Environmental & Pollution Research Professional Interview

Solutions to environmental problems can make a real difference only by bridging the gap between scientific research and practical approaches that can promote a cleaner, healthier, and more sustainable living.

Ajay Nagpure, our next pathbreaker, Scientist at Princeton University, conducts research on critical global issues related to air pollution, climate change, and their impacts on human health.

Ajay talks to  Shyam Krishnamurthy from The Interview Portal about one of his memorable works involving studying the impact of open waste burning on the Taj Mahal., which not only highlighted the damage being caused to the world heritage site but also led to policy changes in India that restricted open waste burning, improving air quality in the region.

For students, no matter how difficult the situation seems, how others perceive you, or what grades you have, the most important thing is never to judge yourself negatively.

Ajay, can you explain your background to our young readers?

I grew up in the villages of Balaghat district, Madhya Pradesh, in Central India. My father was a homeopathic practitioner, and my mother took care of the home. Life was simple, and while we didn’t have much—no electricity or proper water supply at home when I was in 4th and 5th grade—it felt normal to me. At the time, I didn’t realize these things were challenges; it was just how life was.

Money was tight, so I tried to find ways to help out. I sold comics and even rented them out to friends to earn a little money. It wasn’t a big deal for me then; it just felt like something I had to do. Looking back now, I realize these small things taught me important life skills like resourcefulness and independence without me even knowing it.

In 10th grade, things got tougher. My parents separated, and I had to cycle 32 kilometers every day to attend school. But even then, it didn’t feel like a struggle—I just accepted it as part of my routine. Only now do I realize how much determination it must have taken. It was exhausting, but I kept going because I believed education was important, even if I didn’t have a clear idea of what I wanted to do with my life at that point.

As a student, I was pretty average. My grades weren’t great, and I wasn’t particularly outgoing. I stuck to my small circle of friends and didn’t participate much in extracurricular activities. However, I did enjoy being involved in student politics, which helped me develop some confidence and leadership skills.

At the time, I didn’t see my life as challenging or extraordinary—it was simply the way things were. But now, when I look back, I realize how those experiences shaped me. They taught me resilience, adaptability, and the importance of working hard, even when you don’t have all the answers. Those lessons became the foundation for everything I’ve done since then.

What did you do for graduation/post graduation?

For my undergraduate studies, I pursued a Bachelor of Science (BSc) in Science. At the time, I didn’t have a clear career plan, but I knew I wanted to continue learning. Choosing my Master’s program in Environmental Biology wasn’t a well-thought-out decision—it was a practical one because the fees were affordable. Sometimes, practicality drives our choices, and that’s okay.

To fund my education, I started giving tuitions to younger students. Teaching not only helped me financially but also allowed me to strengthen my own understanding of the subjects. It built my confidence and improved my communication skills, which later became critical in my career.

One of the most important lessons I learned during this period is that your grades or the subject you choose are not the only factors that define your future. Determination, hard work, and a positive mindset can overcome any obstacle. Growing up, many people compared me to others with better marks and told me I wouldn’t achieve much. But I refused to judge myself based on their opinions. I kept telling myself, “I’ll make something of my life,” and that belief kept me going.

Can you talk about some of the influences that led you on such an offbeat, unconventional and uncommon career path in Environmental Research?

After completing my Master’s degree, I was actively looking for jobs. It wasn’t an easy time—I applied to various positions, hoping to secure something that would allow me to start building my career. My first job was as a school teacher at a private school, earning a modest salary of Rs. 1500 per month in 2003. It wasn’t much, but it was a starting point that helped me gain experience and build confidence.

Soon after, I received two interview calls. One was for a Junior Research Fellow (JRF) position at the Zoological Survey of India (ZSI). After completing the interview, I had to wait almost four months for the results. It was a long and uncertain wait, and I often called the ZSI office to check on the outcome. When I finally got the position, it was for a 10-month project at Kanha National Park. That job was pivotal for me—it allowed me to work in the field, gain hands-on experience, and understand the intricacies of research in environmental science.

