4 Years
Under Graduate
Engineering
Full Time
B.Tech in Genetic Engineering is a four-year undergraduate program which trains students for jobs in healthcare, farming, and sustainability. These fields need skilled workers. The core classes cover topics like biology, chemistry, and engineering. Students can also choose electives to focus on specific areas. B. Tech in Genetic Engineering is a 4-year program. It involves changing an organism's basic traits by working with its genetic material. This is an advanced science field. It uses many techniques to make desired changes in the DNA code of living things. The program aims to create professionals who care about finding better ways to help people. Genetic engineering is used in fields like agriculture, industry, and medicine. The program trains students to use modern DNA technology to directly change an organism's genes. The curriculum gives students academic excellence. It includes good teaching, research, and studying technology in areas like genetics, stem cells, biology, cancer, biomedical engineering, and molecular medicine.
Genetic Engineering courses after 12th teach students about the study of how organisms' genetic structures and DNA are changed and altered. These courses help create new genes with special traits. Key topics include Biochemistry, Microbiology, Gene Manipulation, Genomics, Bioprocess Engineering, and Plant and Animal Biotechnology. .A B.Tech in Genetic Engineering is a four-year program. It focuses on understanding and changing the genetic material of organisms. The program prepares students for careers in healthcare, agriculture, and pharmaceuticals. Students learn about gene cloning, sequencing, and genetic modification techniques. .In summary, a B.Tech in Genetic Engineering provides a thorough education in this field. It prepares students for various roles in biotechnology, pharmaceuticals, and healthcare, in both private and public sectors.
Here are some of the Key Highlights of B.Tech. Genetic Engineering
|
Aspect |
Details |
|
Course Duration |
4 years (8 semesters) |
|
Degree Type |
Bachelor of Technology (B.Tech.) |
|
Field of Study |
Genetic Engineering, Biotechnology, Molecular Biology |
|
Eligibility |
- 10+2 with Physics, Chemistry, and Mathematics (or Biology in some cases) - 50%-60% aggregate marks in 10+2 |
|
Core Subjects |
- Genetics and Molecular Biology - Biochemistry and Biotechnology - Recombinant DNA Technology - Bioprocess Engineering |
|
Specialization Areas |
- Genetic Engineering - Gene Therapy - Biotechnology - Plant and Animal Biotechnology - Stem Cell Technology |
|
Practical Exposure |
Includes lab work, industrial training, and hands-on research projects in genetic labs |
|
Research Opportunities |
Opportunities to work on cutting-edge research in areas like gene modification, biotechnology, and genetic disorders |
|
Career Prospects |
- Biotech Companies - Pharmaceutical Industries - Healthcare and Medical Research - Agriculture & Food Industry - Gene Therapy and Forensics |
|
Skills Developed |
- Molecular Biology Techniques - Genetic Engineering Techniques - Biotechnology Research - Bioprocess Management - Problem-Solving & Analytical Skills |
|
Admission Process |
Based on entrance exams like JEE Main, BITSAT, VITEEE, or institute-specific exams |
|
Global Opportunities |
Genetic Engineering professionals are in demand globally, with opportunities in research labs, biotech firms, and international organizations |
|
High Demand |
The field offers high job demand with attractive salaries and global career options in the biotech industry |
B.Tech in Genetic Engineering is an advanced science field. It focuses on changing the DNA code of living things. This creates new and improved beings. Students learn efficient ways to develop organisms. These organisms can handle environmental challenges and medical needs better. Some genetically engineered products on the market include plants resistant to insects, plants that can tolerate herbicides, and crops with modified oil content. A program that focuses on genetic engineering. It involves changing an organism's genes to get specific results. This is used in fields like medicine, farming, and technology. Students learn techniques like gene cloning, sequencing, and modification.
