THSTI Life Sciences Research Scientist & Tech Officer Jobs With Up To Rs. 85,000 pm Pay – Attend Walk-In

align: center;">THSTI Life Sciences Research Scientist & Tech Officer Jobs With Up To Rs. 85,000 pm Pay – Attend Walk-In

THSTI Life Sciences Research Scientist & Tech Officer Jobs With Up To Rs. 85,000 pm Pay – Attend Walk-In. Junior Research Scientist and Tech Officer openings for MSc & PhD Life science candidates at thsti (Translational Health Science and Technology Institute). Interested candidates can see the details of the MSc & PhD Life Science Job here and apply now.

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RECRUITMENT NOTICE NO. : THS/RN/35/2023
RECRUITMENT NOTIFICATION

Post I

Name of the post – Junior Research Scientist

No. of Posts: 01

Project: Translational Research Program

Age limit – 35 years

Minimum Qualification and Experience:

MD or M.Tech or equivalent or PhD in Life Sciences/Medical Sciences or equivalent from a
recognized University

Desirable Qualification & Experience:

1. Candidate should have competencies and work experience in (a) Digital PCR, quantitative PCR, Capillary Sequencing, and Next Generation Sequencing (b) Microbiome-based therapeutic discovery
2. Candidates should have the competency to analyze short- and long reads of next-generation sequencing data.
3. The work experience should be supported by relevant publications (research articles) in peer-reviewed journals.

Max Monthly Consolidated Emoluments – Rs. 85,000/-

Selection Process:

Interested candidates fulfilling the criteria as mentioned above may walk-in for written test/skill test/interview on 19th September 2023 at 9:30 am at THSTI, NCR Biotech Science Cluster, 3rdMilestone, Faridabad-Gurugram Expressway, Faridabad – 121001.

Post II

Name of the post – Technical Officer I

No. of Posts: 01

Project: Epidemic preparedness through rapid vaccine development: support of Indian vaccine development aligned with the global initiative of the Coalition for Epidemic Preparedness Innovations (CEPI)

Age limit – 35 years

Minimum Qualification and Experience:

PG Professional degree in Life Sciences/Chemistry or equivalent with one year of post-qualification experience in the relevant field.
OR
PG degree in Life Sciences/Chemistry or equivalent with two years of post-qualification experience in the relevant field.

Experience in: Metabolite/lipid sample preparation protocols from tissue, body fluid, and stool samples. Operation and maintenance of LCMS, and analysis of LCMS data

Max Monthly Consolidated Emoluments – Rs. 60,000/-

Selection Process:

Interested candidates fulfilling the criteria as mentioned above may walk-in for written
test/skill test/interview on 20th September 2023 at 9:30 am at THSTI, NCR Biotech Science Cluster, 3rdMilestone, Faridabad-Gurugram Expressway, Faridabad – 121001

Note: The candidates must bring their latest resume, one set of photocopy of documents in support of their educational qualification and experience along with originals and a valid ID card for verification. Candidates coming after the time slot mentioned will not be entertained.

General terms & Conditions :

1. This is a short-term positions and extension will be granted subject to satisfactory
   performance of the incumbents and tenure of the project for which they are selected. Those appointed to these positions will not have any claim for regularization of their employment.
2. All educational, professional and technical qualification should be from a recognized
   Board/University.
3. The experience requirement specified shall be experience acquired after obtaining the
   minimum educational qualifications required for the post.
4. The age limit, qualification, experience and other requirements may be relaxed at the
   discretion of the competent authority, in case of candidates who are otherwise suitable. In case candidates are not found suitable for the posts notified, they can be offered lower post / lower emoluments on the recommendation of the Selection Committee.
5. Age and other relaxations for direct recruits and departmental candidates: 1. By 5 years for candidates belonging to SC/ST communities. 2. By 3 years for candidates belonging to OBC communities. 3. For Persons with Benchmark Disabilities (PwBD) falling under the following categories: (i) UR – 10 years , ii) OBC – 13 years (iii) SC/ST – 15 years 4. For Ex-servicemen upto the extent of service rendered in defence forces (Army, Navy & Air force) plus 3 years provided they have put in a minimum of 6 months attested service. 5. Age is relaxable for Government servants up to 5 years in accordance with the instructions or orders issued by the Central Government, from time to time. 6. There is no upper age limit for the Institute employees who are treated as departmental candidates.
6. Number of positions may vary depending upon the requirement at the time of interview.
7. All results/notifications will only be published on our website. Therefore, the candidates
   should visit THSTI website regularly.
8. All communications will only be made through email.
9. Canvassing wrong in any form will be a disqualification.

