Chemistry JRF Vacancy – IIT Delhi Hiring For ISRO Funded Project
Chemistry JRF Vacancy Applications from lndian nationals are invited for Project Appointment under the following project. Appointment shall be on contractual basis with consolidated pay, renewable yearly or up to the duration of the project, whichever is earlier. Apply online for IIT Project for science students.
Project Title: The study of Atmospheric carbon Dioxide (co2) and Methane (cH4) Variabilities Using satellite Data and Atmospheric chemistry Transport Model over the lndian subcontinent (RP04554G)
Funding Agency: lndian Space Research Organization (ISRO)
Project investigator: Prof. Ravi Kumar Kunchala
Department/Centre: Centre for Atmospheric Sciences (CAS)
Duration of the Project: Up to 11/07/2025
Advertisement No.: llTD/lRD/1 73/2023
Job Title: Jr. Research Fellow
Consolidated fellowship: Rs.31,000 /- + HRA@24%
Essential Qualifications for IIT Project for science students:
1st class M.Sc. in Physics/Chemistry/Mathematics/Atmospheric Sciences/ Meteorology/ Earth Sciences with first class and a valid NET/ GATE* qualification OR M. Tech in Atmospheric Sciences/Equivalent with first class and GATE qualification.
The requirement of NET/GATE examination for the selection to the post of JRF/SRF may be relaxed for the candidates who have graduated from Centrally Funded Technical lnstitutes (CFTIs) with a CGPA of more than 8.000 (80% aggregate marks)
How to Apply for IIT Project for science students:
Download Form No. IRD/REC-4 from the IRD Website (http://ird.iitd.ac.in/rec) of llT Delhi. Submit the duly filled form with complete information regarding educational qualifications indicating percentage of marks/division, details of work experience etc. by e- mail with advertisement No. on the subject line to Prof. Ravi Kumar Kunchala at email id :[email protected] The last date for submitting the completed applications by email is 10/09/2023 by 5.00 p.m.
Possible Interview Questions and Answers:
1.Question: Can you briefly explain your understanding of the project’s objectives and its significance?
Answer: This project aims to analyze the variations in atmospheric carbon dioxide (CO2) and methane (CH4) over the Indian subcontinent using satellite data and atmospheric chemistry transport models. By doing so, we can better understand greenhouse gas emissions and their impact on climate change, which is crucial for environmental management and policy-making.
2. Question: What specific skills and expertise do you bring to this project?
Answer: I have a background in environmental science with a focus on atmospheric chemistry. I have experience in data analysis, including satellite data, and have worked with atmospheric transport models. These skills make me well-suited to contribute effectively to this project.
3.Question: How do you plan to collect and analyze satellite data for this project?
Answer: Satellite data can be obtained from sources like NASA or ESA. I will use remote sensing techniques to collect relevant data and employ statistical and modeling tools to analyze it, looking for patterns and trends in CO2 and CH4 levels over the Indian subcontinent.
4. Question: What challenges do you foresee in working with satellite data, and how would you address them?
Answer: Challenges may include data quality, preprocessing, and cloud cover. To address these, I will carefully preprocess the data, use quality control measures, and consider alternative data sources if necessary to ensure the accuracy of our analysis.
5. Question: How would you ensure the accuracy of the atmospheric chemistry transport model you plan to use?
Answer: I will validate the model using ground-based measurements and compare its predictions with observed data. Model parameters will be fine-tuned as needed to ensure it accurately represents the transport and chemistry of CO2 and CH4 in the atmosphere.
6. Question: What are the potential policy implications of the findings from this project?
Answer: The findings can inform policies related to carbon emissions reduction, climate change mitigation, and air quality improvement in the Indian subcontinent. They may also contribute to international efforts to combat climate change.
7. Question: How do you plan to collaborate with other team members and stakeholders on this project?
Answer: Collaboration is essential. I intend to maintain open communication with team members, attend regular meetings, and share progress updates. I will also engage with relevant stakeholders, such as environmental agencies, to ensure our research aligns with practical needs.
8. Question: Can you describe a previous project where you worked with environmental data and research models?
Answer: In a previous project, I studied air quality in urban areas using atmospheric dispersion models. I collected and analyzed data from air quality monitoring stations and used modeling to assess the impact of pollution sources on local air quality.
9. Question: How do you plan to disseminate the results of this research?
Answer: I will publish our findings in peer-reviewed scientific journals and present them at relevant conferences. Additionally, I will create accessible summaries for policymakers and the general public to ensure our research has a broad impact.
10.Question: What is your long-term vision for your career in environmental research, and how does this project align with it?
Answer: I am passionate about contributing to sustainable environmental practices. This project aligns with my goal of advancing our understanding of atmospheric dynamics and greenhouse gas variations. I hope that the knowledge gained here will contribute to informed environmental policies and inspire further research in this field.
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