Here are the details about B.Tech. Genetic Engineering
|
Aspect |
Details |
|
Course Duration |
4 years (8 semesters) |
|
Degree Type |
Undergraduate degree |
|
Field of Study |
Biotechnology and Genetics |
|
Main Focus |
The course focuses on genetic modification, genomic research, gene therapy, and biotechnology techniques. |
|
Core Subjects |
- Genetics - Biochemistry - Molecular Biology - Bioprocess Engineering - Recombinant DNA Technology |
|
Specialization Areas |
- Gene Therapy - Biotechnology - Genetic Modification - Molecular Genetics - Stem Cell Technology |
|
Practical Learning |
The program includes lab work, industrial training, and research projects. |
|
Eligibility Criteria |
- 10+2 with Physics, Chemistry, and Mathematics (or Biology) - Minimum 50-60% marks in 10+2 |
|
Admission Process |
Based on entrance exams like JEE Main, BITSAT, VITEEE, or the respective institution's exam. |
|
Career Opportunities |
- Biotech Companies - Pharmaceutical Companies - Healthcare and Research Institutes - Agriculture - Gene Therapy - Forensic Science |
|
Skills Acquired |
- Molecular Biology Techniques - Genetic Engineering - Biotech Research - Bioprocess Management |
A B.Tech in Genetic Engineering offers a unique blend of engineering principles and biological sciences, providing a strong foundation for careers in fields like medicine, agriculture, and biotechnology. This field allows for the manipulation of genes to address various societal challenges, including food security, disease treatment, and environmental sustainability. The course equips students with the skills and knowledge to contribute to research, development, and innovation in these areas, leading to potentially high-paying and impactful career paths. Genetic engineering is at the heart of drug discovery and development, offering opportunities in research, production, and quality control within pharmaceutical and biotechnology companies. Genetic engineering plays a crucial role in improving crop yields, nutritional value, and disease resistance, leading to roles in companies developing and implementing genetically modified crops.
Why Study B.Tech. Genetic Engineering
|
Reason |
Details |
|
Cutting-Edge Field |
- Genetic Engineering is one of the most innovative and evolving fields in science and technology. - You’ll be working at the forefront of biotechnology, helping to solve real-world problems in healthcare, agriculture, and environmental sustainability. |
|
High Demand for Professionals |
- There is a growing demand for experts in Genetic Engineering in industries like pharmaceuticals, agriculture, healthcare, and more. - Opportunities are available in R&D, biotech firms, pharmaceutical companies, and genetic testing labs. |
|
Potential for Innovation |
- As a Genetic Engineer, you’ll contribute to groundbreaking advancements like gene therapy, genetically modified organisms (GMOs), and biomedical innovations. |
|
Diverse Career Opportunities |
- This field opens doors to careers in genetic counseling, biotech startups, medical research, environmental sustainability, and food technology. - Graduates can work in global biotech companies, research institutes, and even academia. |
|
Impactful Work |
- You will have the opportunity to solve global challenges, such as improving crop yields, curing genetic diseases, and advancing personalized medicine. |
|
Hands-on Learning |
- The program combines theoretical knowledge with practical experience in labs, giving you valuable skills and research exposure. |
|
Interdisciplinary Knowledge |
- The course covers a broad range of subjects, including biology, chemistry, engineering, and bioinformatics, giving you a well-rounded understanding of various scientific disciplines. |
|
Lucrative Salaries |
- As a Genetic Engineer, you can expect competitive salaries due to the specialized skills required in the field. |
For admission to the genetic engineering course, students must qualify a national or state-level engineering entrance exam. This is followed by counseling and an interview. Some major exams are JEE MAIN, JEE ADVANCE, SRMJEEE, VITEEE, BIT-SAT, and JNU EEE. Scores from JEE MAIN are accepted by most universities, including NITs. JEE ADVANCE scores are used for admission to IITs. .The admission process mostly depends on entrance exam scores. Top genetic engineering colleges include SRM Institute, Lovely Professional University, Shoolini University, Sharda School of Engineering, and Bennett University. The average course fees is around INR 6-10 lakhs.