During my time at ZSI, I didn’t stop looking for new opportunities. I applied for a project position at the Wildlife Institute of India, which I successfully secured. After completing that project, I joined another research project at IIT Roorkee. This was a crucial turning point in my career. While working full-time on the project, I enrolled as a part-time PhD candidate. Balancing both was challenging, but it was during this time that I discovered my passion for research and made significant progress in my academic career.

During my PhD, I managed to publish seven research papers—a remarkable achievement that isn’t very common for PhD students. This not only enhanced my academic credentials but also gave me the confidence to pursue bigger opportunities. My time at IIT Roorkee became the foundation for my current role and set the direction for my career.

Looking back, each step—from my first job as a school teacher to my PhD research—played a role in shaping my career. The experiences taught me perseverance, patience, and the importance of continuously striving for growth, even when the path ahead is unclear.

How did you plan the steps to get into the career you wanted? Tell us about your career path

My academic journey was not meticulously planned. After completing my BSc, I chose a Master’s program in Environmental Biology primarily because it was affordable. However, this decision turned out to be critical, as it aligned with my growing interest in environmental research.

At the Zoological Survey of India (ZSI), my research was centered on estimating the reptilian population in Kanha National Park, a project that involved in-depth fieldwork. I conducted systematic surveys in the dense forest, where I searched for a variety of reptilian species, including lizards, snakes, and other reptiles. The process involved carefully capturing these species using humane techniques, identifying them by their morphological characteristics, and recording their details, such as habitat, behavior, and population density. This work required navigating challenging terrain, ensuring safety in the presence of potentially dangerous species, and employing a scientific approach to collect accurate data. The findings contributed to the biodiversity database and informed conservation strategies for reptilian species in the park.

At my next stint at the Wildlife Institute of India (WII), I was fortunate to be part of India’s first Tiger Census Project, a landmark effort in wildlife conservation. This involved using several advanced and traditional methods:

• Straight Transect Walks: This technique involved walking along predefined straight-line paths in the forest and systematically observing and counting ungulate species (deer, antelope, and other prey animals) that are critical to tiger survival. The data was analyzed to estimate prey availability in tiger habitats.
• Camera Trapping: Cameras with motion sensors were strategically placed in the forest to capture images of tigers as they passed by. Individual tigers were identified based on their unique stripe patterns, which served as a natural fingerprint. These images allowed us to estimate population sizes and territorial ranges.
• Tiger Collaring: GPS-enabled radio collars were fitted on selected tigers to track their movements, understand their territorial behavior, and assess habitat use. This provided critical data on how tigers navigate through fragmented landscapes and interact with other species and human activities.

This combination of methods enabled a comprehensive understanding of tiger populations and their ecosystems, paving the way for improved conservation measures.

Pursuing a PhD at IIT Roorkee while working full-time was one of the most challenging phases of my life.

My approach to building my career was driven by a simple yet powerful mindset: consistent hard work, sincerity, and honesty. I didn’t have a detailed plan when I started, but I strongly believed that if I focused on my area of interest and kept moving forward, opportunities would eventually come my way.

I firmly believe that qualities like determination, sincerity, and a strong work ethic can often surpass other skills such as communication (especially in English), presentation abilities, or even academic marks. These qualities make people notice your potential and build trust, which often opens doors to new opportunities.

Wherever I worked, I made sure to give my 100%. Whether it was a small job with a modest salary or a high-level research project, I treated each role as an important step in my journey. This mindset not only helped me build a strong foundation but also allowed me to grow steadily in my career.

My transition to IIT Roorkee was a turning point. While working on a project, I simultaneously pursued my PhD part-time. Managing a full-time job and a PhD was challenging, but it was during this time that I truly realized my passion for research and academic growth.

