Course Level
Doctoral
Scholarship
The research interests in the Department of Biotechnology are as diverse as one would expect in a thriving research program, encompassing one or more of the following categories: clinical biotechnology related to epigenetics clock (comparison of biological and real age), cancer and kidney diseases, fundamental and applied microbial biology to address viral, bacterial and protozoan pathogenesis, and plant biology to meet the challenges of alternative green energy and food sources. Our research contributions through journal publications have been significant, leading to patents.
Our faculty members are well equipped to provide outstanding training to Ph.D. students. The department of Biotechnology offers Doctoral degrees in various fields of Biotechnology and Life Sciences.
S. No. | Name | Designation | Area of Specialization |
---|---|---|---|
1 | Dr. Sarita Sachdeva | ED & Dean Research | Environmental Biotechnology |
2 | Dr. Prabir Paul | Professor & HoD | Molecular Biology & Plant Biotechnology |
3 | Dr. Manu Solanki | Professor | Agriculture Microbiology and Environment Microbiology |
4 | Dr. Sabiha Imran | Professor | Medical Biotechnology & Food Biotechnology |
5 | Dr. Abhilasha Shourie | Professor | Abiotic Stress Physiology in Plants |
6 | Dr. Nidhi Didwania | Professor | Crop Protection, Alternatives to Agrochemicals (Biopesticides), Organic cultivation Practices |
7 | Dr. Kanchan Bhardwaj | Professor | Viral genes and genomes |
8 | Dr. Rashmi Rameshwari | Professor | Enzyme Engineering, Bioinformatics algorithm and tool design for genomics and proteomics study, Systems biology applications in disease prediction |
9 | Dr. Shobha Shrivastava | Associate Professor | Industrial Microbiology |
10 | Dr. Neeraj Diwedi | Associate Professor | Genetic Diversity analysis, Medicinal Plants research, Genotyping by Sequencing, DNA barcoding, QTL mapping, reclamation of waste lands |
11 | Dr. Kapila Kumar | Associate Professor | Host Pathogen Interactions, Genomic landmarks and Biomarkers, Biosensors |
12 | Dr. Krishna Priya Ganti | Associate Professor | Atopic disease biology, Adjuvant biology |
13 | Dr. Vineeta Sharma | Associate Professor | Toxico-Epigenetics, Non-communicable Disease |
14 | Dr. Jayant Maini | Assistant Professor | Nutritional Epigenetics, Incomplete Penetrance and Variable Expressivity, Cellular Memory Modules |
15 | Dr. Preeti Nandal | Assistant Professor | Bioprocessing, Fermentation, Enzyme Technology, Biosensors |
16 | Dr. Vandana Nandal | Assistant Professor | Biofertilizer, PGPRs |
17 | Dr. Somya Asthana | Assistant Professor | Phytonutrients, Food and Drug Interactions |
18 | Dr. Prachie Sharma | Assistant Professor | Molecular Virology, Bioinformatics, Agriculture sciences |
19 | Dr. Charu Rajpal | Assistant Professor | Environmental sciences, Food sciences |
20 | Dr. Sheeba | Assistant Professor | Plant Biotechnology, Agriculture Science, Environmental sciences, Food sciences |
21 | Dr. Himanshu Joshi | Associate Professor | Bacteriophage biology, Bacteriophage engineering, Bacteriophage-host interaction, Phage therapy |
22 | Dr. Sampurna Garai | Assistant Professor | Plant Biotechnology for Sustainable Agriculture |
It is a good time to understand that Indian Life science space is open and dynamic. It encompasses vibrant biotech industry, innovation entrepreneurial ecosystem, increased industry academia interface, which is expected to make the Indian biotech industry a 100 billion dollar industry by 2025.
It is one of the fastest growing sectors in India and is expected to play key role in shaping India’s rapidly developing economy. On the other hand many initiatives and schemes have been floated by Government of India over the past 3 decades for building human resource capital and institutional capacity for the life science sector. The vision of the Government is to nurture home grown excellence. India currently holds 10th global publication rank and 18th global citation impact rank in science and technology.
