Genetic Engineering

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Jan 25, 2024 15:34PM IST

Genetic Engineering Overview

Genetic Engineering is a branch of a contemporary process that uses laboratory-based technologies to alter the DNA makeup of an organism. It is an assortment of various technologies and scientific notions utilizing which scientists can modify the genomic data like the DNA of a naturally occurring cell to make it commercially beneficial. Candidates will be able to pursue genetic engineering after the completion of class 10. Candidates can pursue Genetic Engineering at diploma, graduation, and postgraduate levels. Genetic Engineering is a relatively new and less explored field of science that blends Biotechnology with Genetics. But with its expanding progress in science and technology, the Genetic Engineering course has made a place for itself in every significant science university.

Admission into Genetic Engineering is done based on the entrance exams and the merit of the candidates. Candidates willing to pursue Genetic Engineering must secure at least 50% marks in their last qualifying exam with PCMB subjects. Candidates have to appear for entrance exams such as JEE Main, JEE Advanced, BITSAT, MHT CET, etc exams to get admitted into Genetic Engineering courses. Genetic Engineering can be pursued online, offline, and distance learning. Some top institutions offering Genetic Engineering courses include SRM University, Chennai, Indian Institute of Science, Bangalore, Bharath University, Chennai, Aryabhatta Knowledge University, etc.

Quick Facts About Genetic Engineering

  • The term genetic engineering refers to the process of changing the genetic makeup of an organism. 
  • This process involves manipulating the DNA of living things to create new traits or characteristics. 
  • Genetic engineering includes many biomedical techniques, such as artificial insemination, in vitro fertilization, cloning, and gene manipulation. 
  • The idea of genetic engineering was first introduced in a science fiction novel called Dragon's Island, published in 1951. It wasn't until later that American biochemist Paul Berg created the first recombinant DNA molecules, which helped advance this field of study.
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Genetic Engineering Course Highlights

Refer to the Genetic Engineering course highlights to learn what to expect while studying this course:

Course NameGenetic Engineering
Course LevelDiploma, Undergraduate, Postgraduate
Average Duration2-5 years


  • Candidates must have passed class 10 or its equivalent examination with a minimum of 50% marks in aggregate each in Science and Mathematics as compulsory subjects
  • English should be one of the compulsory subjects of the candidate in the last qualifying level


  • Candidates must have passed class 10 or class 12 or equivalent examination from any recognised central or state board with Physics, Chemistry, and Mathematics as compulsory subjects
  • Candidates must have secured at least 50% marks in aggregate

Post Graduation

  • Candidates should have passed a BTech or B.E degree in genetic engineering with a minimum passing percentage in the accreditation of all subjects studied in the undergraduate program
  • Candidates must have secured at least 60% marks in aggregate in the last qualifying exam
Examination TypeSemester System
Admission ProcessCounselling after taking the entrance examination
Average Course FeeINR 2-10 LPA
Major Entrance Exams
  • JEE Main
  • JEE Advance
Top Colleges
  • SRM University, Chennai
  • Indian Institute of Science, Bangalore
  • Bharath University, Chennai
  • Aryabhatta Knowledge University, Patna 
Top Recruiters
  • The National Institute of Immunology
  • Aurobindo Pharma
  • Fresenius Medical Care
  • Biochemical Engineering Research and Process Development Centre
  • Sun Pharmaceutical Industries Ltd
  • Aspen Pharma
  • Lupin
  • Amneal Pharmaceuticals Inc
  • The Institute of Genomic and Integrative Biology
Average Starting SalaryINR 3-8 LPA
Genetic Engineering Course Highlights
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Why Choose a Genetic Engineering Degree?

Genetic engineering is one of the most widely chased courses in India, with multiple career options in private as well as government sectors at different entry levels. Candidates with an undergraduate or postgraduate degree can easily find work as a research assistant or as a lab manager, whereas Ph.D. scholars can join the university as lecturers while continuing their postdoctoral training side by side.

To become a Genetic Engineer or Scientist, candidates are required to have a doctoral degree in biological sciences. On the fulfillment of the programme, candidates can get employment in the R & D departments of diverse Government Institutions. Major sectors like medicine, pharmaceuticals, education, and even the military offer recruitment to qualified candidates.

