

Genetic Engineering Course Fees

INR 6-8 lakh

Best Genetic Engineering Colleges in India

SRM Institute of Science and Technology, Lovely Professional University (LPU), Shoolini University, Sharda School of Engineering and Technology, Bennett University, Devi Ahilya Vishwavidyalaya, etc.

Top Genetic Engineering Job Profiles

Genetic Engineer, Lecturer/Professor, Research Scientist, Scientific/Medical Writer

Average Genetic Engineering Salary

INR 8 LPA - 10 LPA

Top Genetic Engineering Recruiters

Bharat Biotech, Wockhardt, Boston Biological, Emcure Pharmaceuticals, Panacea Biotech

Note- This information is sourced from the official website and may vary.

Relevant Links for Genetic Engg. Courses:

NTA CUET Fees 2025: Check CUET UG Form Fees for General, OBC, SC & ST Category

TNEA 2025 Rank List: Release Date, Category wise Rank Lists

Top Engineering Colleges in India other than IIT, NIT and IIIT

Engineering_Outlook_Report_2025

What is Genetic Engineering Course?

Genetic Engineering course covers the study of genes and the science (Genetic and Engineering) of heredity. Genetic engineers or geneticists study living organisms ranging from human beings to plants and even bacteria. These professionals also conduct research which is a major part of their work profile. The experiments are conducted to determine the origin and governing laws of a particular inherited trait. These traits include medical conditions, diseases, etc. Genetic Engineering as a field is at a prospective stage in India and has seen developments in the recent years owing to its revolutionary approach that could benefit the entire society at large.

Course Entails:-

  • Molecular Biology Fundamentals: Gain a deep understanding of DNA structure, function, gene expression, and regulation.
  • Genetic Engineering Techniques: Explore techniques for DNA manipulation, gene cloning, genetically modified food (GMO foods), genetically modified crops, and genetic transformation.
  • Genomics and Bioinformatics: Learn to analyze vast amounts of genetic data to understand biological processes and identify potential applications.
  • Biotechnology Applications: Delve into areas like Genetic Engineering in medicine (e.g., gene therapy), agriculture (e.g., genetically modified crops), and industrial biotechnology (e.g., biofuels production).

Useful Links for Genetic Engg:

How to Plan for GATE 2025 Revision in Two Months?

CUET Physics Syllabus 2025: Important Topics, Exam Pattern and Books to Prepare

CUET 2025 Preparation Strategy for Students Appearing for JEE Main

Why Pursue Genetic Engineering Courses?

Genetic Engineering could help us create more 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. Interestingly enough, this field has been there for several years but gained momentum at a later stage because of modern technological advancements. For instance, people have selectively cultivated crops and bred them to be bigger, yielding more food. 

In past few years, the field has witnessed a remarkable rise in the allocation of funds for research and development in India. The wholehearted investment towards technology and an upswing in expenditure in healthcare have both led to the growth of the Genetic Engineering industry. 

Some of the key advantages of pursuing Genetic Engineering courses are mentioned below:

  • Revolutionizing Medicine:

    • Gene Therapy: Imagine correcting genetic diseases by introducing healthy genes to replace defective ones. Gene therapy offers hope for diseases like cystic fibrosis and sickle cell anemia.
    • Personalized Medicine: Genetic engineering can pave the way for personalized medicine, tailoring treatments based on an individual's unique genetic makeup. One can treat diseases like cancer with the help of this field, which is one of its most lucrative applications.
    • Drug Discovery & Development: By understanding the genetic basis of diseases, scientists can design more effective drugs with fewer side effects.
  • Transforming Agriculture:

    • Enhanced Food Security: Genetic Engineering can help develop crops resistant to pests, diseases, and harsh environmental conditions, leading to increased food production and improved food security.
    • Improved Nutritional Value: Genetic engineering food & crops with higher nutritional content can address malnutrition and dietary deficiencies.
    • Biofuels & Biodegradable Materials: Genetic Engineering can be used to create plants that produce biofuels as a sustainable alternative energy source. It can also be used to develop biodegradable materials to reduce plastic pollution.
  • Beyond Medicine & Agriculture:

    • Industrial Biotechnology: Genetic engineering has applications in producing bioplastics, biofuels, and other eco-friendly products.
    • Environmental Remediation: Microbial engineering can be used to clean up contaminated soil and water.
    • Forensic Science: Genetic manipulation plays a vital role in DNA analysis and forensics, aiding in criminal investigations and identification.

Useful Links for Genetic Engg Courses:

CUET 2025 Mathematics Syllabus: Important Topics, Exam Pattern and Books to Prepare

CUET Expected Difficulty Level 2025: Is CUET Easy Or Complicated?

Q:   What are the pros and cons of Genetic Engineering?

A:

Hi,

The table below is pointing out gentic engineering's potential to upgrade healthcare, food production, and sustainability while highlighting concerns about safety, ethics, and equitable access.

Refer to the table below for more details:

AdvantagesDisadvantages
Better healthcare: Gene therapy for genetic diseases, medicine, development of new drugs and vaccines.
Unforeseen results: Potential for unintended mutations and negative health effects.
Growing food security: Development of pest-resistant, high-yield crops, improved nutritional value.
Environmental distress: Genetically modified organisms (GMOs) may disrupt ecosystems and be a risk to biodiversity.
Sustainable quick fix: Biofuels, bioremediation of pollutants, development of renewable resources.
Ethical considerations: Modifying organisms raises questions about playing God and the sanctity of nature.
Improved industrial processes: Production of biomaterials, enzymes, and other valuable products.
Different access and control: Potential for large corporations to monopolize genetically modified technologies.