Networking played a crucial role in my career progression. I made it a point to connect with mentors, colleagues, and peers at every stage of my career. These relationships often led to new opportunities, whether it was applying for a research fellowship or collaborating on a project.

Building good contacts doesn’t just happen through formal meetings—it comes from consistently showing dedication, reliability, and a positive attitude in your work.

One of the key lessons I’ve learned is to stay open to opportunities and be willing to take risks. Sometimes, the path isn’t clear, but if you keep exploring and working towards your goals, things start to fall into place. I also believe in self-improvement. For instance, coming from a Hindi-medium background, I struggled with English communication. Over time, I worked hard to improve by practicing, reading, and learning from others.

My career path was not pre-planned or perfect, but it was built on a foundation of hard work, sincerity, and adaptability. Each job and opportunity added to my skills and experiences, ultimately shaping me into the professional I am today. If you stay committed and keep giving your best, you will create a strong base for your career and open doors to new possibilities.

Can you explain what your PhD research at IIT Roorkey?

At the Indian Institute of Technology (IIT) Roorkee, my research shifted focus to environmental science. My PhD work aimed to assess the contribution of various sectors—such as transportation, waste management, household cooking, and agriculture—to air pollution and greenhouse gas emissions. The insights from this research are crucial for helping policymakers design effective strategies to reduce emissions and mitigate climate change. This work bridged science and policy, ensuring a direct impact on environmental decision-making.

During my PhD at IIT Roorkee, I worked on a big problem: How much pollution comes from vehicles in Indian cities?

In India, it’s very hard to calculate this because we don’t have detailed data about all the vehicles on the roads. Most tools used in other countries like the U.S. or Europe don’t work well here because our conditions are very different. To solve this problem, I created a simple tool called the Vehicular Air Pollution Inventory (VAPI) model.

What Is the Problem?

1. Challenge: India didn’t have an easy way to calculate how much pollution is caused by vehicles. Without this information, it’s hard to make good plans to reduce pollution.
2. Goal: To create a simple tool that works with the type of information we already have in Indian cities and helps figure out how much vehicles pollute.

What Is the VAPI Model?

The VAPI model is a tool that calculates pollution caused by vehicles in cities. It’s simple and designed to work with the data available in India. The model focuses on three types of pollution:

• Exhaust Emissions: Pollution from the vehicle’s engine.
• Evaporative Emissions: Pollution from fuel evaporation.
• Non-Exhaust Emissions: Pollution from tires and brakes wearing out.

How Does the Model Work?

1. Collecting Information:
   • I collected basic details like how many vehicles are in the city, the types of vehicles (cars, bikes, trucks), and the fuel they use.
   • I also included information about the city’s weather (temperature and humidity) and its altitude.
2. Calculating Pollution:
3. Using this information, the VAPI model calculates how much pollution is caused by vehicles in the city, especially harmful gases like carbon monoxide (CO) and nitrogen oxides (NOx).
4. Testing the Model:
5. I tested the model in Delhi, where vehicles are a major source of pollution. The results matched very well with actual pollution levels recorded in the city. This proved that the model works and is reliable.

Why Is This Important?

1. Helps Solve Pollution Problems: The model helps us understand how much pollution comes from vehicles and which types of vehicles pollute the most.
2. Supports Better Decisions: Policymakers can use this information to make cities cleaner by improving public transport, promoting cleaner fuels, or setting stricter rules for vehicles.
3. Planning for the Future: The VAPI model can predict how pollution might increase or decrease in the future, depending on what actions are taken.

How Does This Help India?

Pollution from vehicles is a big problem in cities like Delhi, Mumbai, and Bengaluru. The VAPI model is designed to help India:

• Find Solutions: It shows which vehicles or fuels are the biggest problem so we can fix them.
• Make Cities Cleaner: The model helps governments take actions that reduce pollution and make the air healthier to breathe.
• Save Lives: Cleaner air means fewer health problems, especially for kids and older people.