India being an epicenter of generic medicines provides abundant job possibilities in the medical, pharmaceutical industries, genetic engineering firms, and chemical industries with salaries varying between 8-12 LPA approx. If a candidate chooses to work in research labs of various esteemed universities, there are possible chances of them getting complete aid for their research by the state.Why Choose a Genetic Engineering Degree?

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What is an Online Genetic Engineering Degree?

If you're interested in studying online genetic engineering, you should know that this field falls under the broader category of biotechnology or biological sciences. When you study genetic engineering online, you'll learn about a range of topics related to genetics, molecular biology, biotechnology, and genetic engineering techniques. You'll study subjects like gene editing, bioinformatics, and ethical considerations in genetic research. When you study genetic engineering online, you can do it from anywhere with an internet connection. You'll watch online lectures, participate in virtual classrooms, and use interactive learning materials. 

Here are some important things you should know about studying genetic engineering online:

  • Types of Degrees - You can study genetic engineering online at different levels, including bachelor's, master's, and doctoral degrees. Which degree you choose will depend on your educational background and career goals.
  • Hands-On Learning - While you can learn the theoretical aspects of genetic engineering online, some programs may require you to attend on-campus sessions or complete laboratory work at affiliated institutions to gain hands-on experience in genetic engineering techniques.
  • Research Opportunities - If you're studying genetic engineering at the graduate level (master's or doctoral), you may have the chance to work on projects or collaborate with faculty on ongoing research initiatives. You'll need to coordinate with faculty mentors for research opportunities.
  • Admission Requirements - To study genetic engineering online, you'll need to have a background in biology, genetics, or a related field. Bachelor's programs may require a high school diploma or equivalent, while master's and doctoral programs usually require a relevant bachelor's or master's degree, respectively.
  • Career Opportunities - When you graduate with a genetic engineering degree, you can pursue roles in research and development, biotechnology companies, pharmaceuticals, healthcare, and academia. You could become a genetic engineer, research scientist, bioinformatician, or biotechnologist.
  • Accreditation - It's important to choose an accredited institution when studying genetic engineering online. Accreditation ensures that the education you receive is of high quality and recognized by employers.

Here are some of the popular online Genetics Engineering Courses.

CourseOffered ByDuration
Food as Medicine Food and our Genome at Monash UniversityFutureLearn2 Weeks
Understanding Plants Part II Fundamentals of Plant Biology at Tel Aviv University, Tel AvivCoursera4 Weeks
Molecular Biology: Regulation of Gene Expression and OperonUdemy-
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What is the Difference Between Genetic Engineering and Biotechnology Engineering?

Candidates often get confused between Genetic and Biotechnology Engineering courses. Both these courses share many similarities and are closer to each other. Also, based on fact genetics is a part of biotechnology. Given below is a comprehensive concept and a visible difference between Genetic Engineering and Biotechnology Engineering courses:

Genetic EngineeringBiotechnology Engineering
It is a biotechnological application in which the DNA or genes of organisms are manipulated as per the requirement. It is one of the very highly productive applications of biology where organisms are modified to gain financial benefits.

Genetic Engineering has been utilised particularly to aid the needs of humans.

Genetics study an identified gene of other organisms that is accountable for a certain function that is sequestered, which is introduced into another organism, letting the gene express and profit from it.

Biotechnology uses a biological system, product, derivative, or organism, in a technological characteristic to satisfy financially.  

The main streams that biotechnology traces are cell and tissue culture, genetic engineering, microbiology, embryology, molecular biology, etc.

Genetics study to yield the desired outcome the genome of an organism is modified.Biotechnology is the usefulness of a biological system, product, derivative, or organism in a technological aspect to benefit financially.
Genetic engineering is an application of biotechnology.Biotechnology has a very long history than genetics.
When compared with the organisms used in biotechnology, genetically modified organisms have a very slight chance to survive in nature.In biotechnology, organisms are not always modified to be different, but their natural processes are improved to get the optimum product. The organisms that are used in biotechnology may not be in grave danger under natural conditions.