Here are the details of B.Tech. Genetic Engineering Admission Process 2026
|
Step |
Details |
|
Step 1: Eligibility Check |
- Ensure you meet the minimum educational qualifications (10+2 with Physics, Chemistry, and Mathematics/Biology). - Check the age limit, if applicable. |
|
Step 2: Entrance Exam |
- Appear for the relevant entrance exam (e.g., JEE Main, BITSAT, VITEEE, SRMJEEE, Amity JEE). - Some colleges have their own exams, while others accept national level exams. |
|
Step 3: Online Application |
- Register and fill out the online application form on the official website of the respective institute. - Submit required documents (10+2 marksheet, ID proof, etc.). |
|
Step 4: Exam and Results |
- Appear for the entrance exam (online or offline depending on the exam). - Results are typically announced within a few weeks after the exam. |
|
Step 5: Counseling/Personal Interview |
- Some institutes have counseling rounds or personal interviews based on the exam rank. - Seats are allocated based on merit and availability. |
|
Step 6: Fee Payment |
- After seat allotment, pay the course fee for admission. - This can usually be done through online payment gateways or bank transfers. |
|
Step 7: Document Verification |
- Submit all necessary documents (10+2 certificates, ID proof, passport size photos, etc.) at the time of admission. |
|
Step 8: Final Admission |
- Once the fee and documents are verified, final admission is granted. - Begin the course orientation and classes. |
To get into a B.Tech. Genetic Engineering course, you need to have passed the 10+2 exam from a recognized Board. You need a minimum of 60% in Biology, Physics, and Chemistry. If you have a Bachelor's degree in Science or Molecular Biology, you can also apply. .For a B.Tech in Genetic Engineering, you usually need to pass your Class 12 (10+2) exam with 50-60% marks in a science stream. This includes Physics, Chemistry, and either Biology or Mathematics. Some colleges may also want you to take entrance exams like JEE Main, JEE Advanced, or BITSAT.
Here are the details of B.Tech. Genetic Engineering Eligibility Criteria
|
Criteria |
Details |
|
Educational Qualification |
- Must have passed 10+2 or equivalent. |
|
- Subjects: Physics, Chemistry, and Mathematics (or Biology for some colleges). |
|
|
Minimum Marks |
- Typically, 50% to 60% aggregate in 10+2 (varies by institute). |
|
Age Limit |
- Must be within the age limit specified by the respective exam authority (usually 17 to 25 years). |
|
Entrance Exam |
- Must qualify in an entrance exam such as JEE Main, BITSAT, VITEEE, SRMJEEE, or the specific institute's exam. |
|
Subject Requirement |
- Must have studied Physics, Chemistry, and Mathematics/Biology in 10+2. |
|
Domicile (for some colleges) |
- Some universities may require domicile status for state-level exams. |
To get into B.Tech in Genetic Engineering, you usually need to pass national or state-level engineering entrance exams. These exams include JEE Main, JEE Advanced, VITEEE, BITSAT, SRMJEEE, and COMEDK UGET. .For IITs, you need to qualify JEE Advanced. Other universities and colleges may accept JEE Main scores. Some states also have their own exams like UPSET and TNEA for admissions to state-affiliated universities. .The key is to pass one of these major entrance exams to get admitted into a B.Tech in Genetic Engineering program in India.
Here are the details of B.Tech. Genetic Engineering Entrance Exams 2026
|
Exam Name |
Conducted By |
Mode of Exam |
Eligibility |
|
NTA (National Testing Agency) |
Online (Computer-based) |
10+2 with Physics, Chemistry, and Mathematics |
|
|
IITs (Indian Institutes of Technology) |
Online (Computer-based) |
Must clear JEE Main with a good rank |
|
|
BITS Pilani |
Online (Computer-based) |
10+2 with Physics, Chemistry, and Mathematics |
|
|
SRM Institute of Science & Technology |
Online (Computer-based) |
10+2 with Physics, Chemistry, and Mathematics/ Biology |
|
|
VIT University |
Online (Computer-based) |
10+2 with Physics, Chemistry, and Mathematics |
|
|
Amity University |
Online (Computer-based) |
10+2 with Physics, Chemistry, and Mathematics |
|
|
Manipal University |
Online (Computer-based) |
10+2 with Physics, Chemistry, and Mathematics/ Biology |
A B.Tech in Genetic Engineering syllabus for 2026 covers the basics of genetics, cells, and molecular biology. It also covers specific techniques in genetic changes. The syllabus likely includes core topics like making new DNA, cloning genes, and using tools like enzymes and PCR. Students will also study how genes are organized, DNA repair, and gene editing. The course may also explore using genetic engineering in medicine, farming, and biotech. The syllabus also covers ethical issues and safety rules for genetic engineering research.