Hope it goes well with your query !

Q:   What is the scope of Genetic Engineering in India?

A:

Hi,

Genetic Engineering field has high growth potential in wide sectors:

  • Agriculture: Developing pest-resistant, high-yield crops for food security.
  • Healthcare: Gene therapy for genetic diseases, personalized medicine.
  • Pharmaceuticals: Producing life-saving drugs and vaccines.
  • Industry: Biofuels, bioremediation, and other sustainable technologies.
  • Research and development: A growing hub for cutting-edge research in genomics.

With rising investments and increasing awareness, the scope of genetic engineering in India is impactful and expanding.

Hope it cleared your doubt !

Q:   Is VIT better than IIT?

A:

IIT is a public/government university. Whereas, VIT is a private university. Therefore there is difference in the fee for various courses and the education structure as well. IIT is best in offering Engineering courses to students when talking about the government university. VIT is one of the best private university offering Engineering and various other courses to students. Both are best universities and are incomparable. To get admission to VIT, candidates must have valid scores in VITEEE,  VITMEE,  VITREE, and other entrance exams.

Q:   Can I prepare for JEE Mains in 4 months?

A:

To get a good rank in JEE and make to the IIT, you need to have a strategic planning that suits the present format of selection. The present format demands an all-round performance as it considers your Board Examination, JEE Mains and Advanced. Here are certain points that would help you.

  • Understand the JEE Mains syllabus and start reading the NCERT books thoroughly. The NCERT books are written by some of the best brains of India and these books are quite precise and concise. Your preparation must start with NCERT books. Read these books thoroughly and solve all the back exercises. Also try the example problems for further practice of objective questions. Remember that reading and understanding the NCERT books are not the same thing.
  • Solve previous year JEE Main question papers to understand your preparation level. It will also help in understanding the difficulty level of the exam and chapterwise weightage of various topics. 
  • Solve JEE Main mock tests regularly to enhance time management and problem solving skills

Genetic Engineering Course Eligibility Criteria

An individual aspiring to pursue a professional degree in Genetic Engineering can begin with BSc in Genetic Engineering or BTech Genetic Engineering, after their Class 12 with Physics, Chemistry, Maths, and Biology. Some of the Genetic Engineering courses after 12th along with their eligibility requirements are given in the table below:

Genetic Engineering Course Levels Genetic Engineering Course Minimum Eligibility
Undergraduate (BSc or BTech Genetic Engineering) Pass Class 12 with Science stream (Physics, Chemistry, Biology/Mathematics) and score a minimum of 50 percent marks in board examination
Postgraduate (MSc Genetic Engineering or M Tech Genetic Engineering) BSc or BTech in Genetic Engineering, Biotechnology, Microbiology, Zoology, Botany, or a related field with at least 55 percent marks
PhD in Genetic Engineering MSc or M Tech Genetic Engineering, Biotechnology or in a related field with at least 60 percent marks

Note: Admission to BTech Genetic Engineering & Biotechnology is done on the basis of entrance test scores in the exams conducted by various universities or through the scores of national Engineering entrance exams or state entrance exams such as JEE Main, CUET, TNEA, LPUNEST, SRMJEEE, etc. Moreover, Genetic Engineering professionals require a bachelor’s or master’s degree in Genetic Engineering or Genetic Sciences for entry-level careers

Useful Links for Genetic Engg. Course Eligibility:

CUET 2025 Eligibility Criteria: Age Limit, University- Wise UG Degree Requirement & Qualification

JEE Main 2025 Eligibility Criteria: Marks Required in Class 12, Age Limit, Number of Attempts

SRMJEEE 2025: Registration (Started), Exam Dates OUT, Eligibility, Pattern, Syllabus, Mock Test

Q:   What should I do to become a Genetic Engineer after class 12th?

A:

Hi,

Here's a snapshot showing how to become a genetic engineer after class 12th:

  • Bachelor's degree: Pursue a BSc or BTech in Biotechnology, Genetics, or a related field with strong foundational courses in biology, chemistry,  and mathematics.
  • Master's degree (optional): Consider a Master's in Genetic Engineering or a specialised field like medical genetics or plant biotechnology for deeper knowledge and career advancement.

Hope it resolves your query !

Q:   I want to study Genetic engineering in the future. I am in 10th grade right now. What do I need to know about it?

A:

Hi,

Below are the things you can do in 10th grade to prepare for a future in genetic engineering:

  • Focus on subjects like biology, chemistry, and mathematics.
  • Closely study the concepts like DNA, genes, heredity, and cell structure.
  • Read popular Science books and articles on genetics and biotechnology to have a wide opinion.
  • Practice critical thinking and problem-solving- It often involves working with difficult problems and finding innovative solutions.
  • Improve your research skills. Learn how to explore credible scientific information and analyze data.
  • Consider taking coding classes. Basic programming skills can be valuable for bioinformatics, that is used to analyse genetic data.
  • Network with professionals.
  • Participate in Science competitions. 

