Raman Research Institute BTech, MSc Biotech & Life Sciences Research Jobs – Apply Online

Raman Research Institute BTech, MSc Biotech & Life Sciences Research Jobs – Apply Online

Raman Research Institute BTech, MSc Biotech & Life Sciences Research Jobs – Apply Online. Research Assistant job openings for BTech and MSc Biotech, Life Sciences candidates. Interested and eligible applicants can check out all of the details on the same below

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RAMAN RESEARCH INSTITUTE
BANGALORE 560080
Advt., No. 5 /2023

The Raman Research Institute, funded by the Government of India, is a premier Institute engaged in research in basic sciences. More information about the Institute, the fields of research, and other details can be viewed at its website www.rri.res.in.

Applications are invited for up to THREE posts of RESEARCH ASSITANT (RA) on a temporary basis for Chromatin Biology Project in the Soft Condensed Matter Group of the Institute. The position is for 1 year and may be extended up to a maximum of 2 years, with regular evaluation. First 6 months of appointment will be under probation. We seek motivated individuals with good academic background with an aptitude to explore and master the functioning and use of

scientific equipment and eagerness to learn new techniques. The details of the required qualifications and experience are given below:

Upper Age Limit: The upper as limit is 45 years, as on the last date for closing of applications.

The last date for receipt of applications is 21 August 2023. Applications received after the last date will not be considered.

General Information:

1. Age relaxation will be applicable as per Govt., of India rules for the candidates belonging to SC/ST/OBC/PWD categories.
2. The institute reserves the right to restrict the number of candidates for test/ interview to a reasonable limit, on the basis of relevant qualification and experience higher than the minimum prescribed in the advertisement.
3. Candidate should be self-driven, motivated and have leadership skills to manage the personnel working with him.
4. Shortlisted candidates will be requested to appear for a personal interview at the Raman Research Institute. Under exceptional cases online (Zoom/Skype) interview may be considered. No TA/DA will be paid for attending the interviews. Mere fulfilling the essential and desired qualifications will not entitle an applicant to be called for interview.
5. The institute reserves the right to relax any of the above requirements in exceptional cases.
6. The Institute reserves the right, not to fill the post herein advertised.
7. Canvassing in any form shall disqualify the candidate.

How to apply:

Interested candidates can apply by filling up an online form. In the online form, the applicant will be required to upload PDFs/Images of all the relevant documents, including:

1. Scanned colour copies of Educational Certificates and mark sheets.
2. Curriculum Vitae. Should include detailed a description of the research projects done.
3. Statement of purpose (500 words max), as to what motivates the applicant to apply for the above post and why the applicant is the appropriate choice for the opening.
4. A recent passport-size photograph and the image of the candidate’s signature.
5. Each applicant would need to provide references of two individuals whom the Institute could contact for referral letters.

In case of any queries/help, please contact [email protected].
Link to the application: http://rhino.rri.res.in:9900/forms/rachbio052023.php
Incomplete applications, particularly those without a Statement of Purpose or description of research projects done, may not be considered.

Job Description: RA will be responsible for setting up invitro experiments on chromatin assembly for single molecule biophysics experiments. Extensive hands-on experience of molecular biology techniques handling DNA and protein, is a must.

Remuneration: A consolidated remuneration of Rs. 31,000/- plus HRA per month will be paid to the selected candidates.

Essential Qualification: M.Sc./B.E./B.Tech. degree in any field of Biotechnology/Life Sciences/ Chemical Sciences with at least 1 year of academic/industrial research work experience in molecular biology and DNA and protein biochemistry.

Desirable: Experimental work experience in a research lab in molecular biology, biochemistry, cell biology, cloning, recombinant protein expression and purification and microscopy imaging. Candidates with experience with chromatin assembly, DNA-protein complex assembly, CRISPR-Cas9 work, and handling RNA work will be preferred. Hands-on experience with quantitative techniques like UV-vis absorption, white-light and/or fluorescence microscopy and density gradient fractionation will be preferred. Ability to work in a multidisciplinary lab environment, detail and math-oriented, excellent documentation skills and should have quantitative approach in research. Familiarity with Excel, Onenote, as well as any programming language, is desirable.

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Possible Interview Questions:

1. Can you describe your experience with setting up invitro experiments on chromatin assembly for single molecule biophysics experiments? What specific molecular biology techniques have you utilized in this context? Answer: In my previous research work, I have gained extensive hands-on experience in setting up invitro experiments related to chromatin assembly for single molecule biophysics experiments. I have employed molecular biology techniques such as DNA and protein handling, recombinant protein expression, and purification. Additionally, I have conducted experiments involving CRISPR-Cas9 work and RNA handling, which have further contributed to my expertise in this field.
2. How do you approach managing and documenting experiments in a research lab environment? What methods do you use to ensure accurate and detailed documentation of your work? Answer: In a research lab environment, I prioritize meticulous documentation of experiments. I maintain detailed lab notebooks with clear and organized entries, recording all procedures, observations, and results. Additionally, I use digital tools like Excel and Onenote to keep track of experimental data and progress. This approach allows for easy retrieval of information and aids in the analysis and interpretation of results.
3. Can you provide examples of your experience with quantitative techniques like UV-vis absorption, fluorescence microscopy, and density gradient fractionation? How have these techniques contributed to your research work? Answer: I have utilized quantitative techniques like UV-vis absorption to analyze DNA and protein interactions, fluorescence microscopy for imaging cellular structures, and density gradient fractionation to separate and study biomolecular complexes. These techniques have been essential in gathering quantitative data and providing valuable insights into various molecular processes, aiding in the interpretation of experimental results.
4. How do you stay updated with the latest advancements in molecular biology and related fields? Can you provide an example of how your continuous learning approach has benefited your research work? Answer: I maintain an active interest in scientific literature and regularly attend conferences and seminars to stay updated with the latest advancements in molecular biology. For instance, by keeping track of new developments in CRISPR-Cas9 technology, I was able to optimize its application in my research project, leading to more precise and efficient experimental outcomes.
5. In a multidisciplinary lab environment, how do you effectively collaborate with other team members from different scientific backgrounds? Can you share an example of a successful collaboration that resulted in significant research progress? Answer: In a multidisciplinary lab setting, effective communication and teamwork are essential. I actively engage in discussions and brainstorming sessions with colleagues from diverse scientific backgrounds to understand their perspectives and contribute my expertise. For instance, collaborating with a cell biology specialist in my previous project allowed us to combine chromatin assembly data with cellular imaging, providing a more comprehensive understanding of our research topic.

(Note: The answers provided are sample responses and can be tailored based on the candidate’s actual experience and achievements in the relevant technical areas.)

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