MSc Chemistry JRF Opportunity at IISER Mohali, Applications Invited

Possible Interview Questions for the Junior Research Fellow (JRF) position:

1. Can you explain your background and experience in bioinorganic and electrocatalysis research?
   • Answer: I have a strong academic background in bioinorganic and electrocatalysis research, with a focus on understanding molecular catalysts for electrocatalytic carbon dioxide reduction. During my MSc in Chemistry, I conducted research projects in this field, exploring different catalysts and their applications in CO2 reduction. I am well-versed in relevant techniques, methodologies, and theoretical frameworks.
2. How did you contribute to the development of molecular catalysts for electrocatalytic carbon dioxide reduction in your previous research projects?
   • Answer: In my previous research projects, I actively contributed to the development of molecular catalysts for electrocatalytic carbon dioxide reduction. I participated in the synthesis and characterization of catalysts, studying their reactivity and efficiency in CO2 reduction. I also collaborated with team members to analyze experimental data and propose mechanistic insights. Overall, my work aimed to advance the understanding of these catalysts and their potential applications.
3. Have you worked with any national-level exams such as CSIR-UGC-NET or GATE? How did you qualify and perform in these exams?
   • Answer: Yes, I have appeared for and successfully qualified in the CSIR-UGC-NET examination. This exam tested my knowledge and understanding of various chemical concepts and their applications. I prepared thoroughly by studying relevant textbooks, solving practice questions, and staying updated with recent advancements in the field. I performed well in the exam, securing a qualifying score that demonstrates my proficiency in the subject.
4. Can you discuss any specific challenges or complexities you encountered while working on bioinorganic and electrocatalysis projects?
   • Answer: Working on bioinorganic and electrocatalysis projects often presents challenges, such as optimizing reaction conditions, handling sensitive catalysts, and interpreting complex data. One specific challenge I faced was designing efficient catalysts with high selectivity for specific CO2 reduction products. Overcoming these challenges required a combination of experimental skills, critical thinking, and continuous learning to explore new strategies and adapt existing methodologies.
5. How do you plan to contribute to the research project on the development of molecular catalysts for electrocatalytic carbon dioxide reduction?
   • Answer: I am eager to contribute to the research project by leveraging my expertise in bioinorganic and electrocatalysis. I intend to actively engage in the synthesis and characterization of catalysts, systematically investigating their electrochemical properties and performance in CO2 reduction. Additionally, I aim to collaborate closely with the research team, sharing insights, analyzing data, and collectively working towards achieving project milestones and objectives.

Remember, these answers should be personalized based on your specific research experience and achievements in the field of bioinorganic and electrocatalysis.