Hope it resolves your doubt !

Q:   What is the eligibility criteria for the SRMJEEE?

A:

Eligibility criteria for the SRMJEEE 2025:

Students must have secured a minimum aggregate of 60 percent marks in Physics Chemistry and Mathematics subjects in the intermediate level (10+2) exam to get admission to the Kattankulathur, Rampuram, and Vadapalani campuses. For admission to the Delhi NCR campus, the student must have scored 55 percent marks in Physics Chemistry and Mathematics subjects. For more details, you may visit the Shiksha SRMJEEE exam page. (https://www.shiksha.com/engineering/srmjeee-exam), or you may check the official website of the institute.

Thanks.

Q:   How many subjects can a candidate choose in CUET UG while filling the application form?

A:

The numbers for choosing CUET sujects is five.  

Section 1A- (13 languages) Tamil, Telugu, Kannada, Malayalam, Marathi, Gujarati, Odia, Bengali, Assamese, Punjabi, English, Hindi, and Urdu.

Section 2- (23 subjects) Accountancy/ Book Keeping,  Biology/ Biological Studies/ Biotechnology/Biochemistry,  Business Studies,  Chemistry,  Computer Science/ Informatics Practices,  Economics/ Business Economics, Geography/Geology,  History,  Home Science,  Knowledge Tradition and Practices of India,  Environmental Science,  Mathematics,  Physical Education/ NCC /Yoga,  Physics,  Political Science,  Psychology,  Sociology,  Agriculture,  Mass Media/ Mass Communication,  Anthropology,  Fine Arts/ Visual Arts (Sculpture/ Painting)/Commercial Arts,  Performing Arts – (i) Dance (Kathak/ Bharatnatyam/ Oddisi/ Kathakali/Kuchipudi/ Manipuri (ii) Drama- Theatre (iii) Music General (Hindustani/ Carnatic/ Rabindra Sangeet/ Percussion/ Non-Percussion),  Sanskrit [For all Shastri (Shastri 3 years/ 4 years Honours), and Tourism

Section 3- General test

Genetic Engineering Admission Process 2025

The Genetic Engineering admission process is based on entrance exam scores. Students may go through the general outline to be followed for securing admission to the popular Genetic Engineering courses after 12th through various entrance exams:

Step 1: Check the eligibility criteria for Genetic Engineering courses

Applicants must check the basic eligibility criteria prescribed for courses in Genetic Engineering at various levels such as undergraduate, postgraduate, and doctorate levels and make sure they meet the same.

Step 2: Appear for relevant entrance exams

Students must appear for national/state/university level entrance exams conducted every year for admission to Genetic Engineering courses. They must visit the official websites of the colleges they wish to get admission to and check the entrance exam scores accepted by those colleges and then prepare accordingly.

Step 3: Submit application forms to various Genetic Engineering colleges in India

Submit applications to popular academic institutions offering Genetic Engineering courses along with the necessary documents before the deadline to ensure a hassle-free admission process.

Step 4: Participate in counselling based on entrance exam marks

Further, students must participate in the counselling that takes place after the declaration of entrance exam results to grab a seat at a reputed Genetic Engineering college based on their rank and merit.

Step 5: Secure admission and start attending Genetic Engineering classes

Complete the admission process by paying the required Genetic Engineering course fees and getting important documents verified. Start attending Genetic Engineering classes as per the respective college academic calendar.

Note: The Genetic Engineering admission procedure can vary depending on the college and the course level.

Useful Links for Genetic Engg. Admission 2025:

NTA JEE Mains 2025 Syllabus PDF (Available): Download JEE Syllabus for Physics, Chemistry & Mathematics

JEE Main Marks vs Percentile vs Rank 2024: Calculate Percentile and Rank Using Marks

JEE Main 2025 Chapter wise Weightage: Physics, Chemistry & Mathematics

Q:   How much time is required to prepare for JEE Mains?

A:

The time required to prepare for JEE Mains depends on several factors, such as your current knowledge level, the amount of time you can dedicate to studying, and your desired level of excellence. However, here are some general guidelines:

  1. Ideally, you should start preparing for JEE Mains at least 6-8 months before the exam date. This will give you ample time to cover the entire syllabus, practice mock tests, and analyse your performance.
  2. If you have already started preparing, it's essential to make a time table and stick to it. Allocate at least 6-8 hours daily for studying, and ensure that you take regular breaks to avoid burnout.
  3. It's important to note that the amount of time required to prepare for JEE Mains can vary depending on your current knowledge level. If you have a strong foundation in the subjects, you may require less time, whereas if you need to build your fundamentals, you may need more time.
  4. Additionally, it's important to remember that studying smartly is more crucial than studying for a long time. Focus on understanding the concepts, practicing challenging problems, and analyzing your performance regularly.

In conclusion, the amount of time required to prepare for JEE Mains can vary depending on several factors. However, ideally, you should start preparing at least 6-8 months before the exam date, and make a study plan that suits your needs and schedule. Remember to study smartly, practice regularly, and analyze your performance to achieve your desired score.

Q:   Where can I get JEE Main 2025 syllabus PDF?

