Application are in
vited for the following position under the DBT Proiect “Mass multiplication,cultivation, value addition, and population of Docynia indica among tribal communities of Assam and Meghalaya.” in the Department of Biotechnology, Gauhati University. You can see the Life Science JRF Job details below. Apply online if you are matching the qualifications. Life Science JRF Job Apply online.
Junior Research Fellow: 1
Name of the Project – “Mass multiplication, cultivation, value addition, and population of Docynia indica among tribal communities of Assam and Meghalaya.”
Duration: Two (2) years.
How to Apply –
- The application could be sent online to [email protected] or in hard copy to Dr. Pranjan Barman, Principal investigator, Lab 303, Department of Biotechnology, Gauhati University, Guwahati-781014, within 21 days from the date of advertisement.
- Shortlisted candidates will be intimated for the interview via email.
Qualification: 1st class level. Msc. degree in Biotechnology /Life science/Bioscience of the allied subject or 1st class p.G. degree in the professional course in Biotechnology/ Bioscience and allied subject. Candidates with CSIR NET/GATE/DBT-JRF/ICAR NET -JRF/ICMR NET-JRF qualification will be preferred.
Fellowship: The fellowship will be at 31,000/ per month with 16% HRA (with NET/GATE qualifications) or 18,000/- per month with 16% HRA (without NET/GATE qualification).
Greetings! We’re here to assist you in preparing for your upcoming interview by offering a selection of interview questions and answers that you can anticipate. We encourage you to thoroughly prepare and perform your best during the interview for the Life Science JRF Job.
1. Question: Can you explain your educational background and how it aligns with the qualifications required for this position?
Answer: I hold a first-class M.Sc. degree in Biotechnology, which is directly relevant to the requirements outlined in the job posting. My coursework has provided me with a strong foundation in biotechnology, life sciences, and related subjects, making me well-prepared for the responsibilities of this Junior Research Fellow role.
2. Question: Do you possess any of the preferred qualifications such as CSIR NET, DBT-JRF, ICMR NET-JRF, or ICAR NET-JRF? If so, how does it enhance your candidacy?
Answer: Yes, I have obtained the CSIR NET qualification. This certification demonstrates my proficiency and commitment to the field of biotechnology and life sciences. It signifies that I have successfully met the rigorous standards set by a recognized authority in the field, making me a strong candidate for this position.
3. Question: Can you describe your previous research experience, particularly any work related to mass multiplication, cultivation, or value addition of plant species?
Answer: During my academic journey, I had the opportunity to work on several research projects related to plant biology and biotechnology. I conducted a project focused on the mass multiplication and cultivation of indigenous plant species, which allowed me to gain practical experience in this area. My research involved optimizing growth conditions and value addition processes, which I believe would be beneficial for the current project.
4. Question: What interests you about the “Mass multiplication, cultivation, value addition, and population of Docynia indica among tribal communities of Assam and Meghalaya” project, and how do you envision contributing to its success?
Answer: I find this project particularly intriguing because it combines my academic interests in biotechnology with a focus on indigenous plant species and community involvement. I believe that my academic background, research experience, and dedication to the field will enable me to make significant contributions to this project. I’m excited about the opportunity to work on solutions that benefit both the environment and tribal communities.
5. Question: Research often involves challenges and setbacks. Can you provide an example of a research challenge you faced and how you overcame it?
Answer: One notable challenge I encountered during my previous research was the contamination of plant cultures, which threatened the integrity of the experiment. To address this issue, I implemented strict aseptic techniques, reviewed and adjusted my laboratory protocols, and sought guidance from my mentors. Through these efforts, I was able to identify the source of contamination, rectify the problem, and continue my research successfully. This experience taught me the importance of adaptability and meticulousness in research, qualities I would bring to this position.
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