Biotechnology has its roots in pre-historic times in the form of basic life sciences for e.g fermentation of fruit juices into wine, milk to cheese or yogurt, or that beer from malt and thus began the study of biotechnology. Today better integration within biology and closer collaboration with physical, computational and earth scientists, mathematicians and engineers can be used to find solutions to societal needs i.e.: sustainable food production, ecosystem restoration, optimized biofuels production and improvement in human health.
Biotechnology is multi-disciplinary in nature. Special methodologies are characteristics of this domain. Activities in this area have existed since several decades. In the recent past, this field has emerged as a major subject of study, particularly in graduate and post graduate programmes. Scope for students of Biotechnology for the coming years is immense. Incubation centers created by the government are also aiding towards potential production of human resource.
An information/admission package is provided to all potential applicants that communicate by email with our office. Feel free to communicate by email or by phone (0129-4198230) for any questions you may have, it will be our pleasure to help you.
For the interview, you may choose to brush up on your basic science fundamentals and about the field of Biotechnology. Prepare for the interpersonal interview as you would for a job interview.
Broadly jobs can be looked in both public and private sector. One can opt for higher studies, join national and international research institutes at varied positions such as scientist, research assistant, research associates, technical assistant or technical officer, pool officers etc., get into production and quality management divisions of food & pharmaceutical industry, drug & vaccine industry, diary etc. university and college teaching, Patent officer for specific and novel activities. Relevant specialised higher degree in IPR can lead to job opportunities and association with legal firms.
Be it manufacturing of and enhancing production of effective and safer drugs, diagnostic kits, affordable vaccines, neutraceuticals or designer foods, probiotics, biosensors, biochips, agro bio-chemicals, biofuels, industrial enzymes, transgenic crops aimed at obtaining food security, biosimilars etc or introduction of cleaner bioprocess to prevent pollution or bio remediate our spoilt natural resources or lead to use novel technologies as gene therapy or stem cell and regenerative medicine, all clearly spells the potential of biotechnology whose demand is increasing day by day in local as well as international platforms.
Collaborations in terms of sharing of knowledge and technologies amongst different nations are growing fast in this field and provide opportunities for global exposure. Bio-services is another sector requiring manpower with base in biotechnology.
The Key areas where research is undertaken are:
Yes. You can still apply for admission even if you are still working on your fourth year of studies. You must still submit an official transcript (with final grades from previous semester) as part of your application.Depending upon the success of your application, it is possible to gain ‘conditional’ admission to the program, the condition being successful completion of your 4-year/ 3years bachelor’s degree. Proof is required in the form of another official transcript that indicates your degree has been conferred.
Employment consists of technical, scientific or junior management positions primarily in all the domains of Biotechnology in the private and public sectors, and other related fields such as the Biomedical and environmental sectors.
BIOTECH INDUSTRIAL TRAINING PROGRAMME (BITP) is a programme of Department of Biotechnology (DBT), Ministry of Science and Technology, Government of India, managed by Biotech Consortium India Limited (BCIL). The objective of BITP is to provide practical industrial exposure for six months to students to improve job prospects and to help biotech industry to identify prospective manpower. During the training some stipend is paid to trainees and bench fee is paid to companies to cover expenses towards training. DBT invites applications from the biotech students and requisitions from the biotech companies.
Biotechnology Entrepreneurs Students Programme, BEST has been Initiative of the Department of Biotechnology (DBT) for entrepreneurship. The objective of BEST is to locate bright scholars pursuing master’s and doctoral studies in Biotechnology and Life science courses across Indian Universities and equip them with the skill and knowledge that is required to set up business enterprises so that they would consider entrepreneurship as a career choice and not limit their scope to mere employment.
Enlist some major Biotechnology Companies in India where one can join after graduating.
