Presidency University Job Opening For Life Sciences, Microbiology, Plant Biotech Eligible
Presidency University Job Opening For Life Sciences, Microbiology, Plant Biotech Eligible. Interested and eligible applicants can check out all of the details on the same below
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Advertisement for the post of Junior Research Fellow (JRF) under SERB-funded Project – Applications are invited
Role: Junior Research Fellow
No of post: one (01)
Project title: Functional inter-connection between WISH and cell-wall biosynthesis / remodeling pathway in rice blast fungus
Tenure: The project is tenable up to 24.01.2025 and the position is coterminous with the project (subject to satisfactory performance and availability of funds)
Age Limit: Not more than 28 Years. SC/ST/OBC/Women candidates will get age relaxation as per SERB, Govt. of India norms
Date, Time, and Venue of Interview: 14th September 2023 at 11:00 am at the Department of Life Sciences, Presidency University, 86/1 College Street, Kolkata 700073, West Bengal.
Application process:Eligible and interested candidates should send their applications in the given format (along with scanned copies of educational certificates etc.) through e-mail to Dr. Nazmiara Sabnam ([email protected]) mentioning the subject as “Application for JRF under SERB (CRG)” on or before 13 th September 2023.
Note:The selected candidate may be allowed to enrol
in the Ph.D. program as per university rules and subject to satisfactory performance.Terms and conditions :
- All the terms and conditions for this recruitment will be as per the guidelines of the DST-SERB and Presidency University Kolkata.
- The above position is purely contractual and is for the duration of the project only. Selected candidates will not be entitled to claim any regular appointments/absorption in this institute.
- No TA/DA will be paid for attending the interview.
- Candidates meeting only the minimum eligibility criteria may not necessarily be called for the interview. Short-listing criteria may be higher than the minimum eligibility.
- Only shortlisted candidates will be intimated via e-mail for interview. Candidates are advised to check their e-mail regularly.Incomplete application will not be accepted.
- Original documents and self-attested copies of age proof/certificates/degrees/ mark sheets and other testimonials must be presented at the time of interview.
- Decision of the Selection Committee is final.
- The selected candidate will have to join duty immediately upon receipt of the offer.
- In case the performance is not satisfactory the appointment is liable to be terminated at any time without any notice.
- Canvassing in any form will disqualify the candidature.
Dr. Subhankar Roy-Barman (PI), Associate Professor, Department of Biotechnology & Dr. Utpal Adhikari (Co-PI), Assistant Professor, Department of Chemistry
National Institute of Technology Durgapur
Mahatma Gandhi Rd, A-zone
Durgapur-713209, West Bengal
Dr. Nazmiara Sabnam (Co-PI), Assistant Professor, Department of Life Sciences
Presidency University
86/1 College Street,
Kolkata-700073, West Bengal
Emoluments : Rs.31,000/- p.m. (1st Year & 2nd Year) and 35,000/- p.m. (3rd Year) plus 24% HRA
Essential Qualification: Masters degree in Plant Biotechnology/Botany/Plant Pathology/Biotechnology/Microbiology/Life Sciences with a minimum of 55% marks in aggregate from a recognized University and must have valid UGC/CSIR-NET (JRF/LS)
Desirable Qualification: Preference will be given to candidates having working experience relevant to the project. The student should have an experience in DNA and RNA isolation, protein expression and purification, PCR, cloning, Western blotting, handling microbial cultures, microscopy, and basic Bioinformatics. Sound knowledge of MS Office and other basic computer operations is highly desirable.
Download the Application Form Here
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Here are a few potential interview questions and answers for the JRF post under SERB-funded project :
1. Can you briefly explain your educational background and research experience relevant to this project? Answer: I have a Master’s degree in Plant Biotechnology with a focus on plant-pathogen interactions. During my academic journey, I conducted research projects that involved studying the molecular mechanisms underlying disease resistance in plants. My experience includes DNA and RNA isolation, protein expression and purification, PCR, and microbial culture handling. I’ve also worked on cloning and Western blotting techniques. Additionally, I’ve used microscopy to observe cellular processes, and I’m comfortable with basic bioinformatics tools for data analysis.
2. How does your experience align with the functional inter-connection between WISH and cell-wall biosynthesis/remodeling pathway in the rice blast fungus, as mentioned in the project title? Answer: My background in plant-pathogen interactions directly aligns with the focus of this project. I have studied the communication between plants and pathogens, particularly the defense responses triggered by plants against fungal infections. This experience provides me with insights into the cellular and molecular processes involved, including cell-wall dynamics and remodeling pathways. This knowledge will enable me to explore the functional inter-connections between WISH and the cell-wall biosynthesis/remodeling pathway in the rice blast fungus.
3. Could you provide an example of a research project where you utilized DNA and RNA isolation techniques? Answer: Certainly. During my Master’s program, I worked on a project aimed at understanding the expression patterns of disease-responsive genes in tomato plants upon fungal infection. I isolated DNA and RNA from both infected and healthy plant tissues. The DNA isolation was crucial for genotyping, while the RNA isolation helped me perform gene expression analysis through techniques like qRT-PCR. This experience honed my skills in working with nucleic acids and gave me a deeper understanding of gene regulation in response to pathogens.
4. How would you approach studying the interaction between the WISH pathway and cell-wall biosynthesis in the rice blast fungus? Answer: To study this interaction, I would first review existing literature to understand the current knowledge about both the WISH pathway and cell-wall biosynthesis in the rice blast fungus. Then, I would design experiments to manipulate the expression or activity of components within these pathways. For instance, I might conduct gene knockdown experiments or overexpression studies to observe changes in cell-wall composition or fungal growth. Techniques like Western blotting and microscopy could help monitor protein levels and structural alterations. Overall, I would integrate molecular biology, genetics, and microscopy to uncover the potential crosstalk between these pathways.
5. How do you plan to manage your responsibilities and ensure timely progress within the three-year project tenure? Answer: Effective time management and goal setting are crucial in research projects. I would begin by creating a detailed project timeline, breaking down tasks into smaller milestones. This would help me allocate sufficient time to each experimental phase. Regular discussions with my supervisor and team members would ensure that I’m on track and seeking guidance whenever needed. I’m also proficient in using project management tools to monitor progress. By staying organized, adaptable, and communicating openly, I’m confident in delivering timely and meaningful contributions to the project.
Good luck !
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