After completing my PhD, I received an offer for an Assistant Professor position in India. However, I decided to pursue postdoctoral research opportunities abroad to expand my expertise and explore new research areas. I applied extensively—sending out nearly 1,000 applications to various institutions—and eventually secured a postdoctoral position at North Carolina State University (NC State) in the United States. Later, I transitioned to a second postdoctoral position at the University of Minnesota. Both roles were related to environmental science but allowed me to explore areas beyond my Ph.D. research.

Postdoc at North Carolina State University:

At NC State, my research focused on landfill emissions, particularly methane emissions. Methane is a potent greenhouse gas emitted from landfills due to the decomposition of organic waste. Accurately estimating these emissions is crucial for addressing climate change. My work involved developing improved methods to measure and estimate methane emissions from landfills.

This research was significant because it provided better tools for understanding how landfills contribute to greenhouse gas emissions, helping policymakers design more effective strategies to manage waste and mitigate emissions.

Postdoc at the University of Minnesota:

For my second postdoctoral position, I joined the University of Minnesota, where my work expanded into global and urban-scale environmental challenges. My key contributions included:

1. Developing the First Global Method for Estimating Urban Waste Burning:
   • I developed a methodology to estimate emissions from waste burning in cities worldwide. Waste burning, particularly in developing countries, is a significant but often overlooked source of air pollution and greenhouse gas emissions. This work provided a global perspective on the problem and highlighted its scale and impacts.
2. Analyzing Sector Contributions to Pollution and Health:
3. I analyzed how different sectors (such as transportation, waste management, and industrial activities) contribute to pollution and its effects on public health. This included identifying the pollutants most harmful to health and estimating their sources in urban environments.
4. Studying the Impact of Pollution on the Taj Mahal:
5. I was part of a research study investigating how pollution, particularly from municipal solid waste burning, was discoloring the Taj Mahal and causing its iconic white marble to turn yellow. The study provided scientific evidence that led to policy changes aimed at reducing waste burning near the monument.

While both postdoctoral projects built on my foundation in environmental science and air pollution research, they allowed me to explore new areas. My PhD focused on emissions from vehicles and their contributions to air pollution and climate change. The postdocs broadened my scope to include other major sources of pollution, such as landfills and waste burning, and emphasized their impact on global and urban environments.

Before joining Princeton, I served as a Director at the World Resources Institute (WRI), where I worked on developing practical solutions to address air pollution, climate change, and urban sustainability challenges in India. My role involved leading projects, advising policymakers, and implementing innovative strategies across multiple Indian cities.

Key Contributions and Achievements:

1. Developing the Clean Air Action Plan for Surat City:
   • I led the creation of a comprehensive Clean Air Action Plan for Surat, a major industrial hub in India. This plan identified key sources of air pollution, such as industries, transportation, and waste burning, and proposed actionable measures to mitigate these emissions. The plan included:
     • Strategies to promote cleaner fuels and public transportation.
     • Guidelines for better waste management and industrial emissions control.
     • A roadmap for continuous air quality monitoring and evaluation.
2. Helping Develop Climate Action Plans for Multiple Indian Cities:
3. Beyond Surat, I contributed to the development of Climate Action Plans for several other Indian cities, each tailored to their unique challenges. These plans focused on:
   • Reducing greenhouse gas emissions through energy efficiency, renewable energy, and sustainable urban planning.
   • Enhancing urban resilience to climate change impacts such as flooding, heatwaves, and resource scarcity.
   • Engaging stakeholders, including local governments and communities, to ensure effective implementation.
4. Coauthoring the Indian Fifth Finance Commission Report on Air Pollution:
5. I coauthored the Fifth Finance Commission’s report on air pollution, which provided financial allocation recommendations to Indian states for managing air quality. My work involved:
   • Quantifying the economic and health impacts of air pollution.
   • Proposing innovative funding mechanisms based on state-specific air quality metrics.
   • Highlighting the importance of targeted investments in pollution reduction to maximize societal and economic benefits.
6. Implementing India’s First Clean Construction Pilot:
7. I led the implementation of India’s first Clean Construction Pilot, addressing emissions from the construction sector—a major but often overlooked contributor to urban pollution. The project introduced:
   • Cleaner, low-emission construction materials and equipment.
   • Best practices for reducing dust and emissions during construction activities.
   • Guidelines for sustainable construction that can be adopted by other cities.

