Genetic Engineering Course: Fees 2025, Admission, Top Colleges, Distance Learning, Online

About Genetic Engineering

Genetic engineering is also known as genetic modification. It is a process in which laboratory-based technologies are used to alter the DNA makeup of an organism. This process may involve changing a single base pair (A-T or C-G), deleting a region of DNA, or adding a new segment of DNA. In genetic engineering, a gene from one species to an organism is added from a different species to produce a desired trait. It has been applied to the production of cancer therapies, brewing yeasts, genetically modified plants and livestock, etc.

Over the years, genetic engineering has changed; that is, from cloning for analysis and laboratory use to truly synthetic biology for understanding and new biomedical capabilities.

Genetic engineering techniques have led to the production of medically important products like human insulin, human growth hormone, and hepatitis B vaccine, and also to the development of genetically modified organisms like disease-resistant plants.

Genetic Engineering Courses

The course is studied at the graduate, postgraduate, and doctoral levels. Genetic engineering is one of the newest fields of engineering that deals with the manipulation of DNA and genes of an organism via biotechnology. Due to the advancement in biotechnology and the interest of scientists in genetic engineering, the course has been studied in almost every major science university. On the other hand, the B.Sc in Genetics or B.Tech in Genetic Engineering course deals with various types of problems related to the medical field, including the human genome and agriculture. Genetic Engineering as an elective course is also offered in various institutes to study B.Tech Biotechnology programmes. Also, genetic engineering has done some groundbreaking research in the field of agriculture and was also one of the important factors in the green revolution. 

Genetic Engineering Course: Required Skillset

It is basically not a theoretical field but is highly practical and has a very high demand for professionals who are not only good in the academic part but also have the ability to handle the practical aspect of the field. Check below some of the skills that are demanded in the field of genetic engineering are: 

- Patience is important as several techniques and methodologies that are involved in genetic engineering require substantial amounts of time and precision. A candidate should be able to perform these techniques without any errors.

- Understanding should be strong for scientific methods and rules.

- PERL, python

- Skill is needed to use computer-aided design (CAD)

- Candidtae should have the research skills to collect data and also be able to identify the type of information.

- Skill for solving complex problems and critical thinking is required.

- Graphics or photo imaging skills

- Skills are required to handle sensitive equipment in a lab and also having an idea about lab equipment and their handling is a necessary component.

- Should have knowledge about word processing software programs.

- Excel in mathematics, deductive and inductive reasoning. Also, in reasoning, reading, writing, and oral comprehensive skills.

- Should have the ability to use laser spectometers, light scattering equipment, binocular light compound microscopes, etc.

Some of the typical responsibilities of a genetic engineer or geneticist are as follows:

- To extract DNA or perform analytic tests.

- Conducting lab research and trials.

- Documenting their procedures and results.

- Analyzing hereditary information to make determinations and distribute them

- Communicating aftereffects of discoveries, for example at meetings or in logical diaries

- Supervised or coordinated by various geneticists, scientists, specialists, or biometricians working on hereditary quality research ventures

- Initiating new research at a senior level.

After gaining a year of experience as a genetic engineer, one of the areas they can indulge in is hereditary advising, which consists of offering data, support, and counsel on hereditary conditions to patients.

Genetic Engineering Course: Eligibility Criteria

Anyone who wants to pursue a B.Tech in Genetic Engineering can begin after his/her 10+2 Science with Physics, Chemistry, Maths, and Biology. Admission to B.Tech in Genetic Engineering is taken via entrance tests conducted by several universities or through the scores of the national engineering entrance examinations, including JEE for IITs/NITs & CFTI's across the country.

Professionals in genetic engineering require a bachelor's or master's degree in genetic engineering or genetic sciences for entry-level careers. Important fields of study in genetic engineering incorporate natural chemistry, biophysics, or related fields.

Genetic engineers require a solid understanding of logical techniques and guidelines. Also, complex critical thinking and basic reasoning aptitudes are required. This field requires exceptional scientific, deductive, and inductive thinking abilities, as well as reading, writing, and oral cognition abilities.

Genetic Engineering Course: Concepts required to study for a B.Tech in Genetic Engineering

- Basic principles for the study of engineering.

- In-depth knowledge of the chemistry of the biomolecules present in the body, structural and physiological aspects of cells of different organisms.

- Mathematics is required at different stages of genetic engineering.

- Basic principles of Physics

- Techniques included in the working of enzyme technology.

- Genomics, and principles of immunological apsects.

- Thermidynamics required in several techniques.

- Microbiological studies and the sterilisation techniques.

- Statistical principles for genetic engineering.

- Recombinant DNA Techniques

- Bimolecular reactions and the techniques involved in them

- Physics required in the biological sciences.

- Traditional methods used for breeding and their examples.

- Applications of genetic engineering in various areas, including the food industry, medication, etc.

