Genetic Engineering Subjects

Yes, B Tech in Genetic Engineering is good. As technology is advancing, Genetic Engineering has also gained recognition in the world. Moreover, the job opportunities after completion of B Tech are immense. Graduates can work in numerous sectors such as research, agriculture, development, food industries, genetic research centres, pharmaceutical industries and various others. 

For pursuing B Tech in Genetic Engineering, students have to appear for IITJEE. It includes JEE Main and JEE Advanced. To get into IIT, students have to clear JEE Advanced. While other institutes offer admissions based on JEE Main scores. The state-wise entrance exams such as WB JEE and UP State entrance exams are required to get into colleges in the respective states. 

A Genetic Engineer needs to have collective skills including scientific, analytical, problem-solving, and mathematical skills. These skills will help students show exceptional results in the professional world. They also need to have designing and technical skills such as graphics or photo imaging skills, and software programmes along with others. 

Genetics is the study of genes and heredity. Those willing to pursue a career in Genetic Engineering can pursue the programme at undergraduate, postgraduate, and diploma levels. Well, the highest degree in Genetics is the Doctoral degree. Aspirants can either go for the traditional Doctoral degree which is research-oriented while the other option is a PhD. 

After completing the B Tech in Genetic Engineering in India, a typical student can earn between INR 2 and 7 LPA. However, with experience, students can climb to higher positions and earn a higher salary package. Moreover, with the growth of Genetic Engineering even the demand for Genetic Engineers has increased. 

No, it’s not necessary to have a background in Biology for pursuing Genetic Engineering. The student who wants to pursue Genetic Engineering must have Maths or Biology as a core subject in their 12th grade. The Genetic Engineering field includes a significant blend of biology and technology in it, so having a previous foundation in the same will be beneficial. 

Genetic Engineering has slowly taken a significant part in the world and many countries are renowned for this course. Some of the countries where students can pursue Genetic Engineering courses are the USA, Switzerland, Scotland, England, Canada, Sweden, Australia, Denmark, Singapore, France, Netherlands, Japan, Saudi Arabia and others. 

A Genetic Engineer can work in both private and government sectors. The fast-emerging field offers a wide range of opportunities across various fields. After pursuing Genetic Engineering at any level graduates can work in research labs, the food industry, the agriculture sector, the biotechnology industry, forensic labs, the pharmaceutical sector, related universities, and others.

Genetic Engineering is a combination of theoretical and practical concepts. It includes a blend of both Biology and Technology subjects. Genetic Engineering is a growing field and it includes subjects such as Plant tissue culture, Molecular Biology, Biophysics, Biostatistics, Bioinformatics, Engineering Mathematics, Nano-biotechnology, Biochemistry, Microbiology, Transgenic Technology, Stem Cell Technology, Immunology and others. 

Genetic Engineering is not supported by some people because they think it’s morally wrong to be involved in such a programme. It is considered to be hindering the way God has gifted us. People also consider it harsh to play by manipulating genes in living organisms which may result in difficult situations for both humans and the environment. 

Yes, as the Genetic Engineering field is growing rapidly and the demand for Genetic Engineers is also increasing. The field is also making its way towards different sectors such as agriculture, healthcare, medicine, and others. As this field is enhancing in the world, the salaries of the demanded Genetic Engineers will be highly competitive. 

Both the degrees are good but according to study, a B Tech degree in Genetic Engineering is more preferred than a BSc degree. As the BSc only covers theoretical aspects of the domain whereas the B Tech degree offers equal importance to both practical and theoretical aspects of the field.

Yes, Genetic Engineering is good for a professional career. The field is growing at a good rate and is promising to bring better and more advanced results in the future. Those with a keen interest in understanding genes, DNA and other genetic terminologies are on the right pathway if pursuing Genetic Engineering.

Bharath University is good and it offers good placements. Bharath University is accredited by NAAC and is UGC recognized. The placement cell of the university is good and approximately 80 % of the students are placed. The average package of the University is 4.5 LPA. The University has also had the highest package of around 47 LPA. 

The eligibility criteria for getting admission to M Tech in Genetic Engineering require students to have B.E or B. Tech in Genetic Engineering, Biotechnology, and either Industrial, Medical, Bioinformatics, Food Biotechnology, Biochemical Engineering, Bioprocess Engineering, B. Pharm, MBBS, or MSc in any branch of Life Sciences or similar discipline and a minimum score of 50% aggregate.

Yes, SRM University offers M Tech in Genetic Engineering. The University is said to be the pioneer in offering this course in the world since 2008. The core curriculum and syllabus of the course were revised by the University in 2019 highlighting the latest and new developments in the research field of Genetic Engineering. 

The placements offered in Genetic Engineering at SRM University start with an average salary of 4LPA. The high percentage of approx 7-10% of students have received placements in different firms. The students are offered different roles as Junior Scientists, Research Associates, and others. Moreover, students who pursued a master’s degree in Genetic Engineering are listed to receive admissions from everywhere across different streams. 

Many colleges offer Genetic Engineering but the ones popular will uniquely enhance learners’ skills. The popular colleges for Genetic Engineering include SRM University, Shardha University, Bharath University, Lovely Professional University, Delhi University, Aryabhatta Knowledge University, and Bharath Institute of Higher Education and Research among others.

Genetic Engineering has both advantages and disadvantages. It can be used as a powerful and significant tool for improving the quality of the food supply but it may also result in allergic reactions. With various benefits extracted from Genetic Engineering, there is a repetitive question about the human right to manipulate the law of nature.

Yes, Biology should be pursued as a major subject in 12th grade for being eligible for the B Tech in Genetic Engineering. Also in the core syllabus of Genetic Engineering, biology is present as a significant subject, so a prior basic understanding of the same will add to student’s knowledge.