At WRI, my work created measurable changes in air quality and climate action across Indian cities. The initiatives I contributed to had the following outcomes:

• Cleaner Air: Action plans for cities like Surat led to actionable frameworks that reduced emissions and improved urban air quality.
• Scalable Solutions: The climate action plans developed in multiple cities provided models that other cities can replicate, helping India meet its national and international climate commitments.
• Improved Urban Sustainability: Projects like the Clean Construction Pilot and the Fifth Finance Commission report integrated sustainability into policy and urban planning, ensuring long-term benefits for cities and communities.

My role at WRI allowed me to bring science and policy together to drive tangible environmental improvements. It prepared me to tackle global environmental challenges in my current role at Princeton, with a focus on solutions that can make a real difference at the local, national, and global levels.

How did you get your first break?

My first break came during a time of great uncertainty. After completing my undergraduate studies, my family was unable to support my further education financially. That’s when my maternal uncle stepped in and offered me a place to stay at his home while I pursued my Master’s degree. His support was invaluable—it allowed me to focus on my studies without worrying about accommodation or basic needs. This opportunity became the foundation for the rest of my academic and professional journey.

The second major break came when I secured a Junior Research Fellow (JRF) position at the Zoological Survey of India (ZSI). Although the position was temporary and for only 10 months, it was my first significant research role and allowed me to work in Kanha National Park. This experience exposed me to fieldwork, environmental studies, and wildlife research, sparking a deeper passion for my chosen field.

The third, and perhaps most defining, break came when I was accepted for a PhD program at IIT Roorkee. Balancing a full-time research project and part-time PhD studies was challenging, but it became a turning point in my career. During this period, I published seven research papers, which significantly boosted my profile in the field and opened doors to future opportunities.

Securing these postdoc positions was a result of persistence, preparation, and leveraging my research background:

1. Extensive Applications: I sent nearly 1,000 applications to universities and research institutions worldwide, tailoring each to align with the goals of the respective programs.
2. Research Publications: My strong record of research and publications during my Ph.D., including the development of the VAPI model, helped demonstrate my expertise and potential.
3. Networking and References: I connected with researchers in the field and had strong recommendations from my Ph.D. advisors, which were critical in securing these competitive positions.

These postdoctoral experiences not only deepened my research skills but also broadened my understanding of global environmental challenges, preparing me for a career dedicated to solving pressing environmental issues on a larger scale.

These breaks were not handed to me on a silver platter—they came through perseverance, hard work, and the kindness of people who believed in me.

What were some of the challenges you faced? How did you address them?

Response: Challenge 1: Financial Struggles

One of the biggest challenges in my early life was financial instability. My family struggled to afford even small expenses, like my school fees, which was just Rs. 40 per month at the time. As a child, I didn’t fully grasp the gravity of our financial situation—I thought this was how life was for everyone. However, looking back, I realize how difficult it must have been for my family to manage even these small amounts.

How I Addressed It: I took small steps to support myself, like renting out comics to friends and later giving tuition classes. These initiatives not only helped financially but also taught me resourcefulness and independence.

Challenge 2: Being an Average Student

Another major challenge was the lack of belief others had in me. As an average student with modest grades, I often heard discouraging comments from people around me. They doubted my abilities and said I wouldn’t achieve much in life. This lack of external motivation could have been demoralizing, but I refused to let it define me.

How I Addressed It: I stayed positive and focused on my strengths. I reminded myself that marks didn’t define my potential and that I could achieve success through hard work and determination. I kept believing in myself, even when others didn’t.