Production of food and medicine has been the main practice performed through genetic engineering.

The use of this engineering has been starting to benefit crops so that there may be an increase in immunity against insects or herbicides.

Biotechnology has provided more products than genetics has so far.

Alcoholic Beverages, Chocolates, the cultivation of food plants, producing high-yielding crops, antibiotics, enzymes, etc are all the outcomes of Biotechnology. 

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Types of Genetic Engineering Programs

Genetic Engineering courses can be pursued at Diploma, Bachelor’s, Masters and Doctorate levels. Candidates will be able to pursue a Genetic Engineering course through a Diploma in Genetic Engineering course, Bachelor of Technology (BTech), Bachelor of Engineering (BE) or Bachelor of Science (BSc) in Genetic Engineering, Master of Technology (MTech), Master of Science (MSc) or Master in Engineering (ME) in Genetic Engineering and PhD in Genetic Engineering. Aspirants can choose from diploma, undergraduate, postgraduate, and doctorate courses in Genetic Engineering. The names and durations of common courses are given below:

Course TypeCourse NameCourse Duration
Diploma CourseDiploma or Certificate3 years
Bachelor's DegreeBachelor of Technology (BTech), Bachelor of Engineering (BE), Bachelor of Science (BSc)4 years
Master's DegreeMaster of Technology (MTech), Master in Engineering (ME), Master of Science (MSc)2 years
Doctoral DegreeMPhil and PhD2-5.5 years
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Genetic Engineering Eligibility Criteria

Explained below are the eligibility criteria for joining the Genetic Engineering courses on different levels:

Diploma Eligibility

  • Candidates are required to have a class 10 school passing certificate from a recognised board of education for admission to a diploma course.
  • For applicants with a 10+2 passing certificate, it is mandatory to have a Physics, Chemistry, and Mathematics (PCM) with a score of at least 40% aggregate.

Bachelor Eligibility

  • Candidates should pass their class 12 with Physics, Chemistry, Biology/Mathematics as core subjects with a minimum of 60% aggregate from a recognised board of education.
  • Applicants are required to clear the national-level entrance exams or entrances offered by the specific institute to secure a place in the respective college. 

Master Eligibility

  • Aspirants must have an undergraduate degree in Biochemistry or Biotechnology or Biomedical Sciences or Genetics.
  • Candidates with a minimum CPI of 6.5 or 60% aggregate or first-class in the qualifying degree are eligible. 
  • The minimum qualifying marks in GATE or other similar national-level entrance exams are required for admission to bachelor's courses.

Doctoral Eligibility

  • To pursue a doctorate in Genetic Engineering, it is compulsory to have a postgraduate degree in the same
  • Candidates must also have the minimum required GATE or NET score as desired by the university
  • Applicants are required to score at least 50% marks in the last qualifying examination

Required Skill Set for Genetic Engineering

The basic skill set required to become a successful genetic engineer is listed below:

  • Strong knowledge of scientific methodologies and conventions
  • PERL
  • Python
  • Ability to utilize computer-aided design (CAD)
  • Complicated problem-solving, critical, and analytical skills 
  • Graphics or photo imaging
  • Word processing software programs
  • Excellent mathematical, deductive, and inductive reasoning, reading, writing, and oral comprehensive dexterities
  • Proficiency in using laser spectrometers, light distribution equipment, binocular light compound microscopes, etc.
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Genetic Engineering Entrance Exams

Some of the popular entrance exams required for admission into the Genetic Engineering course have been explained below. 

JEE Main

The Joint Entrance Examination Main or commonly known as the JEE Main is a national-level entrance examination that is conducted by the National Testing Agency (NTA) for candidates every year. 

JEE Advanced

The Joint Entrance Examination Advanced more commonly known as JEE Advanced is a national-level entrance exam conducted by the top IITs. The top 2,50,000 candidates who have qualified for JEE Main are eligible for JEE Advanced exam.


The Birla Institute of Science and Technology Admission Test (BITSAT) is an entrance exam exclusively for admissions to graduate-level courses. BITSAT is one of the competitive entrance exams to secure a place at the Birla Institute of Technology and Science. 