A:

National Testing Agency NTA has released the syllabus of JEE Main 2025 on the official website. Students can download the current JEE Main syllabus PDF from Shiksha page or from the JEE Main official page to start their preparation. It is advised that students prepare for the exam strictly as per the syllabus and do not leave any topic to prepare for the exam. NTA revised the syllabus of JEE Main last year and few chapters were removed that  from Physics Chemistry and Mathematics.

Q:   How can I download JEE Main 2025 admit card?

A:

NTA will release JEE Mains 2025 session 1 admit card 3 days before the exam. JEE Main admit card 2025 session 1 will be available online for download. Candidates need to visit the official website jeemain.nta.nic.in and login using their application number and date of birth. After login, candidates will see the JEE Main 2025 admit card download link. The print copy of JEE Mains admit card 2025 has to be taken to exam centre.

Q:   When should I start solving JEE Main mock test papers?

A:
JEE Main mock test should be taken after the basic preparation is over and the entire syllabus has been covered. Taking mock tests after JEE Main preparation will help students gauge their preparation level and also guide them on which sections or topics need extra emphasis. There is another pattern of taking mock tests, after completing each subject or chapter. This would help students understand their hold on each subject or section. Generally, students start taking full-fledged JEE Main mock tests or JEE Main prep questions around three to four months before the exam, once the complete preparation is over.

Q:   How to prepare for UGC NET?

A:

Preparing for the UGC NET exam requires a well-planned and structured study approach. Here are some tips that can help you prepare for the UGC NET exam:

a) Understand the syllabus: The first step in preparing for the UGC NET exam is to understand the syllabus and exam pattern. Go through the syllabus thoroughly and make a study plan accordingly.

B) Follow a structured study plan: Make a study plan that covers all the topics and subtopics in the syllabus. Allocate sufficient time for each topic and subtopic, and ensure that you cover all the important concepts.

C) Use standard study materials: Use standard study materials and books recommended by experts and previous-year toppers. This will help you get a better understanding of the concepts and topics covered in the exam.

D) Solve previous year's papers: Solving previous year's question papers and mock tests will help you understand the exam pattern and the types of questions asked in the exam. It will also help you identify your strengths and weaknesses and work on them accordingly.

E) Practice time management: Time management is crucial in the UGC NET exam, as you have to complete both papers in a limited time. Practice time management by solving mock tests and previous year's papers within the given time frame.

F) Stay updated with Current Affairs: Stay updated with Current Affairs and developments in your field of study, as questions related to Current Affairs and recent developments are often asked in the exam.

G) Take breaks and stay healthy: Taking regular breaks and staying healthy is important for effective preparation. Ensure that you take regular breaks, get enough sleep, and maintain a healthy diet. In summary, preparing for the UGC NET exam requires a well-planned and structured study approach. By following these tips, you can prepare effectively for the exam and increase your chances of qualifying.

Top Genetic Engineering Entrance Exams 2025

Most Engineering educational institutes shortlist candidates for admission to Genetic Engineering courses after 12th based on various entrance exams. These entrance exams are either conducted at the national level like JEE or held in-house by various Engineering institutes in the country.

Some of the popular entrance examinations aspirants should consider appearing for admission to UG and PG level Genetic Engineering courses are:

Exam

Exam Dates

Exam Schedule

JEE Main 2025

JEE Main 2025 Exam Date Session 1: 22 Jan'25 - 31 Jan'25

JEE Main 2025 Exam Date Session 2: 01 Apr'25 - 08 Apr'25

JEE Main Schedule

CUET 2025

May'25 (Tentative)

CUET Schedule

TNEA Counselling 2025

June-July 2025 (Tentative)

TNEA Counselling Schedule

LPU NEST 2025

Test Centre-based Exam: 20 Jan'25 - 05 Feb'25

Remotely Proctored Exam: 10 Jan'25 - 05 Feb'25

LPU NEST Schedule

SRMJEEE 2025

SRMJEEE 2025 Phase 1: 22 Apr'25 - 27 Apr'25

SRMJEEE 2025 Phase 2: 12 Jun'25 - 17 Jun'25

SRMJEEE 2025 Phase 3: 04 Jul'25 - 05 Jul'25

SRMJEEE Schedule

UGC NET 2025

03 Jan'25 - 16 Jan'25

UGC NET Schedule

GATE 2025

01 Feb '25 - 02 Feb '25

15 Feb '25 - 16 Feb '25

GATE Schedule

Note- This information is sourced from the official website of the institute/exam.

Relevant Links for Genetic Engg. Entrance Exams:

JEE Main 2025 Important Chapters & Topics for Physics, Mathematics, Chemistry

CUET General Test Syllabus 2025: Important Topics, Pattern and Books to Prepare

How many domain subjects are compulsory in CUET UG 2025?

22 Jan ' 25 - 24 Jan ' 25

JEE Main 2025 Exam Date Session 1 - Paper 1

28 Jan ' 25 - 29 Jan ' 25

JEE Main 2025 Exam Date Session 1 - Paper 1

7 Jan ' 25

GATE 2025 Admit Card

1 Feb ' 25

GATE 2025 Exam (CS1 | AG | MA | CS2 | NM | MT | T...

30 Dec ' 24 - 15 Feb ' 25

MHT CET 2025 Application Form

16 Feb ' 25 - 22 Feb ' 25

MHT CET 2025 Application Form with late fee

Q:   What are the top entrance exams for Genetic Engineering?