Biotech Companies in Hyderabad (Biotech hub)
Companies like Biocon, Ranbaxy, Nestle, Panacea Biotech, etc are offering much higher and lucrative packages up to 15 lakhs for fresh graduates. Companies like Covidien Healthcare India Pvt Ltd, Agilent Technologies offers a package of Rs. 7.5 lakh per annum. The package ranges from Rs. 4 lakh per annum- 8 lakhs for companies like iLife Discoveries, Life Cell International, Imperial Life Sciences, CPM Pvt. Ltd., etc.
There are numerous career options after B.Tech in Biotechnology in the fields of biopharmaceuticals, healthcare, food technology, environmental conservation, agriculture, and biomedical engineering. The students can be hired as Biotechnologists, Research Scientists, Quality Control Analysts, Clinical Research Associates, or Bioinformatics Specialists. These institutions like DRDO, CSIR, Biocon, Serum Institute of India, and MNC pharma companies recruit biotech students with great keenness. The course also provides good basis for higher studies such as M.Tech, MBA, or Ph.D. from India and overseas, which enhances career prospects.
B.Tech Biotechnology is a discipline that gains by education at the interface of biology and technology to solve real-world problems in environment, health, and industry. In Manav Rachna, the program has a research-based and practical approach with the facility of advanced lab facilities, cross-disciplinary studies, and industry tie-ups. Internships, projects, and workshops are offered as hands-on training to the students. The program also supports the development of innovation and thinking skills so that the graduates can succeed in research fields as well as corporate fields with hopeful expectations both in India and abroad.
Salary for B.Tech in Biotechnology depends on job designation, experience, and industry. The freshers are being offered ₹3.5 LPA to ₹6 LPA for the posts of Quality Analyst, Junior Research Associate, or Biotech Engineer. With more experience or in specialization areas such as bioinformatics, genetic engineering, or pharma R&D, one can earn ₹8–12 LPA. Well-equipped research background students or students pursuing further studies can thrive in academia, international research institutions, and biotech MNCs.
The Manav Rachna course of B.Tech in Biotechnology is an interdisciplinary blend of engineering, applied sciences, and biology. The key subjects include Cell Biology, Biochemistry, Microbiology, Molecular Biology, Immunology, Genetic Engineering, Bioprocess Engineering, and Environmental Biotechnology. The other subjects like Engineering Mathematics, Biostatistics, Instrumentation, and Bioinformatics are taught in the course as well. Laboratory training, industrial visits, and project work are included in the course so that the students can gain theoretical knowledge and practical knowledge in all semesters.
The scope of the field of B.Tech in Biotechnology is vast and growing day by day due to innovation in gene work, green agriculture, and health innovation. Biotechnology contributes significantly to vaccine technology, targeted therapy, and clean technology. The advent of synthetic biology, nanobiotech, and AI industry-based jobs has created job opportunities globally. They are able to employ themselves in R&D, biopharma, diagnostics, or green sustainability. Entrepreneurial opportunities and international research collaborations are also offered, which makes it a career of the future and a purposeful one.
Yes, Manav Rachna has great placement facilities for students of B.Tech in Biotechnology. The university's Corporate Resource Centre conducts campus hiring events of the top biotech, pharma, and healthcare companies. Placement coaching in the form of aptitude classes, group discussions, and mock interviews is conducted by students. Some of the previous recruiters included Biocon, Panacea Biotec, Dabur, Fortis Healthcare, and leading research laboratories. Pre-placement training in the form of internships is also given to many students, thus ensuring a smooth corporate-industrial interface.
The highest package offered to Manav Rachna B.Tech in Biotechnology pass-outs is ₹10 LPA, particularly for research positions, analytics roles, and specialized biotech services. Average packages are of the order of ₹3.5 to ₹6 LPA, but students with good academic records, internships, and industry-oriented practical project work experience are able to get placed on higher packages. Placement overseas and higher studies pay better in the long term.