WBJEE is conducted by the West Bengal joint entrance examination board. It is conducted for admissions in undergraduate B Tech courses.  


The state common entrance test cell of Maharashtra conducts the MHT CET exam every year. The exam is conducted on the basis of class 11 and class 12 syllabi.  


The Graduate Aptitude Test in Engineering or GATE is a post-graduation national-level entrance exam that is conducted for candidates who are willing to be admitted into the MTech course across the institutes of India.

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List of Popular Genetic Engineering Specializations

Listed below are popular Genetic Engineering specialisations from which aspirants can choose to specialise in:

  • Biophysics
  • Plant Tissue Culture
  • Gene Therapy
  • Stem Cell Biology
  • Molecular Biology
  • Mathematics
  • Biostatistics
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Genetic Engineering Admission Process in India

Admission to the Genetic Engineering course is done based on both merit and entrance as per the institution or college. The first step before finalizing the college should be checking the course structure, ranking, fees, and facilities. Also, the admission form and other processes can be done either in online or offline mode. Students have to qualify for their previous qualification or class to be eligible to get into any level of Genetic Engineering courses. 

Applicants must qualify for the entrance exam as suggested by the college or university to which they are applying. It is vital to note that the admission process differs with different colleges and universities. However, the general pattern of minimum academic requirements and documents remains the same. To get the exact admission details, check the official website of your target colleges.Genetic Engineering Admission Process in India

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Direct Genetic Engineering Admission Process Without Entrance Exam

Different universities and countries have different ways of accepting students for genetic engineering programs. Some universities may require students to take an entrance exam, while others may look at their academic performance in biology, genetics, chemistry, and math. Work experience in the field of genetics or biotechnology, a relevant bachelor's degree, a well-written statement of purpose, interviews, assessments, published research or projects, and special admission categories are some other things that may help students get direct admission to a genetic engineering program.

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What is Genetic Engineering Course Fees?

The genetic engineering course fee of the top colleges in India is given below:

Minimum FeesMaximum Fees
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Genetic Engineering Syllabus and Subjects

The Genetic Engineering course familiarises the analysis of genes at a broader level. Candidates are trained regarding living organisms from plants to human beings at a genetic tier. Considering several advanced lab equipments to modern gene-editing procedures, the curriculum covers all the facets to prepare candidates for the real work field of genetics. The course not only accepts the concepts from science but other subjects also have a significant part in this field such as chemistry and mathematics. The course curriculum also furnishes candidates with theoretical as well as practical learning through lab experiments, including all the essential technology of the present time. GE is a four-year programme divided into eight semesters.

The field of Genetic Engineering is rapidly evolving and becoming more important in modern times. To help students who are interested in learning about this field, a comprehensive curriculum has been created for some of the most popular genetic engineering subjects. The Genetic Engineering syllabus covers a range of topics including Cell Biology, Biochemistry, Enzyme Technology, Genetics & Cytogenetics, Immunology, Microbiology, Basic Molecular Techniques & Molecular Biology, Biostatistics, Bioinformatics, Bioprocess Engineering, Bio-separation Technology, Animal Cell Culture and Transgenic Technology. By thoroughly studying these subjects, students can gain a deeper understanding of genetic engineering and be better equipped to pursue a career in this exciting field.

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Top Government Genetic Engineering Colleges in India

Some of the top government colleges offering genetic engineering courses in India have been listed below.

CollegesNIRF 2023Fees
DAVV - Devi Ahilya Vishwavidyalaya, Indore-Rs. 1.04 Lakhs 
IISc Bangalore 2Rs. 28,400
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Top Private Genetic Engineering Colleges in India

Some of the top private colleges offering genetic engineering courses in India have been listed below.

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Top Genetic Engineering Colleges Offering Direct Admission in India

Candidates can check the list of top private as well as public genetic engineering colleges that offer direct admission is presented below.

