Good day, Shubham Kumar. I'm Arjun. I've had a look through your background and your professional record. I'm interested in hearing more about your work and how you see yourself fitting in here with our faculty. Ready to start?

Please start by introducing your professional journey in academia.

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Yes, Professor, you're audible. Please go ahead and share your professional journey in academia.

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Yes, you are audible. Whenever you're ready, please share your professional journey in academia.

Yes, as I have already explained this, I am Shubham Kumar. I have recently submitted my PhD thesis, uh, with the specialization in UH, inland wetland resources and wetland hydrology with the strong expertise in geospatial analysis, hydrological processes, climate-driven water variability.

My academic background integrates teaching, research and applied.

Project experience.

Along with this, I have experienced delivering theory and laboratory oriented courses that includes forest resource management, UH, remote sensing and GIS.

Along with this, UH evaluating students through structured assessment frameworks and guiding undergraduate and postgraduate research projects. My research contribution includes publication and reputed international journals focusing on water resource assessment, evapotranspiration dynamics, ecological resilience, ecosystem water interactions, and sustainability.

Overall, I see myself as a faculty member who contribute through structured teaching student mentoring.

Research, development and institutional academic responsibility.

I think which aligns with the expectation of this position. Thank you.

Thank you for sharing that, Professor Kumar.

Professor Kumar, let's verify your skills relevant to the role of Water Resources/Hydrology Professor. I'll focus on each skill one at a time to assess your capabilities thoroughly. Starting with your expertise in Water Resources and Hydrology: could you explain how you would approach quantifying groundwater recharge in an urban setting where natural infiltration is limited?

Yeah, sure. My expertise lies in the surface water hydrology, wet watershed processes, hydro climatic variability and water resource assessment under changing climatic conditions. And my research focuses are.

Uh, shallow inland wetlands, uh, in the same area region of India. I work extensively extensively on understanding water availability.

Evapotranspiration dynamics and hydrological responses to land use and climate variability. Along with this I integrate.

Classical hydrological principles with GIS, remote sensing and data-driven modeling approaches.

And this allows me to address both fundamental hydrology.

Concepts amid emerging technologies-based applications relevant to modern water.

Resource management. Thank you.

You have articulated your expertise comprehensively. Could you also elaborate on how you use GIS and remote sensing specifically in modeling groundwater recharge processes?

If we look at the groundwater recharge.

I have worked on the shallow wetlands in which I have quantified the ecosystem services modeling that integrates the, uh, the concept of groundwater recharge. For this I have used Invest model.

Integrated valuation of ecosystem services during my PhD research. Thank you.

Thank you for sharing. You have demonstrated familiarity with quantifying groundwater recharge through ecosystem services modeling and using tools like InVEST. Moving forward to the next skill: could you describe how you structure laboratory courses effectively to complement theoretical water resource topics?

Yeah, sure.

If we, uh, look at this aspect of laboratory.

Expertise. I follow a structured teaching approach where each lecture is aligned with clearly defined learning objectives and outcomes. I use visual aids, case studies, problem-based learning to enhance the understanding.

Of the graduate and postgraduate students during my PhD research and.

I have used the Arc GIS QGIS image in software.

To make enable the graduate postgraduate students in the water resource management using these geospatial tools.

Thank you.

Thank you, Professor Kumar. You've outlined a structured approach using geospatial tools like ArcGIS and QGIS, which is indeed critical for teaching water resource management practically. Now, can you explain how you assess student performance and ensure effective evaluation in laboratory and exam settings?

Definitely, I follow a ton transparent and structurally student evaluation system that align with the institutional academic regulations and this structure includes the continuous internal assessment, assignment, laboratory evaluation and end semester examination that is followed in the each and every University of India. Along with this, I focus on assessing both conceptual understanding as well.

Well as the application based skills which are one of the most important.

Part I ensure fairness, timely evaluation, and constructive feed feedback while maintaining academic integrity throughout this process. Thank you.

Thank you, Professor Kumar. You've described a robust and transparent evaluation methodology that addresses both conceptual and practical skill assessments effectively. Moving to the next skill: could you share how you guide student projects and research, specifically in hydrology or water resource management?

Yeah, I guide students by helping them.

Clearly defined research problems.

To help them selecting appropriate methodologies and and analyze result the result scientifically. In this process, I emphasize systematic planning, data-driven analysis and proper documentation. Further, I encourage interdisciplinary thinking in the undergraduate and postgraduate students.