Yes, Manav Rachna offers various scholarships to B.Tech in Biotechnology students based on merit, MRNAT or JEE Mains marks, and 12th marks. Scholarships range from 25% to 100% fee concession. Continuation scholarships are also offered by the university to regularly performing students, academically economic support is also provided to economically weaker sections, sports performers, and other such meritorious groups. Scholarships greatly reduce the cost burden and encourage academic excellence.
Steps to apply for B.Tech in Biotechnology at Manav Rachna are as follows:
All of these students who are admitted to the B.Tech Biotechnology (Lateral Entry) have the same wide list of career opportunities as regular B.Tech students. They are employed in fields like pharmaceuticals, medical research, clinical testing, agriculture, food processing, and environmental technology. Career options are Biotech Analyst, Clinical Research Coordinator, Laboratory Technologist, Quality Control Officer, and Genetic Engineering Assistant. The course is well-suited for pursuing M.Tech, MBA in healthcare management, or research-oriented advanced studies in India or abroad.
Lateral entry into BTech Biotechnology allows diploma or equivalent degree holders to accelerate engineering education without having to rediscover the first two years. Manav Rachna offers students a future-aiming curriculum, state-of-the-art biotechnology labs, experienced faculty, and research-learning experiences. The program includes industrial exposure, interdisciplinary learning, and lab training—allowing lateral entry candidates to match or even excel over traditional B.Tech graduates in shorter time.
Post B.Tech Biotechnology (Lateral Entry), the salary is comparatively in line with a standard B.Tech pass-out. The average package for the freshers may be ₹3.5 LPA to ₹6 LPA depending upon the role in the job and the hiring company. The salary can go even up to ₹8–10 LPA with experience or with little R&D, bioinformatics, or regulatory affairs roles. The final package will be decided on the basis of an individual's skills, internships, certifications, and course performance.
The BTech Biotechnology (Lateral Entry) course of study includes advanced-level subjects such as Molecular Biology, Bioprocess Engineering, Immunology, Genetic Engineering, Bioinformatics, Environmental Biotechnology, and Biostatistics. Since lateral entry students join in the second year of study, they cover technical and core biotechnology courses, practical laboratory experiments, projects, and electives. The course also involves industry-skills-based subject matter such as instrumentation, analytical techniques, and biotechnology entrepreneurship.
B.Tech Biotechnology (Lateral Entry) has a very bright employment prospect considering the global need for biotechnology applications in healthcare, agriculture, and pollution control. Such expertise gained by Manav Rachna alumni can make them the innovation leaders in research on vaccines, organic cultivation, regenerative medicine, and biopharma research. The students who come through lateral entry have a fair chance of placement with multi-national companies, research institutions, or start-ups or pursuing advanced studies in new arenas of biotechnology.
Yes, Manav Rachna offers full placement support to lateral entry students via its Corporate Resource Centre. Lateral entry students are trained in soft skills, resume preparation, aptitude tests, and interviews. The university has favorable industry contacts, and previous recruiters have been Biocon, Panacea Biotec, Dabur, Fortis, and government research institutions. Lateral entry students also engage themselves in internship opportunities and campus placement processes at par with regular students.
The topmost package offered to B.Tech Biotechnology (Lateral Entry) students of Manav Rachna is until ₹10 LPA, mainly for top-end research, regulatory affairs, and bioinformatics jobs. The majority of the placements are, however, between ₹3.5 to ₹6 LPA, but outstanding students with good research projects, certifications, or foreign exposure can negotiate packages according to their merit.
Yes, Manav Rachna also offers the students doing lateral entry scholarship on academic performance, MRNAT test performance, and previous diploma performance. Scholarship can be 25% to 100% fee waiver. The university also offers financial assistance to such deserving students under the headings of merit-based, sports quota, and socio-economic status. Scholarships offer quality education to more and more students within their affordability.
Proceed as follows to get admitted for B.Tech Biotechnology (Lateral Entry) at Manav Rachna: