MSc Latest Chemistry Job At Primary Healthtech
Job role: Associate Researcher (Chemistry/Biotechnology)
Job location: Research Park, IIT Guwahati-Assam
Employment type: Full-time
- Work on planning, conceptualization, and development of various biological reactions and their application.
- Plan and carry out complex research projects, such as the development of new products and testing methods.
- Identify various biochemical analytes to determine their composition and concentration through different characterization techniques.
- Analysing preliminary experimental data using microsoft excel or google sheet.
- Maintain a clean lab space with the utmost attention to safety and attainment of quality standards.
- Carry out world-class research, especially industrial R&D.
- Master’s degree in Chemistry or relevant experience.
- Experienced in industrial R&D will be preferred.
- Experienced in UV visible spectrophotometer handling, micropipette handling, etc. will be a plus
- Experienced in conducting and analyzing chemical experiments will be preferred.
Possible interview questions with answers for the job role of Associate Researcher (Chemistry/Biotechnology) at Primary Healthtech:
1:Can you provide an example of a complex research project you’ve worked on in the past, particularly one related to the development of new products or testing methods in the field of chemistry or biotechnology?
Answer: Certainly. In a previous role, I was involvedin a research project focused on developing a novel testing method for detecting specific biomarkers related to [mention the specific application, e.g., disease diagnosis]. We successfully designed and implemented a cutting-edge assay, combining [mention relevant techniques or methodologies] to achieve highly accurate and rapid results. This innovation significantly improved the efficiency of biomarker detection in our research, showcasing the potential for real-world applications.
2:How do you prioritize safety and quality standards in a laboratory environment, especially when conducting experiments that may involve potentially hazardous materials or processes?
Answer: Ensuring safety and maintaining stringent quality standards in the laboratory is paramount. I prioritize safety by strictly adhering to safety protocols and guidelines, including the proper handling and disposal of hazardous materials. Regular safety audits and safety training sessions are essential components of my laboratory routine. Regarding quality standards, I meticulously document experimental procedures and results, conduct rigorous quality control checks, and maintain a clean and organized lab space. My commitment to safety and quality ensures reliable and reproducible research outcomes.
3: Can you share an example of a challenging biochemical analyte identification project you’ve undertaken and how you approached the characterization of the analyte using different techniques?
Answer : Certainly. I once encountered a challenging project where we needed to identify a specific biochemical analyte with complex properties. To address this, I employed a multi-faceted approach. First, I conducted preliminary analyses using techniques such as UV-visible spectrophotometry to gather initial data. Then, I incorporated more advanced characterization methods, such as mass spectrometry and nuclear magnetic resonance (NMR), to gain a deeper understanding of the analyte’s composition and structure. This comprehensive approach enabled us to successfully identify and characterize the analyte, paving the way for further research in the field.
4:In an industrial research and development (R&D) setting, how do you balance the need for innovation and the pressure to meet project timelines and goals? Can you provide an example from your experience?
Answer: Balancing innovation and project timelines in an industrial R&D setting requires a strategic approach. One example from my experience involved a project with tight deadlines to develop a new chemical process for [mention the specific application]. To meet these deadlines while fostering innovation, I collaborated closely with the team to identify key milestones and prioritize tasks. We established a culture of continuous improvement, encouraging team members to propose creative solutions to challenges. By maintaining open communication, setting clear objectives, and fostering a culture of innovation, we not only met our project goals but also introduced novel approaches that enhanced the overall research process.
MSc Latest Chemistry Job
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