Challenge 3: Communication in English

Coming from a Hindi-medium school, I faced significant difficulties with English. Writing, speaking, and even understanding English were major hurdles, especially during my higher studies and professional career. This was a significant barrier, as much of the academic and professional world operated in English.

How I Addressed It: I worked hard to improve my English skills. I practiced writing and speaking, read extensively, and sought opportunities to interact with others in English. Over time, I became more confident, and this effort played a crucial role in advancing my career.

Each of these challenges shaped me in different ways. They taught me resilience, perseverance, and the importance of a positive mindset. Instead of seeing these obstacles as barriers, I viewed them as opportunities to grow and learn. These experiences became the foundation for my success and the person I am today.

Where do you work now? What Problems Do You Solve?

I work as a scientist at Princeton University, USA. My research focuses on understanding and addressing critical global issues related to air pollution, climate change, and their impacts on human health. Specifically, I work on identifying the major sectors responsible for pollution and climate change, analyzing their contributions, and developing solutions to mitigate their effects.

For example, my work involves studying emissions from various sources, such as industries, vehicles, and waste management practices, to pinpoint where changes can be made. The ultimate goal is to provide data-driven insights that help policymakers and organizations create effective strategies for reducing pollution and improving environmental quality.

What skills are needed for your role? How did you acquire these skills?

To excel in my role, several key skills are essential:

1. Knowledge of Environmental Science and Engineering:
   A strong understanding of environmental systems, pollution control, and climate science is the foundation of my work. I acquired this knowledge through my academic journey, including a Master’s degree in Environmental Biology and a PhD focused on environmental research.
2. Technical Skills:
   This includes data analysis, computational modeling, and working with specialized software for environmental and climate studies. I developed these skills during my PhD and through hands-on experience in various research projects.
3. Critical Thinking and Problem-Solving:
   The ability to break down complex problems into manageable components is vital. My research and project experiences have honed this skill over time.
4. Communication Skills:
   Presenting research findings clearly and effectively is an essential part of my job. Whether it’s writing scientific papers or discussing ideas with colleagues, communication is key. I improved this skill gradually through practice, presentations, and writing during my PhD and professional career.
5. Adaptability and Teamwork:
   Collaborating with researchers from different fields and adapting to new challenges are everyday aspects of my role. I learned these skills by working in multidisciplinary teams on various projects.

What’s a typical day like?

My days are quite flexible and depend on the stage of the projects I’m working on. Here’s a glimpse of a typical day:

• Morning: I often start by reviewing recent research papers or analyzing data from ongoing projects. This helps me stay updated and refine our research approach.
• Midday: I might attend or lead meetings with my team or collaborators to discuss project progress, share insights, or plan the next steps.
• Afternoon: Most of my time is spent working on data analysis, running simulations, or writing reports and research papers. I also spend time brainstorming solutions to specific problems we’re tackling.
• Evening: Occasionally, I dedicate time to mentoring students or junior researchers, helping them with their projects and providing guidance.

While the structure varies, the majority of my time is devoted to solving problems, understanding the data, and working on impactful research.

What do you love about this job?

What I love most about my job is the sense of purpose it gives me. Being part of the solution to global environmental problems is incredibly fulfilling. Knowing that my research can lead to cleaner air, healthier communities, and a better environment for future generations motivates me every day.

I also enjoy the intellectual challenges this job brings—thinking critically, solving complex problems, and collaborating with brilliant minds from around the world. It’s not just about finding solutions but also contributing to a body of knowledge that can drive meaningful change on a global scale.

How does your work benefit society? 

My work plays a significant role in benefiting society by addressing critical environmental challenges and contributing to tangible solutions. The research I conduct helps identify the root causes of air pollution and climate change, which are two of the most pressing issues facing the world today. By understanding these problems in depth, we can propose effective strategies to mitigate their impacts.