Indian Institutes of Technology (IITs)
  • IIT Kanpur
  • IIT Bombay
  • IIT Delhi
  • IIT Madras
  • IIT Kharagpur
  • IIT Roorkee
National Institutes of Technology (NITs)
  • NIT Surathkal (National Institute of Technology Karnataka, Surathkal)
  • NIT Trichy (National Institute of Technology, Tiruchirappalli)
  • NIT Warangal (National Institute of Technology, Warangal)
  • NIT Calicut (National Institute of Technology Calicut)
Jawaharlal Nehru University (JNU), New DelhiUniversity of Delhi (DU)
Anna University, ChennaiManipal Academy of Higher Education (MAHE)
VIT Vellore (Vellore Institute of Technology)Amity University, Noida
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Study Genetic Engineering Abroad

Studying Genetic Engineering abroad can be beneficial in terms of practical exposure and enhancing knowledge of global trends. Refer to the abroad top colleges offering these courses in the top study destinations like the USA, the UK, Denmark, Australia, Canada, Singapore, etc.

Popular Colleges AbroadCountry
Harvard UniversityUSA
University of CopenhagenDenmark
Stanford UniversityUSA
University of California—San FranciscoUSA
Yale UniversityUSA
Massachusetts Institute of TechnologyUSA
University of Oxford and University of WashingtonUSA/ UK
University of CaliforniaUSA
University of TorontoCanada
Columbia UniversityUSA
Cornell UniversityUSA
University of CaliforniaUSA
Washington University in St. LouisUSA
Baylor College of MedicineUSA
Johns Hopkins UniversityUSA
University of PennsylvaniaUSA
University of CaliforniaUSA
University College LondonUK
University of TokyoJapan
Karolinska InstituteSweden
University of CambridgeUK
University of MichiganUSA
Catholic University of LeuvenGermany 
University of QueenslandAustralia
University of GroningenNetherlands 
Sorbonne universitéFrance
National University of SingaporeSingapore 
King Abdulaziz UniversitySaudi Arabia
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Career Options and Job Prospects After Genetic Engineering

The career options and job prospects after genetic engineering are vast. Listed below are the details of options available after pursuing this course with job profiles and descriptions:

GE Job ProfileGE Job Description
Genetic Engineer

A Genetic Engineer is responsible for using their field knowledge and innovating new health systems or products essential from the commercial and scientific perspective

They play a major role in managing artificial organs to instrumentation involved in the field.

ProfessorA Professor of Genetic Engineering educates graduates at the university level concerning their respective specializations.
GenomicsA Genomics function is to determine the existence of any type of alteration in their genomic arrangements so that they can expect the likelihood of formulating or transmitting genetic disorders hereafter.

The role of a Geneticist is to investigate patients with hereditable genetic disorders

The Geneticist also nourishes them with appropriate and moderately safe treatment methodologies.

Information Security EngineerAn Information Security Engineer assembles and monitors security protocols to affix any sort of research data and systems from security infringements.
Medical WriterA Medical Writer is regarded as a research writer. Their job responsibilities include proofreading, editing, and disseminating diverse scientific research papers that compose data from clinical investigations to statistical reports.
BiophysicistA Biophysicist brings out experimentations to determine the outcome of miscellaneous implications like preservatives, hormones, or other commercial by-products on living organisms and the environment.

What is Genetic Engineering Salary?

The salary slabs of genetic engineers based on experience and fresher level are listed in the following table:

Job ProfileSalary
GeneticistINR 5,00,000 - INR 8,50,000 Per Annum
Medical WriterINR 2,50,000 - INR 6,00,000 Per Annum
Genetic EngineerINR 4,50,000 to INR 7,00,000 Per Annum
BiophysicistINR 3,50,000 - INR 5,00,000 Per Annum
ProfessorINR 5,00,000 - INR 7,50,000 Per Annum
GenomicsINR 3,50,000- INR 6,50,000 Per Annum
Information Security EngineerINR 4,00,000 - INR 8,00,000 Per Annum

Top Recruiters of Genetic Engineering 

Candidates can find the top recruiters who hire them after the conclusion of the genetic engineering.

Bharat BiotechWockhardt
Datar Cancer Genetics LimitedLG Life Sciences
Intas BiopharmaceuticalsInvitrogen
Cadila PharmaceuticalsBoston Biological
Panacea BiotechEmcure Pharmaceuticals
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FAQs about Genetic Engineering

Is Genetic Engineering expensive?