Here are the details of B.Tech. Genetic Engineering Syllabus 2026
|
Semester |
Subjects |
|
Semester I |
Mathematics I, English I, Engineering Physics I, Engineering Chemistry I, Basic Engineering I, Physics Laboratory, Chemistry Laboratory, Computer Literacy, Engineering Drawing, Personality Development I |
|
Semester II |
Mathematics II, Material Science, Principles of Environmental Science, Biochemistry, Basic Engineering II, Cell Biology, Value Education, Workshop Practice, Computer Practice, Biochemistry Laboratory, Personality Development II |
|
Semester III |
Enzyme Technology, Genetics & Cytogenetics, Immunology, Microbiology, Mechanical Operations & Heat Transfer, German/French/Japanese Language Phase I, Computer Skills, Microbiology Laboratory, Immunology Laboratory, Personality Development III |
|
Semester IV |
Basic Molecular Techniques, Molecular Biology, Stoichiometry and Engineering Thermodynamics, Bioprocess Principles, Biostatistics, German/French/Japanese Language Phase II, Comprehension I, Molecular Techniques Laboratory, Bioprocess Engineering Laboratory, Personality Development IV |
|
Semester V |
Advanced Molecular Techniques, Functional Genomics and Microarray Technology, Momentum Transfer, Bioprocess Engineering, Biophysics, Plant Tissue Culture and Transgenic Technology, Personality Development V, Gene Expression Laboratory, Plant Genetic Engineering Laboratory, Industrial Training I |
|
Semester VI |
Recombinant DNA Technology, Bioinformatics, Chemical Reaction Engineering, Gene Therapy, Biosensors and Biochips, Elective I, Comprehension II, Gene Cloning & DNA Sequencing Laboratory, Bioinformatics Laboratory |
|
Semester VII |
Bioseparation Technology, Animal Cell Culture and Transgenic Technology, Nanobiotechnology in Healthcare, Stem Cell Biology, Elective II, Genome Analysis Laboratory, Animal Cell Culture Laboratory, Bioseparation Laboratory, Industrial Training II |
|
Semester VIII |
Project Work, Biosafety, Bioethics, IPR & Patents, Elective III |
The total tuition fee for a B.Tech in Genetic Engineering can range from about ₹2 lakhs to ₹11 lakhs. This depends on the college. Some private colleges may have fees as high as ₹15 lakhs. Bharath Institute of Higher Education and Research (BIHER) offers a B.Tech in Genetic Engineering with a total fee of ₹10 lakhs. The average Genetic Engineering course fees is around INR 6 lakh to INR 10 lakh. Genetic Engineering is a growing field. It connects to many areas like research, medicine, biotechnology, and agriculture.
Here is the table of B.Tech. Genetic Engineering Fee Structure 2026
|
College |
Total Tuition Fee (INR) |
Annual Tuition Fee (INR) |
Additional Fees |
Hostel Fees |
|
SRM Institute of Science & Technology (SRMIST) |
₹10,00,000 |
₹2,50,000 |
₹10,000 (one-time admission) |
₹4,20,000 (4 years) |
|
Mody University, Sikar |
₹7,04,000 |
₹1,76,000 |
₹20,000 (1st year admission) |
₹N/A |
|
VIT Vellore |
₹6,92,000 |
₹1,73,000 |
₹3,000 (caution deposit) |
₹N/A |
|
Bharath Institute of Higher Education |
₹4,50,000 – ₹6,00,000 |
₹1,12,500 – ₹1,50,000 |
₹N/A |
₹N/A |
For studying B.Tech in Genetic Engineering in India, some top colleges are SRM Institute of Science and Technology in Kattankulathur, Sharda School of Engineering and Technology in Greater Noida, and Bennett University. Other major colleges that offer Biotechnology programs, which often include Genetic Engineering, are IIT Madras, IIT Delhi, IIT Kharagpur, and NIT Rourkela. India has many strong Genetic Engineering programs. Top choices include IISc in Bangalore, IIT in Delhi, Kharagpur, and Madras, and AIIMS in New Delhi. Other notable colleges are Sharda University in Greater Noida, SRM University in Chennai, and Bharath University in Chennai.