Key Contributions to Society:

1. Informing Policy and Decision-Making:
   The insights gained from my research are used to guide policymakers in creating regulations and strategies to reduce emissions, improve air quality, and address climate change. For instance, identifying major sources of pollution, such as industries, transportation, or waste management, allows governments to target these sectors with specific policies.
2. Improving Public Health:
   Air pollution has a direct impact on human health, leading to respiratory and cardiovascular diseases. By contributing to solutions that reduce pollution levels, my work helps create healthier environments for people, ultimately reducing illness and improving quality of life.
3. Mitigating Climate Change:
   Climate change affects every aspect of life, from agriculture to urban living. My research on the factors driving climate change supports global efforts to reduce greenhouse gas emissions, contributing to a more sustainable future for generations to come.
4. Raising Awareness:
   Beyond technical solutions, my work helps educate communities, organizations, and governments about the importance of environmental conservation and sustainable practices. Awareness is a crucial first step in driving collective action.

Tell us an example of a specific memorable work you did that is very close to you!

One of the most memorable projects I worked on involved studying the impact of open waste burning on the Taj Mahal. This research not only highlighted the damage being caused to a world heritage site but also led to policy changes in India that restricted open waste burning, improving air quality in the region.

In essence, my work bridges the gap between scientific research and practical solutions, making a real difference in creating cleaner, healthier, and more sustainable environments for society.

Your advice to students based on your experience?

No matter how difficult the situation seems, how others perceive you, or what grades you have, the most important thing is never to judge yourself negatively. Believe in your potential and always think, “I will do something great one day.” This belief is the foundation for growth and success.

Here are some key lessons I’ve learned through my journey that might help you:

1. Stay Positive and Determined:
   Life is full of challenges, but your mindset plays a big role in how you overcome them. Even when things seem tough or unfair, focus on what you can do to improve the situation. Every challenge is an opportunity to learn and grow.
2. Work Hard and Be Honest:
   Success doesn’t come overnight. Consistent hard work and sincerity are the keys to achieving your goals. Always give your best effort, no matter how small the task, and be honest with yourself and others. Integrity builds trust, which opens doors to new opportunities.
3. Don’t Compare Yourself to Others:
   Everyone’s journey is unique. Instead of comparing yourself to others, focus on your strengths and how you can improve. Remember, marks or grades are just one aspect of success—they don’t define your entire future.
4. Embrace Every Situation Positively:
   Even when things don’t go your way, try to see the silver lining. Challenges often come with hidden lessons that make you stronger and more prepared for the future.
5. Keep Learning and Adapting:
   Life is a continuous learning process. Be open to new experiences, ideas, and knowledge. The ability to adapt and grow is one of the most valuable skills you can develop.
6. Believe in Yourself:
   Confidence in your abilities is crucial. When people doubted me or compared me unfavorably to others, I reminded myself that I had the potential to achieve something meaningful. This self-belief kept me going, even during tough times.

Final Thought:
Success is not about avoiding failure; it’s about learning from it. Keep working hard, stay honest, and approach every situation with a positive mindset. The journey may not always be smooth, but if you keep moving forward, you’ll achieve your goals and make a difference.

Future Plans?

I plan to continue working in the same field of environmental research, as it is my passion and a cause I deeply care about. There is still so much to learn, discover, and contribute when it comes to solving critical global issues like air pollution, climate change, and their impact on human health. I aim to further explore innovative solutions that can make a tangible difference and influence global policies.

In addition to my research work, I also aspire to venture into writing books, novels, and stories. Storytelling has always intrigued me as a powerful way to inspire and connect with people. I believe stories, whether fictional or real, can convey complex ideas in a relatable and impactful way. Through my writing, I hope to:

• Share my experiences and life lessons to inspire young minds.
• Highlight important environmental issues in a way that captivates and educates readers.
• Explore creative storytelling, weaving narratives that reflect resilience, hope, and the pursuit of dreams.

This dual path of research and writing will allow me to contribute both scientifically and creatively, combining knowledge with inspiration to make a broader impact on society.