B.Tech in Genetic Engineering is one of the newest fields of engineering that is still being explored by researchers and scientists across the globe. This branch of engineering deals with the study of foreign DNA and developing synthetic genes that can be used to replicate living organisms.
Genetic engineering is quite popular as it can have various medical utilities and can help cure various problems in humans as well as other species. There is a lot of scope in this field for aspirants who want to foray into genealogy research. From grafting technology to DNA synthesis, there are different domains in this field that one can pursue.
Since Genetic engineering is such a new field of study, research and study are a major part of the course as well as employment opportunities. However, the career prospects are bright for individuals who are really interested in this field and are eager to learn.
Here are some of the major highlights of B.Tech Genetic Engineering course –
Name of the Course |
B.Tech Genetic Engineering |
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Duration |
4 Years |
Course Objective |
The objective of the Genetic Engineering course is to create professionals who can use Genetic Engineering techniques in diverse fields. |
Minimum Eligibility |
Candidates who have passed Class 12th with PCM/ PCB are eligible for admission. |
Entrance Exams |
A limited number of colleges in India offer B.Tech Genetic Engineering. Some of the entrance exams for the same include – |
Admission Process |
|
Course Fee |
Rs. 1,59,000 |
Scholarships |
Deemed or private universities offer merit scholarships based on entrance exam marks/ Class 12th percentage. |
Average Starting Salary |
Rs. 3,50,000 |
Career Options |
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The eligibility criteria for B.Tech Genetic Engineering is as follows –
The admission process for B.Tech Genetic Engineering can be checked below –
First Year:
Professional Communication |
Environmental Studies |
Fundamentals of Mechanical Engineering |
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Engineering Mathematics – 1 |
Engineering Physics |
Engineering Mathematics – 2 |
Engineering Chemistry |
Fundamentals of Electrical Engineering |
Technical Communication |
Fundamentals of Electronics Engineering |
Engineering Drawing |
Fundamentals of Computer |
Second Year:
Enzyme Technology |
Stoichiometry and Energy Thermodynamics |
Molecular Biology |
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Mechanical Operation and Heat Transfer |
Genetic and Cytogenetics |
Biostatistics |
Foreign Language – 1 |
Bioprocess Principles |
Immunology |
Microbiology |
Foreign Language – 2 |
Basic Molecular Techniques |
Third Year:
Advanced Molecular Techniques |
Chemical Reaction Engineering |
Biophysics |
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Plant Tissue Culture and Transgenic Technology |
Functional Genomics and Microarray Technology |
Recombinant DNA Technology |
Bioprocess Engineering |
Biosensors and Biochips |
Momentum Transfer |
Gene Therapy |
Elective – 1 |
Bioinformatics |
Fourth Year:
Bio-separation Technology |
Comprehension |
Industrial Training |
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Nano-biotechnology in Healthcare |
Animal Cell Culture and Transgenic Technology |
Project Work |
Bio-safety, Bio-ethics, IPR & Patents |
Elective – 2 |
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Stem Cell Biology |
Elective – 3 |
There are various iob opportunities available after completing B.Tech in genetic engineering apart from research. Following are some of the jobs profiles that graduates can pursue after completing after completing B.Tech in genetic engineering:
There are few jobs available in this field in India as we are still adapting higher technological advancements. However, there are various job opportunities and research programmes available abroad that graduates can pursue after completing B.Tech in genetic engineering.