Here are the details of Best B.Tech. Genetic Engineering Colleges in India
|
Institute Name |
Course Offered |
Location |
|
B.Tech. in Biological Engineering |
Chennai, Tamil Nadu |
|
|
B.Tech. in Biotechnology |
Vellore, Tamil Nadu |
|
|
B.Tech. in Genetic Engineering |
Chennai, Tamil Nadu |
|
|
B.Tech. in Biotechnology |
Guwahati, Assam |
|
|
B.Tech. in Biotechnology |
Noida, Uttar Pradesh |
|
|
B.Tech. in Biotechnology |
Manipal, Karnataka |
|
|
B.Tech. in Genetic Engineering |
Chennai, Tamil Nadu |
|
|
B.Tech. in Biotechnology |
Greater Noida, U.P. |
|
|
B.Tech. in Pharmaceutical Biotechnology |
Mumbai, Maharashtra |
Several private schools in India offer B.Tech programs in Genetic Engineering. These include SRM Institute, Lovely Professional University, Bennett University, and Sharda School of Engineering. Other private colleges like Bharati Vidyapeeth and Shoolini University also have biotech programs in genetic engineering. Many top colleges in India have strong programs in Genetic Engineering. Top choices include the Indian Institute of Science in Bangalore, Indian Institutes of Technology in Delhi, Kharagpur, and Madras, and the All India Institute of Medical Sciences in New Delhi. Other good options are Sharda University in Greater Noida, SRM University in Chennai, and Bharath University in Chennai.
Here are the details of Private B.Tech. Genetic Engineering Colleges in India
|
College Name |
Course Offered |
Location |
|
B.Tech. in Genetic Engineering |
Chennai, Tamil Nadu |
|
|
B.Tech. in Biotechnology |
Vellore, Tamil Nadu |
|
|
B.Tech. in Biotechnology |
Noida, Uttar Pradesh |
|
|
B.Tech. in Genetic Engineering |
Greater Noida, U.P. |
|
|
B.Tech. in Genetic Engineering |
Chennai, Tamil Nadu |
|
|
B.Tech. in Biotechnology |
Coimbatore, Tamil Nadu |
In India, dedicated programs in genetic engineering are less common. But many government schools offer Government Bachelor of Technology Genetic Engineering programs. These often include genetics as a core topic. Some great options for Biotechnology with a focus on genetics include the Indian Institutes of Technology (IITs) like IIT Delhi, IIT Roorkee, and IIT Kharagpur. National Institutes of Technology (NITs) like NIT Rourkela and NIT Warangal also offer strong Biotechnology programs. IITs are known for their great engineering programs and research. This makes them excellent choices for those wanting to study genetic engineering. They often have specialized Biotechnology departments that focus on areas like biochemical and genetic engineering. NITs are another excellent option. They offer well-structured Biotechnology programs. These cover both science and engineering principles. They also allow research and specialization in areas like genetic engineering.
Here are the details of Government B.Tech. Genetic Engineering Colleges in India
|
Institute Name |
Course Offered |
Location |
|
B.Tech. in Biological Engineering |
Chennai, Tamil Nadu |
|
|
B.Tech. in Biotechnology |
Guwahati, Assam |
|
|
B.Tech. in Biotechnology |
Rourkela, Odisha |
|
|
Anna University (CEG Campus) |
B.Tech. in Industrial Biotechnology |
Chennai, Tamil Nadu |
|
B.Tech. in Biotechnology |
Hyderabad, Telangana |
|
|
B.Tech. in Pharmaceutical Biotechnology |
Mumbai, Maharashtra |
A B.Tech in Genetic Engineering opens doors to many jobs in biotech, pharma, and research fields. Common job titles include Genetic Engineer, Biotechnologist, Research Scientist, and Bioinformatics Analyst. You can find jobs at companies like Bharat Biotech, Dr. Reddy's Laboratories, and Syngene. The B.Tech in Genetic Engineering has a wide scope, as it is a research-focused field with many openings for genetic research engineers. Genetic engineers can also get teaching jobs at universities and colleges with the right training and experience. .Genetic Engineering Career offers various job roles such as Genetic Engineer, Research Associate, Molecular Biologist, Bioinformatics Specialist, Agricultural Geneticist, Biotechnologist, and Medical Geneticist. The pay scale ranges from INR 5 to 8 LPA at entry-level, INR 9 to 11 LPA at mid-level, and INR 12 to 15 LPA at senior-level. Candidates with a B.Tech in Genetic Engineering have options like pursuing an MTech, getting campus placements, working in startups, private companies, or government organizations.