And particularly at the interface of hydrogen, climate science, and geospatial analysis. Wherever feasible, I motivated students to.

Convert high quality project work to research, publication or conference presentation some of.

The undergraduate and postgraduate students are working on the publication part and they are ready to submit their publication.

Thank you.

Thank you for sharing, Professor Kumar. You have demonstrated a strong approach to research guidance, focusing on systematic problem-solving, interdisciplinary integration, and transitioning projects into publishable work. Next, could you discuss how you maintain clear communication and structure while teaching complex hydrology concepts to ensure students grasp them fully?

I try to make them learn the emerging technology such as GIS, remote sensing and machine learning.

Definitely, uh.

That significantly enhance hydrology education and research.

They allow specially explicit analysis of ideological processes.

And enable monitoring across large data regions. In teaching, these tools helps students work with real datasets and improve analytical analytical skills in research. They support improved modeling, prediction, and decision-making in water resource management.

Thank you.

Thank you, Professor Kumar. You have highlighted how emerging technologies enhance teaching and equip students with practical skills for hydrology and water resource management. Let's move on to your academic credentials. You have a PhD in Environmental Science. Can you detail how your doctoral work directly contributes to your expertise in hydrology or water resources?

My PhD work is directly related with the water resource and hydrology because I have opted the shallow wetlands of say Myriad Region to study for my.

Yes.

PhD work.

During this PSD work I have.

Evaluated the ecological resilience and the water stress.

That they are having and due to this.

Hydroclimatic stress How these ecosystems are affecting. I try to identify that before my PhD work, I have done my masters dissertation in which I have incorporated all the ecosystems.

Of Haryana and I try to identify how the hydro climatic stress is affecting the productivity of the ecosystems. So in that sense, I have been associated more than seven years in this water resource management and hydrology portion. Thank you.

Thank you, Professor Kumar. You've demonstrated considerable depth in hydrology and water resource research, focusing on hydro-climatic stress and ecological resilience. Next, regarding research publications, can you share your experience with publishing in peer-reviewed journals? Specifically, what challenges have you faced and how have you navigated them?

Yeah, as I have mentioned, my research focuses on water resources assessment, hydrological variability and ecosystem water interaction under changing climatic conditions.

Based on this, I have published several research publication in the last years. I have worked on evapotranspiration dynamics, water and carbon use efficiencies, and wetland hydrology using integrated field observation and satellite data recently.

I have published research paper in reputed International Journal.

And continue to pursue applied policy relevant research. One of the notable research publication is UH on the South Asian region in which I try to assess the ecological resilience based on the water and carbon use efficiency of the 8 S Asian countries, including India.

Nepal, Bhutan, Afghanistan, Sri Lanka.

Maldives, uh, etcetera. So this study is one of the notable publications that I have recently published. I actively involve students in research activities to strengthen both academic training and institutional research output. Thank you.

Thank you, Professor Kumar. You’ve outlined an impressive record of publication and impactful research, including large-scale ecological resilience studies and effective student involvement. Finally, turning to industry experience, can you detail your consultancy or industry project participation relevant to water resources or hydrology?

I have been involved in applied research and collaborative projects addressing real-world environmental environmental management challenges, including national and international initiatives. These experiences have strengthened my ability to work with external agencies and stakeholders. I am keen to develop consultancy and industry institution interaction through funded project and applied initiatives. In the.

Recent years I have worked with United Nations.

Uh, IIT Tirupati as well as the CSIR Niri, all these organizations are uh, repute of national and international.

Interest is. Thank you.

Professor, to begin, could you share your approach to teaching fundamental hydrology concepts in an introductory classroom setting?

Yeah.

So beyond teaching and research, I am committed to contributing to academic UH activities. But if we look at the UH teaching perspective.

Yes, I am comfortable, uh, guiding interdisciplinary research projects that integrate hydrology with environmental science, climate studies, and geospatial technologies. I believe interdisciplinary and UH is essential for addressing complex water resource challenges and I am interested in actively contributing to.

The same.

If you look at the teaching aspect here in the university.

Uh under the curriculum of National Education Policy 2020, UH.

I have taught some of the uh.

Subjects like water resource management.

Uh, hydrology?

And for this my.

Teaching philosophy is to make the concept simple as well as to connect with the applied studies.

That are currently going on so that our students can be capable.

To have the connect with the real problems that we are having.

Thank you.

Got it, Professor.