A:

Most of the engineering educational institutes shortlist candidates for admission into the BTech in Genetic Engineering course based on engineering entrance exams. Some of the top Genetic Engineering entrance exams are:

Q:   What is JEE Main 2025 exam date?

A:

NTA has announced the JEE Main 2025 exam date session 1. The session 1 exam will be conducted on January 22, 23, 24 28 and 29, 2025 for Paper 1. For Paper 2, the exam date is January 30, 2025. JEE Main 2025 session 2 will be held from April 1 to 8, 2025. NTA has ended JEE Main 2025 session 1 registration. JEE Main Application form 2025 session 1 was available on the website jeemain.nta.nic.in. 

Q:   Is CUET exam date announced?

A:

National Testing Agency (NTA) will announce the CUET 2025 exam date anytime soon at nta.ac.in. It is expected that CUET UG 2025 exam will be held in May/June. The exam will be conducted in multiple slots each day. The number of CUET exam slots will depend upon the number of candidates registered for the exam.

CUET 2025 registrations will commence at cuetug.ntaonline.in. Candidates willing to appear for the CUET for admission to UG courses of Central, State, Private or Deemed universities must fill the online application form to appear for the CUET 2025 exam. Only registered candidates will be able to appear for the exam as per the schedule. 

Q:   What is the new exam pattern for CUET PG 2025?

A:

The CUET PG 2025 exam pattern has been amended for the academic session 2025-2026. The exam duration has been reduced to 90 minutes from 105 minutes for all question papers. 

CUET PG exam pattern depicts the exam format in which candidates will get to know about the types of questions asked in the CUET PG 2025 examination. Also candidates will get to know about the CUET PG negative marking scheme, time duration provided by the exam officials to attend the CUET PG exam.

CUET PG 2025 exam pattern consist of the following parts:

  • Type of Questions- Multiple Choice Questions.
  • Exam Duration- 90 Minutes
  • Total Marks- 300 marks
  • Marking Scheme

Q:   What are the benefits of qualifying CSIR NET?

A:

There are many benefits of qualifying for CSIR NET, some of which are mentioned below; 

1- You can get a CSIR NET JRF fellowship/Ph.D. Fellowship of INR 31,000 per month for 2 years as JRF followed by an INR 35,000 per month fellowship for 3 additional years. 

2- Get opportunities to work in top Research Laboratories in positions like Junior Research Fellowship, Senior Research Fellowship, Project Associate, Research Associate, Project Fellow, and Senior Project Fellow are positions which you can apply for.

3-Numerous Public sectors companies like Indian Oil, Hindustan Petroleum, and ONGC, hire CSIR NET and GATE qualified every year for various posts with an average salary from INR 40,000 to INR 80,000 per month.

 4- You can get an opportunities to join a top university as an Assistant Professor or guest lecturer.

5- CSIR NET qualification increases your CV Weightage/Helps in getting higher preferences in getting jobs. 

Q:   What is the syllabus of CSIR NET?

A:
The CSIR NET (Council of Scientific and Industrial Research National Eligibility Test) is conducted for determining the eligibility of candidates for the award of Junior Research Fellowship (JRF) and for determining eligibility for Lectureship (LS) in Indian universities and colleges. The syllabus for CSIR NET generally includes the following subjects: Physical Sciences: Mathematical Methods of Physics Classical Mechanics, Electromagnetic Theory, Quantum Mechanics, Thermodynamics and Statistical Physics Electronics and Experimental Methods. Chemical Sciences: Inorganic Chemistry Physical Chemistry Organic Chemistry Interdisciplinary topics such as Medicinal Chemistry Environmental Chemistry and Polymer Science and Technology. Life Sciences: Molecules and their Interaction Relevant to Biology Cellular organisation, Fundamental Processes, Cell Communication and Cell Signaling, Developmental Biology System Physiology Plant, System Physiology Animal, Inheritance Biology Diversity of Life Forms, Ecological Principles, Evolution and Behavior, Applied Biology and Methods in Biology. Mathematical Sciences: Analysis, Linear Algebra Complex Analysis, Algebra Topology, Ordinary Differential Equations (ODEs), Partial Differential Equations (PDEs), Numerical Analysis, Calculus of Variations, Linear Integral Equations, Classical Mechanics, Descriptive Statistics Probability and Graph Theory. Earth Sciences: Physical Geology, Structural Geology, Mineralogy, Petrology, Stratigraphy, Palaeontology, Marine Geology, Geomorphology, and Remote Sensing.

Q:   Where do I apply for TNEA counselling?

A:

You have to apply on the official TNEA website. Engineering colleges in the state of Tamil Nadu offer admission based on the results of the Tamil Nadu Engineering Admissions TNEA exam.

  1. The Tamil Nadu Directorate of Technical Education is in charge of conducting this exam. Following the exam, seats are assigned in engineering colleges through the TNEA counselling process.
  2. After the results are released, you must register on the official TNEA website in order to take part in TNEA counselling.
  3. On the TNEA website, you have to fill out the application form, pay the counselling fees, and list your choices. 4. After the application process is finished, the TNEA will publish a list of seats allocated according to ranks.

Q:   What is the TNEA Admission Process?

