Podcast Link : Geo-Spatial Specialist Podcast

Sustainable Urban Development, disaster mitigation and energy optimization are some of the most pressing challenges for which we need real-time and dynamic solutions !

Mohammed Faizan, our next pathbreaker, Geospatial Specialist – Products at Zero Emission Grid, focuses on developing GIS-based products tailored for electrical utility dashboards and energy grid simulations.

Mohammed talks to Shyam Krishnamurthy from The Interview Portal about one of his most memorable projects, “Change Detection of Glacier Lake using LISS III Satellite Data.” which was particularly impactful because of its relevance to real-world disasters, such as the recently devastating glacier lake outburst floods.

For students, learn to adapt and be open to diverse opportunities as the world embraces new technologies that pave the way for a better future for all of us!

Mohammed. can you talk about your growing up years?

My name is Mohammed Faizan, and I was born and raised in the small town Pernambut, Vellore District, Tamil Nadu. Growing up in a humble household, I witnessed the struggles my family endured to make ends meet. Despite these challenges, my parents and teacher instilled in me the importance of education, hard work, and perseverance. They never denied me opportunities despite limited resources, and this became my driving force to excel academically and professionally.

From a young age, I developed a strong interest in science, geography, and architecture. I always aspired to become an engineer, which led me to pursue my passion for urban studies, spatial sciences, and technology. My early exposure to maps, geography, and urban landscapes shaped my curiosity about solving real-world problems through innovative technologies. In my high school public exams, I achieved a high percentile and emerged as the top student in the science stream at my school. These accomplishments paved the way for me to secure admission to one of India’s most prestigious institutions, the College of Engineering Guindy, Anna University. This childhood fascination eventually drew me into the emerging and multidisciplinary field of Geoinformatics.

What did you do for graduation/post-graduation? 

For my undergraduate studies, I completed my Bachelor of Engineering in Geo-Informatics from the Institute of Remote Sensing, College of Engineering Guindy, Anna University, Chennai (Class of 2022), one of the most prestigious institutions in India.

During my undergraduate journey:

  • I authored two well-received books: ‘Handbook of Geoinformatics’ and ‘Handbook of GIS Application’, which garnered over 50,000 reads and have made a significant impact in the geospatial industry.
  • Published 15+ research papers on Geospatial Technology in recognized international journals. (ResearchGate)
  • Presented 7+ research papers at prominent national and international conferences.
  • Completed 5 research-based internships with esteemed organizations, gaining hands-on exposure to solving spatial and urban challenges.
  • Successfully delivered over 30+ geospatial projects focused on urban planning, disaster management, and sustainable development.
  • Earned the title of a Five-time National & International Mapathon Champion from various reputed organization (Link)
  • Featured in renowned media outlets like Times of India and Deccan Chronicle for my contributions to GIS-based solutions and innovations.
  • Received the “Geospatial Rising Star 2024” title, recognizing my contributions to the industry. (Link)

My undergraduate journey at Anna University further cemented my interest in Geoinformatics. The curriculum, which included subjects like Spatial and Network Analysis, Cartography, Urban Planning and 3D City Modelling, equipped me with both theoretical knowledge and practical skills. Through hands-on projects, internships, and national-level competitions, I realized the transformative potential of geospatial technology in creating innovative solutions for society.

This foundation not only shaped my career aspirations but also fueled my desire to contribute to the field of Geoinformatics by developing cutting-edge tools, engaging in impactful research, and applying geospatial technology to solve pressing global challenges.

What were some of the key influences that led you to such an offbeat, unconventional, and uncommon career in Geo-Informatics?

Self-motivation and personal interests can set the foundation, but they alone are not enough to sustain growth. Along the way, numerous people have played a pivotal role in guiding me, offering support and valuable insights at every step. Even today, I occasionally rely on their wisdom and direction to navigate challenges and refine my path. My fascination with maps, urban landscapes, and spatial sciences naturally steered me toward the interdisciplinary field of Geoinformatics—a domain that combines technology, data, and design to solve complex problems.