Professor Kumar, I'd like to delve deeper into your academic research and its connection to teaching. One of your projects, "Quantification of Cooling Island Effect of Urban Green Space and Water Bodies," involves analyzing temperature changes and the cooling effect of such spaces. Could you walk me through this project, explaining its methodology and significance? How would you translate this research into a lesson for undergraduate students?

Uh, thank you so much for highlighting, uh, my study. It is one of the notable study that, uh, was carried out, uh, for, uh, New Delhi. In this study, uh, we try to identify our natural, how our natural ecosystems can contribute to minimize the, uh.

Climate effect or microclimate effect that we are having in the mega cities and more especially are wetlands.

That can play a considerable role to minimize the temperature.

Uh, as well as the UR urban forest.

In this study, we have taken the some of the remote sensing satellite datasets like Landsat datasets. Along with this, we try to incorporate some of the land use land cover data set and try to integrate both the data set and try to find out how each ecosystem.

Is contributing to minimize the land surface temperature in the.

Urban setting so in this way we highlight the role of wetlands and role of water resource in our urban settings that can play, uh, a very.

Very considerable role to minimize the temperature of the urban microclimate. Thank you.

That's an insightful explanation about the project's methodology and significance, Professor Kumar. Now, considering undergraduate students, how would you create an engaging curriculum around this? For instance, how would you practically demonstrate satellite data integration or the relationship between land surface temperature and urban ecosystems to make the concepts more accessible to them?

Definitely it is a very interesting task to make the uh, remote sensing satellite data as well as the uh, existing conditions connecting uh, in front of the undergraduate and post period duty students. For that, I will adopt the uh, applied research. For this, we will perform.

Some of the analysis in the laboratory and then we will visit the existing conditions that are.

The, uh, urban settings. We will, uh, visit the.

You know, some of the places that are having such challenges and try to connect, uh, the actual situation. And based on that, we will try to integrate how these, uh, ecosystems are contributing to minimize the data at ground along with the, the analysis results of the analysis that we have.

Performed in our laboratory. Thank you.

Thank you for that detailed response, Professor Kumar. Bringing students into field visits to connect real-world observations with remote sensing analyses sounds effective—it bridges theoretical study and hands-on application beautifully. To probe further: during these applied sessions, how would you tailor your instructional approach to ensure that students with limited prior exposure to technical tools like Landsat datasets or geospatial software grasp the essential concepts and can participate meaningfully?

For that you know we will distribute small small task to the each student so that each student take part into the activities and contribute.

Because this participation will ensure to help the their understanding.

Along with this, we will try to provide some opportunities to demonstrate their results. This will help.

To develop the leadership capability during the study. So these are some of the key assignments that I'll provide and I will take the feedback as well so that I can ensure the.

Uh, the students.

Deliver.

Assignments.

Feedback I am having. Thank you.

What kind of?

Thank you, Professor Kumar. It’s commendable to see your focus on student engagement and leadership development through practical assignments and feedback mechanisms. Your approach reflects a strong commitment to effective pedagogy. Let’s move to the next section.

Professor, let's dive deep into your research plans. Can you outline your three-year roadmap for advancing high-impact studies in hydrology and water resource management? Additionally, how do you intend to align this research with the university's priorities, fostering interdisciplinary collaboration while securing sustainable funding?

Definitely yes. I am compatible guiding interdisciplinary research projects that integrate hydrology with the environmental science, climate studies, and geospatial technologies. I believe interdisciplinary and funded research is essential for addressing complex water resource challenges, and in this way I am interested in.

Actively contributing to proposal development and collaborative research initiatives.

Thank you.

To clarify, how would you ensure scalability within your lab while mentoring junior researchers? Specifically, how would you guide them toward producing consistent, high-quality publications that align with interdisciplinary research goals?

Our scheduled time for the interview is now up. Before we conclude, do you have any questions related to the role or the company?

Uh, for now, uh, thank you so much. Uh, I have no questions in this regard.

But I am motivated to contribute as a faculty member through teaching, research, mentoring, and academic services, and I value collaborative academic environments and continuous improvement in teaching and research practices. Therefore, I am looking forward to contributing to the institution academic excellence.

Thank you for sharing your thoughts, Professor. I appreciate your motivation to contribute to academic excellence. If you're ready to finalize the interview, please confirm explicitly that you'd like to end it.

Thank you.

Yes.

Just to confirm, are you requesting to end the interview at this point?