About NIABNational Institute of Animal Biotechnology (NIAB), located in Hyderabad, is an autonomous research institution established by the Department of Biotechnology (DBT), Government of India. It offers education as well as advanced research on animal health and productivity. It is also engaged in the improvement of animal health for human welfare. NIAB is currently inviting application for PhD admissions 2021-vide its official notification (advertisement no. RSP-1/2021). Interested and eligible candidates can submit their application.
PhD program detailsThe institute offers PhD in the following research areas of sciences:
Benefits to the StudentsFacilities: The institute has world-class infrastructure and facilities. It offers well-equipped laboratories and a library.
Faculties: The candidates will be taught and guided by the top-notch trained faculties who are experts in their field and have expertise in advanced biotechnological tools, etc.
Campus Life: NIAB offers a separate hostel facility, individual rooms, neat, clean and safe canteen facility etc.
COVID-safe Campus: NIAB follows national as well as international recommendations for COVID-19. It has a strict in-out policy for all the staff and students. Other safety measures like social distancing, wearing a mask, sanitisation etc. are also strictly followed.
Eligibility CriteriaThe candidates who wish to join a PhD program at NIAB, Hyderabad must hold a Master's degree such as MSc or M.Tech or MVSc or M.Pharm or MBBS or a B.Tech degree in Life Sciences or any relevant branch. The candidates must have qualified for any national level exam such as CSIR -NET-JRF/UGC-NET-JRF/DBT/ ICMR/INSPIRE/UGC-RGNF or any other national research fellowship for 5 years. However, the candidates with the only GATE, MPAT or other certification exams will not be considered.
Application ProcedureThe eligible candidates can apply for the PhD program at NIAB through an online application in the prescribed form available on the online portal of NIAB. To apply, the candidates will have to visit the official website of NIAB and follow the instruction carefully as mentioned. The application form must be annexed with all the required documents in soft copies.
Documents to be uploadedSoft copies of the following documents/certificates are required to be uploaded:
For any queries regarding the application form, candidates can send an email to firstname.lastname@example.org.
Selection CriteriaSelection of the students for admission to PhD Program will be based upon an interview. Only shortlisted candidates will be interviewed via video conferencing. The virtual interview will be carried out in many rounds, spread over two days.
Candidates are requested to view the profile and research interest of faculties along with the vacant seats in their laboratory at the following link: https://www.niab.res.in/people/
After the interview, a complete list of laboratories and research areas will be given to the students from which they will have to select the research topic of their area of interest to work at NIAB.
All the rights to accept or reject an application will be reserved with the NIAB without assigning any reason.
Important DatesCommencement of Online Application: April 01, 2021
Closing date of Online Application: April 30, 2021
Scheduled of the Online Interview: May 07-08, 2021
Joining of Selected Candidates at NIAB: June 01, 2021
Contact DetailsNational Institute of Animal Biotechnology (NIAB),
Survey No. 37, Extended Q City Road,
Opp. Journalist Colony,
Near Gowlidoddi, Gachibowli,
Hyderabad, Telangana – 500032
Tel: +91 40 2312 0115
Official Websites: http://www.niab.org.in
More articles: PhD Admissions
Animal biotechnology has already emerged as a very big research area and has many practical applications in related industries. The main idea behind this technology is to use genetic engineering in developing a particular type of breed of the animals and produce the preferred one in bulk which is sometimes referred to as cloning also. Apart from that it has a lot of research potential in studying and finding the ways of transplanting animal parts in humans. The technology of gene replacement, gene splicing, and many other DNA level manipulations have opened a lot of opportunities in this area.
I want to add that this area is not an easy area to work as it is something in the nature of modifying living organisms and getting the results in macroscopic as well as microscopic world connected to the life form. If used in a positive and constructive way for the welfare of the human race it has great potential. There are always some ethical and legal issues related to these types of scientific advancements and researches done and I believe that research scholars will keep all those aspects in the back of their minds so that no unwanted benefit is derived or thought from those miraculous learnings in this ever-growing field.