- Techniques and practical knowledge required in plant tissue culture and use of it in the production of transgenic breeds

- Bioinformatics

- Technologies based on genetic engineering

- Animal cell culture and its application

- Detail study of stem cells and their use in genetic engineering.

- Legal aspects are also important for genetic engineering, which are required at the international level like biosafety and bioethics.

Genetic Engineering Course: Syllabus

Scroll down for detailed syllabus of genetic engineering.

Genetic Engineering Course: How is a B.Tech (Genetic Engineering) course different from a B.Sc in Genetics?

- Firstly, the duration of a B.tech course is 4 years and a B.Sc in genetics is 3 years.

- Admission to the B.Sc in genetics is based on 12th class marks; on the other hand, admission to the B.Tech in genetic engineering is based on entrance test scores.

- Fees in B.Sc as compared to B.tech are less.

- The curriculum of B.Sc in genetics consists of traditional methods of breeding of characters and the study of principles of modern techniques. On the other hand, B.tech in genetic engineering includes the study of the application of genetic engineering in various sectors in day-to-day life. The B.tech in genetic engineering consists of more of the engineering aspects of genetics.

- The scope of the job is higher after pursuing graduation in B.Tech in genetic engineering and the salary trend is also larger as compared to that of graduation in B.Sc in gnetics.

- The B.Sc. in Genetics is a general science course, whereas the B.Tech in Genetic Engineering comes under one of the engineering courses.

Genetic Engineering Course: Top exams for B.Tech in Genetic Engineering

National Entrance Tests

There were several entrance tests that were conducted for the admission in B.Tech in genetic engineering earlier like AIEEE, NIT, IITJEE. But now, all of the national tests have been merged into a single entrance test that is IITJEE. It takes place in two steps namely JEE Main and JEE Advanced. If a student want to take admission in the IIT institutes then he or she has to clear JEE Advanced. Other institutes offer admission to the candidates on the basis of the marks of JEE Main.

Some of the state entrance exams are listed below, based on which students can gain admission to a college in the respective state that offers B.Tech in genetic engineering.

• KCET - Karnataka
• MHT-CET - Maharashtra
• TANCET - Tamil Nadu
• UP State Entrance Test - Uttar Pradesh
• WB JEE - West Bengal

Genetic Engineering Course: List of the top colleges for B.Tech in Genetic Engineering

Scroll down to know about the top colleges for B.Tech admission in Genetic Engineering.

Delhi Technological University, Delhi

Aryabhatta Knowledge University, Patna

SRM University, Chennai

Bharat University, Chennai

Indian Institute of Science, Bangalore

Sharda University, Greater Noida

Genetic Engineering Course: Career prospect

Genetic Engineering is a new field of science with various job opportunities. In India, research in genetic engineering has been increased and now it is a hub owing to its vast prospect of treating diseases of genetic disorders. There are various fields in which genetic engineers can work, including medicine, research, industry, and agriculture. Freshers who have completed graduation can work as research associates and can earn anything between INR 3–5 lakh per annum. On the other hand, the salary of scientists generally lies in the range of 9–5 lakh per annum.

Genetic Engineering Graduates: Top Recruiters

In the field of genetic engineering, India is home to some of the best companies in the world. Check below for a list of some of the companies with which candidates can work in the field of research.

• Bharat Biotech  
• Wockhardt
• Cadila Pharmaceuticals       
• Boston Biological
• Intas Biopharmaceuticals    
• Invitrogen
• Datar Cancer Genetics Limited     
• LG Life Sciences
• Panacea Biotech
• Emcure Pharmaceuticals

Also, check below some of the job profiles for the graduate in B.Tech in Genetic engineering.

• Junior Research Fellow
• Scientific/Medical Writer
• Production Control Analyst
• Field Service engineer
• Research Scientist
• Technical Writer

The information provided above gives a glimpse of the information one requires to get admission to B.Tech in genetic engineering. For those who want to know about the genetic engineering course, this rightup is also very helpful. It will also help students to decide and understand the scope of a genetic engineering course and to identify an interest in the same if they want. The B.Tech in genetic engineering is a course where a candidate will get an opportunity to play with the gene schematics. Those who have an interest in evolution and experimentation can also pursue their dream by opting for this engineering course.

Genetic Engineering Course: FAQs

Q. What is Genetic Engineering?

Q. What is the B.Tech Genetic Engineering course?

Q. Which is the best college for genetic engineering?

Q. Can a student who has passed his/her 12th class in biology also pursue a B.tech in genetic engineering?

Q. What is the required qualification for admission in genetic engineering course?

Q. What is the scope of a B.Tech in genetic engineering?

Q. Does IIT offer genetic engineering?

Q. Is genetic engineering a good career?

Q. What is the salary of a genetic engineer?

Q. Which country is best for genetic engineering?

Q. How does a candidate become a genetic engineer?