Yes, cell and Gene therapies are expensive. The cost of manufacturing, producing, handling and controlling the cells or viral vectors makes these therapies more expensive than others. It is also a complicated process to develop these Gene therapies so marking these factors, in the field of Genetic Engineering is expensive. 

Does Genetics include lots of Math?

Yes, mathematics and statistics are fundamental parts of Genetics. Genetics require a core knowledge of mathematics including calculus, and statistics to understand the complex equations and formulas that they will have to deal with in their everyday work life. Genetic Engineering offers Engineering Mathematics modules in the syllabus to help students learn about the subject.

Do Genetic Engineers require Maths?

Genetic Engineering includes maths and science skills to change the existing genetic field. The students applying for Genetic Engineering are required to have Physics, Chemistry, and Maths or Biology in their 12th grade. You will be taught genetic algebra in mathematical genetics which will help for model inheritance in genetics.

Can genetic engineering cure diseases?

In the future, genetic therapies may be applied to prevent, treat or cure different inherited disorders. It may also help cure various other diseases such as cancers, infections, long-term pain and anxiety which are not inherited. Well, other than curing diseases it is also claimed to change the scale of human happiness, intelligence, productivity and other parameters. 

Does Genetic Engineering come under Biotechnology?

Genetic Engineering involves the conscious manipulation of genetic material from a living organism by using artificial methods and techniques. Modern Biotechnology uses the tools of Genetic Engineering. So, yes, Genetic Engineering is a sub-domain and also an application of Biotechnology. 

What is B Tech in Genetic Engineering?

B Tech in Genetic Engineering is a four-year undergraduate degree program which includes the study of foreign DNA, genes, heredity, gene modification, gene editing and other things related to genes. It also involves the study of conscious modification of the basic characteristics of an organism by manipulating its genetic material. 

Is Genetics hard to study?

Several studies suggest that genetics are difficult to understand because it includes abstract concepts which are invisible and beyond our senses. These abstract concepts survive at molecular levels like DNA and genes that are not visible to us but can be analyzed and researched.

Are there any disadvantages of Genetic Engineering?

Yes, there are disadvantages just like the advantages in Genetic Engineering. It may result in inadvertent effects such as allergic reactions in the created food and other harmful genetic effects. It also includes a recreation of deadly pathogens which makes genetic engineering more risky and disadvantageous. 

How much percentage is required for Genetic Engineering?

The students need to score at least 50% in their 12th grade with Physics, Chemistry, Biology or Maths as major subjects from recognized national and state-level education boards to be eligible for pursuing Genetic Engineering. The course helps students gain expertise in the Genetic Engineering field. 

Is NEET required for Genetic Engineering?

The National Eligibility cum Entrance Test (NEET) is an undergraduate entrance exam for medical and dental programs in India. However, Genetics is covered in the syllabus of NEET but it is not a direct pathway to becoming a genetic engineer. So, one can pursue Genetic Engineering without appearing for NEET. However, if you want to pursue Genetic Engineering after an MBBS then you need to appear for NEET at the undergraduate level. 

Is a Genetic Engineer a Doctor?

No, Genetic Engineers are not Doctors. You have to pursue MBBS to be a doctor. Doctors treat patients but being a Genetic Engineer you cannot practice as a doctor. If you want to become a Genetic Engineer you have to pursue Genetic Engineering at any undergraduate, postgraduate or diploma level. 

Can a PCB Student do Genetic Engineering?

Yes, candidates with Physics, Chemistry, Biology/Mathematics or both as major subjects in their 12th grade are eligible to pursue Genetic Engineering. You are also required to appear for the designated entrance exams offered at different institutions for getting admission to the respective college in the Genetic Engineering program. 

Is Genetic Engineering better than Biotechnology?

Both Genetic Engineering and Biotechnology fields are good. But as per studies, Biotechnology is growing at a faster rate than Genetic Engineering. Also, Genetic Engineering is a subdomain of Biotechnology. The modern Biotechnology field utilizes the tools of Genetic engineering, which makes both interconnected to each other. 