A:

Hi,

The Tamil Nadu Engineering Admissions TNEA is the process through which students are admitted to undergraduate engineering courses offered by various colleges in Tamil Nadu. The TNEA admission process is managed by the Anna University, Chennai, and the Directorate of Technical Education (DoTE), Tamil Nadu. Here is an overview of the TNEA admission process: Eligibility: To be eligible for admission, a candidate must have passed 10+2 or equivalent examination with Physics Chemistry and Mathematics as compulsory subjects.

Application: The TNEA application form is available online on the official website. Candidates must fill the application form with all the necessary details and submit it along with the required documents and application fee.

Rank List: Based on the information provided in the application form, the university prepares a rank list of eligible candidates. The rank list is based on the candidate's 10+2 aggregate marks.

Counselling: Candidates who are shortlisted based on their rank are invited for counseling. During the counseling process, candidates have to choose the college and the course of their choice.

Seat Allotment: Seats are allotted based on the candidate's rank, choice of college, and availability of seats.

Admission: Once the seat is allotted, candidates have to report to the college with the necessary documents and pay the admission fee to confirm their admission. It is important to note that the TNEA admission process may vary depending on the guidelines issued by the authorities. Candidates are advised to visit the official website for the latest updates and notifications related to the TNEA admission process.

Hope this answered your question. Have a good day!

Genetic Engineering Syllabus

A semester-wise breakup of the BTech Genetic Engineering/ BTech in Biotechnology (Genetic Engineering) course includes various core and elective subjects related to the field. Candidates are given exposure to the nuances of Science and Engineering and they learn about the various concepts of Genetic Engineering:

Genetic Engineering Subjects- Semester 1

Mathematics and Physics

Bio-press Principles

Genetic Engineering Subjects- Semester 2

Biochemistry

Material Science

Genetic Engineering Subjects- Semester 3

Enzyme Technology

Genetics & Cytogenetics

Genetic Engineering Subjects- Semester 4

Molecular Biology

Stoichiometry and Engineering Thermodynamics

Genetic Engineering Subjects- Semester 5

Advanced Molecular Techniques

Functional Genomics and Microarray Technology

Genetic Engineering Subjects- Semester 6

Bioinformatics

Recombinant DNA Technology

Genetic Engineering Subjects- Semester 7

Bio-separation Technology

Animal Cell Culture and Transgenic Technology

Genetic Engineering Subjects- Semester 8

Project Work

Bio-Safety & Bio-ethics

Note- This information is sourced from multiple sources on the web. Hence, is subject to vary.

Relevant Link for Genetic Engg.

Genetic Engineering Syllabus

Q:   What subjects should I take up in class 11 for Genetic Engineering?

A:

Hi,

For a good foundation in genetic engineering, you can consider below mentioned subjects in class 11:

Mandatory:

  • Biology: This is the building brick for genetics, entailing essential concepts like DNA structure, gene expression, and inheritance.
  • Chemistry: Basically you need a strong understanding of chemical reactions and molecules, especially those involved in biological processes.
  • Mathematics: Statistics and calculus are used in analyzing genetic data and modeling biological systems.

Highly recommended:

  • Physics: While it is not directly related to genetics, but it provides a valued foundation for understanding the physical principles that are related to biological processes.
  • Computer Science or Informatics: Basic programming skills are highly important in genetic engineering, especially for bioinformatics and data analysis.

Hope it resolved your query !

Best Genetic Engineering Colleges in India

Genetic Engineering as a course is studied at the graduate, postgraduate and doctoral levels. Genetic Engineering is rather a new field of science but with the recent advancement in Biotechnology and the interest of scientists in this particular field, course in Genetic Engineering is present in almost every major science university. The BSc in Genetics or BTech in Genetic Engineering course deals with multiple types of problems related to the medical field like the human genome and agriculture. Several institutes also offer Genetic Engineering as an elective course of study in BTech Biotechnology programs.

Best Government Genetic Engineering Colleges

Currently, there is only one college as mentioned in the table below which provides a Genetic Engineering course. Government colleges are equipped with state-of-the-art laboratories, renowned faculty, and a commitment to fostering innovation in genetic research.

College

Tuition Fees

DAVV - Devi Ahilya Vishwavidyalaya

INR 28,000

Note- This information is sourced from the official website/ counselling body and may vary.

Best Private Genetic Engineering Colleges

Below are some of the reputed Private institutes in India that are providing Genetic Engineering courses, along with their tuition fees as mentioned in the table:

College Tuition Fees in INR
SRM University INR 6.4 lakh - 10 lakh
LPU INR 3 lakh
Shoolini University INR 4.2 lakh
Sharda University INR 2.17 lakh - 8.37 lakh
Bennett University INR 14.9 lakh
Bharath Institute of Higher Education and Research INR 6 lakh - 10 lakh
IIMT  INR 81,700

Note: The fee range given above is for all level Engineering courses such as UG, PG, PhD and Diploma.

Best Institutes for Research in Genetic Engineering

India has some of the very prestigious institutes engaged in research in the field of Genetics. Candidates can pursue research in these institutes in Genetic Engineering and its various sub-fields. 