Check the notification below

Here are 5 possible interview questions that could be asked in the technical round for the Junior Research Scientist and Technical Officer I positions, along with their answers:

For Junior Research Scientist:

1. Question: Can you explain the significance of Digital PCR, quantitative PCR, Capillary Sequencing, and Next Generation Sequencing in the context of your previous research? Answer: These techniques play crucial roles in modern life sciences research. Digital PCR and quantitative PCR are used to quantify DNA or RNA molecules accurately, Capillary Sequencing helps in DNA sequencing, and Next Generation Sequencing enables high-throughput sequencing of DNA or RNA. These techniques aid in understanding genetic variations, gene expression, and functional genomics.

2. Question: How do you analyze short- and long reads of next-generation sequencing data, and what tools/methods do you employ? Answer: Analyzing short- and long reads involves data preprocessing, alignment, variant calling, and interpretation. Tools like BWA, STAR, and GATK are used for alignment and variant calling. Quality control measures are essential, and analysis pipelines ensure accurate results.

3. Question: Can you provide examples of microbiome-based therapeutic discovery and its significance? Answer: Microbiome-based therapeutic discovery involves identifying beneficial microorganisms to develop therapies. For instance, fecal microbiota transplantation treats Clostridium difficile infections. Understanding the microbiome’s role in health and disease is vital for personalized medicine.

4. Question: How do you ensure the accuracy and reliability of your sequencing data analysis results? Answer: To ensure accuracy, quality control at various steps is essential, including base calling, alignment, and variant calling. Applying appropriate statistical methods and cross-validation techniques also contribute to reliable results.

5. Question: Can you discuss your experience in preparing research articles for peer-reviewed journals? What is the importance of such publications? Answer: Preparing research articles involves describing methods, results, and conclusions concisely. Peer-reviewed publications validate the quality of research and contribute to the scientific community’s knowledge. They provide a platform for sharing findings, receiving feedback, and building a researcher’s profile.

For Technical Officer I:

1. Question: Explain the process of metabolite/lipid sample preparation from tissue, body fluid, and stool samples. How do you ensure accurate and reproducible results? Answer: Sample preparation involves extraction, purification, and quantification of metabolites or lipids. Proper protocols and standardized procedures are crucial to ensure accurate and reproducible results. Quality control measures, such as spiking with internal standards, help validate the process.

2. Question: Can you detail the operation and maintenance of LCMS? What are the challenges you’ve encountered and how did you overcome them? Answer: Liquid Chromatography-Mass Spectrometry (LCMS) requires careful calibration, tuning, and maintenance. Challenges could include instrument drift or ion suppression. Regular maintenance, troubleshooting, and collaboration with experts in the field contribute to overcoming such challenges.

3. Question: How do you analyze LCMS data to extract meaningful information? What software/tools do you use for data analysis? Answer: LCMS data analysis involves data preprocessing, peak detection, alignment, and statistical analysis. Software like XCMS, MetaboAnalyst, or commercial platforms are used. Identification of metabolites through databases and statistical approaches is crucial for extracting meaningful information.

4. Question: Can you provide examples of research projects where LCMS data analysis played a crucial role in the outcomes? Answer: LCMS analysis is vital in metabolomics and lipidomics studies. For instance, LCMS revealed biomarkers for diseases, identified metabolic pathways, and assessed drug metabolism. Such insights aid in disease diagnosis, understanding cellular processes, and drug development.

5. Question: How do you ensure data integrity and compliance with ethical and quality standards in your research and analysis? Answer: Maintaining data integrity involves recording procedures, results, and analysis steps transparently. Adhering to ethical standards ensures accurate reporting and reproducibility. Validation of methods, following standard operating procedures, and keeping comprehensive records contribute to data integrity.

Editor’s Note: THSTI Life Sciences Research Scientist & Tech Officer Jobs With Up To Rs. 85,000 pm Pay – Attend Walk-In. Please ensure you are subscribed to the Biotecnika Times Newsletter and our YouTube channel to be notified of the latest industry news. Follow us on social media like Twitter, Telegram, Facebook and Instagram.