Here are the details of B.Tech. Genetic Engineering Jobs & Placements
|
Job Role |
Industry/Sector |
Top Recruiters |
Average Starting Salary (INR/year) |
Career Progression |
|
Genetic Engineer |
Biotechnology, Healthcare |
Biocon, Reliance Life Sciences, Bharat Biotech, Serum Institute of India |
₹3 – ₹6 LPA |
Senior Genetic Engineer → Project Manager → R&D Director |
|
Research Scientist |
Research Institutes, Academia |
CSIR, ICMR, DRDO, ISRO, Tata Institute of Fundamental Research |
₹4 – ₹8 LPA |
Lead Scientist → Principal Investigator → Lab Director |
|
Clinical Research Associate |
Pharma, Healthcare |
Cipla, Sun Pharma, Novartis, IQVIA |
₹3 – ₹5 LPA |
CRA II → Sr. CRA → Clinical Project Manager |
|
Biomedical Data Analyst |
Bioinformatics, IT-Healthcare |
TCS Life Sciences, Cognizant, IBM Life Sciences, Accenture |
₹4 – ₹7 LPA |
Data Scientist → Bioinformatics Lead |
|
Biotech Product Manager |
Biotechnology Firms |
Dr. Reddy’s Labs, GE Healthcare, Thermo Fisher Scientific |
₹5 – ₹10 LPA |
Product Head → Business Unit Head |
|
Quality Control/Assurance Officer |
Pharma, Biotech Manufacturing |
Ranbaxy, Lupin, Zydus Cadila, GSK |
₹3 – ₹6 LPA |
QC/QA Manager → Compliance Head |
|
Genetic Counselor |
Hospitals, Private Clinics |
Apollo Hospitals, Fortis Healthcare, MedGenome |
₹2.5 – ₹5 LPA |
Senior Counselor → Clinical Genetics Consultant |
|
Patent Analyst/Biotech IP |
Legal, Biotech, Consultancy |
KPMG, Deloitte, Evalueserve, Law firms with IP specialization |
₹4 – ₹8 LPA |
Senior IP Analyst → IP Manager |
|
Regulatory Affairs Associate |
Regulatory Agencies, Pharma |
Dr. Reddy's, Mankind Pharma, Sanofi |
₹3.5 – ₹6.5 LPA |
RA Manager → Director of Regulatory Affairs |
A B.Tech in Genetic Engineering offers many career choices with different pay potential in India. Entry-level jobs, like trainees or research assistants, can start at around ₹2-3.5 lakh per year. As experience grows, junior scientists may earn ₹6-9 lakh annually. Senior scientists in private companies can get ₹15-16 lakh per year. Some say a genetic engineer with 5+ years can earn ₹6-10 LPA. Pay depends on experience, field, company type, and location. Salaries range from ₹6-10 LPA in Delhi/NCR to ₹7-11 LPA in Hyderabad. Mumbai and Chennai offer ₹8-12 LPA and ₹6-9 LPA, respectively. More experienced roles like research associates or junior scientists can earn ₹3.5-9 Lakh per year. Senior scientists in private firms may get ₹15-16 Lakh per year. The average salary for a Genetic Engineer in India is about ₹6,882 per month.
Here are the details of B.Tech. Genetic Engineering Salary in India
|
Experience Level |
Job Role |
Description |
Salary Range (INR/year) |
Metro City Range (e.g., Bengaluru, Mumbai) |
|
Fresher (0–1 yr) |
Genetic Engineer |
Gene modification in healthcare/agriculture |
₹2,00,000 – ₹3,50,000 |
₹4,00,000 – ₹6,00,000 |
|
1–3 years |
Research Scientist |
Research in genetics and molecular biology |
₹3,50,000 – ₹5,00,000 |
₹5,00,000 – ₹7,00,000 |
|
3–5 years |
Biotechnologist |
Applies genetics in biotech processes |
₹5,00,000 – ₹8,00,000 |
₹6,00,000 – ₹9,00,000 |
|
3–5 years |
Molecular Biologist |
Studies DNA, RNA, and protein interactions |
₹5,00,000 – ₹8,00,000 |
₹6,00,000 – ₹9,50,000 |
|
5+ years |
Bioinformatics Analyst |
Analyzes genetic data using software/tools |
₹8,00,000 – ₹12,00,000 |
₹10,00,000 – ₹15,00,000 |
|
5+ years |
Genetic Counselor |
Advises patients about hereditary conditions |
₹8,00,000 – ₹10,00,000 |
₹10,00,000 – ₹12,00,000 |
Ask us and get personalized response free of cost.
Get Latest Notification of Colleges, Exams and News.
back