  • International Centre for Genetic Engineering and Biotechnology (ICGEB), New Delhi,
  • The Institute of Genomic and Integrative Biology (IGIB), Delhi.
  • Jawaharlal Nehru Centre for Advanced Scientific Research (JNCASR), Bangalore,
  • National Institute of Immunology (NII), Delhi,
  • Rajiv Gandhi Centre for Biotechnology (RGCB), Thiruvananthapuram.
  • Tata Institute of Fundamental Research (TIFR), Mumbai
  • Indian Institute of Science (IISc), Bangalore,
  • IIT Biotechnology departments.
  • Bcs-Insilico Biology, Lucknow

Useful Link for Genetic Engineering Colleges:

Genetic Engineering Colleges in India

6.4 L - 10 L
6 - 6.1 LPA

Top 25 in Tamil Nadu

3 L

Genetic Engineering Applications open. Apply Now

4.2 L
2.17 L - 8.37 L
3.35 - 3.84 LPA
14.9 L
3.5
3 L

Genetic Engineering Applications open. Apply Now

Q:   Which are the top colleges offering courses in Genetic Engineering?

A:

Some of the top colleges offering courses in Genetic Engineering are as follows:

Q:   Which NIT is better than IIT?

A:
Old NITs are better than new IIT 's and moreover, it depends on the branch which you choose. All the best.

Popular Private Genetic Engineering Colleges in India

3 L

Genetic Engineering Applications open. Apply Now

81.7 K
Min. 1 Year of Work Experience Required to Apply | Distance & Online Engineering Programs
3 L

Genetic Engineering Applications open. Apply Now

6.4 L - 10 L
6 - 6.1 LPA

Top 25 in Tamil Nadu

4.2 L
2.17 L - 8.37 L
3.35 - 3.84 LPA

Genetic Engineering Career Scope, Job Profiles, Top Recruiters & Salary

India has become a global hub of research in genetic engineering owing to its vast prospect 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 3-5 lakh per annum while the salary of scientists generally lies in the range of INR 9 to 15 lakh per annum.  

Some of the primary responsibilities of a Genetic Engineer includes examining and uderstanding the complex genetic structure of organisms for research and innovation purposes, modification of plant and animal genes for better function, assisting in the preparation of antibiotics against disease-causing organisms, and handling other stuff with the sole focus towards development and discovery across fields such as agriculture, manufacturing, and healthcare.

Aspirants who wish to join the engineering industry as genetic engineers can apply for the following job profiles available:

Genetic Engineering Jobs Job Description
Genetic Engineering Salary
Genetic Engineer Responsible for conducting research and experiments to manipulate and modify genes in organisms. May specialize in areas like agriculture, medicine, forensics, etc.
INR 2 - 7 LPA 
Research Associate Assists senior researchers in conducting genetic engineering experiments, analyzing data, and writing reports.
INR 3 - 5 LPA
Molecular Biologist Studies the structure and function of molecules involved in genetic processes. May develop new techniques for gene manipulation.
INR 5 - 8 LPA
Bioinformatics Specialist Uses computational tools to analyze and interpret genetic data. Develops software and databases for genomic research.
INR 6 - 10 LPA
Agricultural Geneticist Applies genetic engineering techniques to improve crops and livestock. Develops disease-resistant and high-yielding varieties.
INR 4 - 8 LPA
Biotechnologist Uses biological processes to develop new products and technologies. May work in areas like pharmaceuticals, biofuels, and environmental remediation.
INR 5 - 9 LPA
Medical Geneticist Studies the role of genes in human health and disease. Diagnoses and counsels patients with genetic disorders.
INR 8 - 12 LPA
Lab Manager Supervises laboratory operations and oversees the work of lab technicians. Ensures compliance with safety regulations.
INR 6 - 10 LPA
Quality Control Specialist Ensures the quality and safety of genetically modified products. Develops and implements quality control procedures.
INR 4 - 7 LPA
Science Writer/Communicator Explains complex scientific concepts related to genetic engineering to the public and policymakers.
INR 4 - 6 LPA

Note- The above salary has been taken from external sources, and hence may vary.

Genetic Engineering Top 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

Relevant Link for Genetic Engineering Career:

Genetic Engg. Careers

Q:   Which has a better scope and career, Genetic Engineering or Biotechnology?

A:

Ultimately, the "better" choice depends on your individual interests and career goals. Refer to the table below for more the comparison analysis:

FeatureGenetic EngineeringBiotechnology
FocusDirect manipulation of genes
Broader field using biological systems and processes
ApplicationsMedicine, agriculture, forensics, biofuels
Healthcare, pharmaceuticals, environment, food production, industrial processes
SpecializationMore specific areas within (e.g., plant genetics, medical genetics)
Broader range of specializations depending on focus
Job opportunitiesGrowing, but may be fewer compared to broader biotechnology
High and diverse, across various industries
Salary potentialCompetitive, may vary depending on specialization
Competitive, potentially higher in some specialised areas of biotechnology

In short:

  • Genetic engineering: Offers a specialised career path with high earning potential but may have fewer job openings. Ideal for those passionate about manipulating genes and its direct impact.
  • Biotechnology: Provides a broader range of career options and potentially more job opportunities. Suitable for those interested in applying biological principles across various fields.

Q:   What is the salary of a Genetic Engineer?