Is Pharmacy better than Genetic Engineering?

If you are interested in medicine then Pharmacy is a good option for you. But if your interest ranges in research work or research analysis you can go for Genetic Engineering. Both fields are diverse from each other and are significantly important. So, it depends on your interest to make a choice. 

Does Genetic Engineering have scope in India?

Yes, Genetics have a wide range of scope in India. It can be applied in medicine, agriculture, research, industry and other sectors. While giving you the opportunity to work in different domains such as medicine, research, agriculture, industrial biotechnology, prosthetics, military, pharmaceuticals, gene therapy and others as Professor, Medical Writer, Genetic Engineer and other roles. 

Can genetic engineering change DNA?

Yes, Genome Editing or Gene Editing is a group of technologies which provides scientists with the ability to change the DNA of an organism. It is a process that uses laboratory-based technologies to change the DNA makeup of an organism by altering, adding or removing at particular locations in a genome.

Is Genetic Engineering popular?

The average pace of growth of Genetic Engineering is higher than in most fields. It is contributing to bringing a change to society and will result in exceptional changes in the coming future. It is expected to grow by 15% in the coming ten years, which is much higher than the average number. 

Can Genetic Engineering be applicable to adults?

Yes, genetic modification can be done in adult humans too. It means that even if a human doesn’t have access to it at birth they can still be able to get advantage from it in their later life. Moreover, it can offer solutions to many things such as various diseases, pain and other productivity level in humans. 

Can we genetically modify humans to be smarter?

Even if Scientists research and find the right genes, there is no guarantee that they can be used to make humans smarter. Moreover, as per research and studies, some scientists believe that even if they try to ramp up the intelligence in humans through biology or machines it may lead to overloading the capacity of the human brain. 

Is it good to study Genetics?

If you are interested in knowing about genes, health and the adverse causes of genes that don’t work properly, you can study Genetics. It also will help you take health choices for yourself and others. Moreover, the field is growing at a better pace, so it will be beneficial for your future career. 

What is the average time required to complete the educational qualification for becoming a Genetic Engineer?

Genetic Engineering is a 3-4 year-long course at the undergraduate level (diploma or bachelor). A postgraduate degree is of 2 years, pursuing which can improve the chances of graduates getting better job opportunities in the Genetic Engineering field. Succeeding this, graduates can either opt for a job in their specialization or pursue a PhD that takes up additional 4 years. Consequently, on average it may take a total of 4-6 years.

What is the starting salary in the Genetic Engineering field?

The average starting salary in the Genetic Engineering profession is somewhat more elevated than in any other scientific sector. The candidate from this field can expect an average starting salary of INR 4-5.5 LPA. However, experienced or skilled professionals can earn up to INR 15-20 LPA.

Is Genetic Engineering a good career option?

Yes, genetic engineering is a good career option to pursue in order to be successful. Genetic Engineering is a very honourable field with an abundance of job possibilities not confined to the mainstream medical domain. With immense job prospects in both the public and private sectors, candidates can also work in many NGOs. Due to the improvements assembled in the Genetic Engineering field, the dimensions and employment opportunities are on the rise.

What are some of the major fields linked with the Genetic Engineering sector for placements?

After completing the genetic engineering course successfully, candidates will be able to get hired in different fields such as medicine, research, agriculture, industrial biotechnology, prosthetics, military, pharmaceuticals, gene therapy, organ transplant, and vaccine production. The candidates can be employed as Genetic Engineers, Researchers, Professors, Medical Writers, etc.

Is the Genetic Engineering course offered by IITs?

Yes, the Genetic Engineering course is offered by the IITs. Candidates will be able to pursue a genetic Engineering Course from the Indian Institute of Technology (IIT) at the postgraduation level only. To pursue the course, candidates will be required to have a bachelor's degree in Biotechnology or Life Science.

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Related Questions


harshita, Student / Alumni

-Answered on June-28-2024
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bhavya, Student / Alumni

-Answered on June-13-2024

Manoj kumar, Student / Alumni

-Answered on Dec-07-2023
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