A:

Hi,

The salary of a Genetic Engineer in India varies greatly depending on several factors, including:

  • Experience:
    • Freshers: INR 2 - 5 LPA
    • 1-3 years: INR 3 - 7 LPA
    • 5+ years: INR 6 - 12 LPA+
  • Education: Masters or PhD holders typically earn more.
  • Specialization: Some areas like medical genetics may offer higher salaries.
  • Location: Salaries are generally higher in major cities like Mumbai, Bangalore, and Delhi.
  • Employer: Multinational companies and research institutions may pay more than smaller firms.

Overall, the average annual salary for Genetic Engineers in India is around INR 4 - 7 LPA.

Hope it clears your doubt !

Genetic Engineering Course FAQs

Some of the frequently asked questions for Genetic Engineering are:

Q:   What are the skills required to pursue Genetic Engineering?

A:

The skills required to pursue Genetic Engineering courses are as follows:

Skillset for Genetic Engineers or Geneticists
Strong understanding of scientific methods and rulesComplex problem-solving and critical thinking
Ability to use computer-aided design (CAD)Graphics or photo imaging
PERL & PythonWord processing software programs
Deductive and inductive reasoningOral comprehension skills
Binocular light compound microscopesAbility to use lasers spectrometers
Excellent mathematical, Light scattering equipment, Benchtop centrifuges or similar laboratory equipment
Reading and WritingInterpersonal Skills

Q:   What should I after class 12th PCB to become a genetic engineer?

A:

Hi, Most institutes in India do not offer genetic engineering as a specialization at the undergraduate level, but at the PG level, it requires applicants to complete BE or B.Tech. It requires applicant to complete class 12th with physics, chemistry, mathematics and biology. Alternatively, you can now enroll into a B.Sc program in Biology and/ or related programs like microbiology, biochemistry, biotechnology, etc.

Q:   Is CUET exam registration open?

A:

Common University Entrance Test (CUET) 2025 registration will commence in the first week of February 2025. NTA will release the CUET 2025 notification. Soon after the release of the notification, the CUET registration 2025 process will commence online at cuetug-ac.ntaonline.in. Candidates willing to appear for the CUET 2025 exam must ensure that they fill out the application form online. CUET 2025 registration will end in the first week of April 2025. Further to the last date, candidates will not be able to fill out the CUET application form. No request for extension of CUET registration until the last date will be entertained.

Before filling out the application form, candidates must ensure they fulfil the prescribed CUET eligibility criteria to qualify for the entrance exam. 

Q:   What are the new changes introduced in General Paper of CUET PG 2025 exam?

A:

NTA, National Testing Agency has released a public notice mentioning the recommendations received by the expert committee for the CUET PG 2025 examination. The exam officials have proposed the change in the exam duration, pattern, and many more.

The General Paper will be redesigned by the exam experts to cater to skill-based and certain professions based on UG knowledge acquired by the candidates so that the CUET PG 2025 participating universities can use it for programmes in those areas.

Q:   What is the syllabus for GATE exam?

A:

GATE Syllabus have 3 major sections namely General Aptitude, Engineering Mathematics, and Chosen subject.

GATE General aptitude syllabus is based on intermediate level general understanding to test aptitude of candidates. However, Engineering mathematics and chosen subject's syllabus will be of graduation level. A candidates must expect good undergraduate level question from the syllabus in the GATE exam.

The distribution of questions in all papers except AR, CY, EY, GG, MA, PH, XH, and XL, the marking distribution is as follows - General Aptitude (15), Engineering Mathematics (13 marks), and Subject-specific (72).

The distribution of questions in AR, CY, EY, GG, MA, PH, XH, and XL is as follows - General Aptitude (15) and Subject-specific (85). 

Q:   How many times in a year is the GATE exam conducted?

A:

GATE exam is conducted only once a year to offer admissions to master's and PhD programs at top institutions, such as IITs and NITs. Qualifying GATE exam also paves the way for technical jobs in in PSUs. This year, IIT Roorkee is conducting the GATE 2025 exam on Feb 1, 2, 15, and 16, 2025 in two sessions - morning and afternoon. 

Q:   How to download GATE 2025 syllabus?

A:

Candidates can follow the below steps to download GATE 2025 syllabus.

  • Visit official GATE 2025 website: gate2025.iitr.ac.in
  • click on the " GATE PAPERS & SYLLABUS" section
  • Click on the paper link to download syllabus of subject
  • A PDF will appear, doenload and save the pdf.

Popular Genetic Engineering UG Courses

Following are the most popular Genetic Engineering UG Courses . You can explore the top Colleges offering these UG Courses by clicking the links below.

UG Courses

Popular Genetic Engineering PG Courses

Following are the most popular Genetic Engineering PG Courses . You can explore the top Colleges offering these PG Courses by clicking the links below.

PG Courses

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Student Forum

chatAnything you would want to ask experts?
Write here...

Answered a week ago

Studying Genetic Engineering without paying fees is unlikely, as most institutions charge for this course. However, there are some options to reduce or eliminate fees:

  1. Government Scholarships: Some scholarships from the government or private organizations may cover tuition fees for meritorious studen

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Rupesh Katariya

Contributor-Level 10

Answered 2 months ago

Yes, you can continue with genetic engineering in India without much focus on mathematics after completing your 12th grade, especially when you have a Science background (Biology). Generally, most undergraduate programs of genetic engineering are more biological, biochemical, and molecular biology o

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Rupesh Katariya

Contributor-Level 10

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