During my undergraduate studies in Geo-Informatics at the College of Engineering Guindy, Anna University, I was exposed to the transformative potential of GIS (Geographic Information Systems) and spatial analytics. It was here that I discovered how these technologies could be leveraged to address critical challenges in urban planning, cartography, and disaster management. The ability to combine spatial data with advanced technology was not just intriguing—it was a game-changer, offering innovative solutions to challenges that traditional approaches struggled to tackle.

A pivotal project during my undergraduate studies solidified my passion for this field. Tasked with analysing and mapping disaster-prone regions, we used GIS to visualize spatial patterns and risks, enabling data-driven decision-making. The hands-on experience of integrating real-world data, conducting spatial analyses, and presenting actionable insights was an eye-opener. It showcased the immense potential of GIS in making informed, impactful decisions across various sectors.

What truly inspired me to pursue a career in Geoinformatics was the realization that this field is not confined to one discipline; it is a versatile and dynamic domain that bridges geography, technology, and societal needs. The prospect of working at the intersection of these areas, contributing to solutions that can save lives and improve the quality of life, became a driving force in my career.

My career choice was also influenced by the encouragement of mentors, professors, and industry experts who recognized my potential to excel in this innovative field. Their guidance reinforced my belief in the value of a multidisciplinary approach and motivated me to specialize further in GIS and spatial analytics.

Today, my work as a GIS Specialist allows me to address challenges ranging from utilities planning and disaster management to environmental planning and urban development. The journey that began with a fascination for maps and spatial data has transformed into a fulfilling career, where I use advanced tools and technologies to create meaningful impact, combining my passion for innovation with my commitment to solving real-world problems.

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

My career journey has been one of continuous learning, exploration, and strategically leveraging opportunities to excel in the field of geospatial sciences. While I didn’t have every step planned from the outset, a clear vision to integrate GIS with utility management and infrastructure development has guided my decisions.

Building a Strong Foundation Through Research

My academic years were pivotal in laying the groundwork for my geospatial career. I gained invaluable experience through diverse research projects and internships:

The First Foray into Glacial Studies:
During my first internship at Delhi Technological University, I worked on a project titled “Mapping of Glacial Lake Outburst Floods (GLOFs) Using Geospatial Technology – A Case Study of Lahaul and Spiti District, Himachal Pradesh, India.” This was my introduction to geospatial research, where I analyzed high-altitude landscapes to assess the risks of GLOFs—a critical issue in the context of climate change. This experience not only enhanced my technical skills in remote sensing and GIS but also deepened my understanding of environmental risk management.

Flood Susceptibility in Urban Settings:
Next, at the South Asian Institute for Advanced Research and Development (SAIARD), I delved into urban hydrology through a project titled “Flood Susceptibility Mapping Using MCDM-AHP Approach and Geospatial Techniques – A Case Study of Hyderabad District, Telangana, India.” Here, I combined multi-criteria decision-making (MCDM) with GIS to develop models predicting flood-prone areas. This internship honed my problem-solving abilities and reinforced the importance of geospatial tools in disaster mitigation planning.

Harnessing SAR for Flood Mapping:
My third internship with Vertex Spatial Solutions took me deeper into technical geospatial applications. I worked on “Mapping of Flooded Areas Using Sentinel-1 Synthetic Aperture Radar Images with Google Earth Engine Cloud Platform – A Case Study of Chamoli District, Uttarakhand, India.” By utilizing SAR imagery, I learned to analyze flood patterns with precision, leveraging Google Earth Engine for large-scale data processing. This hands-on experience in cloud-based geospatial analytics added another dimension to my skill set.

Urbanization and Land Surface Temperature Analysis:
At Planning Insights, my project focused on “Monitoring Land Use/Land Cover Change and Its Impact on Variations of Land Surface Temperature in Rapidly Urbanizing Islands Using Google Earth Engine (GEE) – A Case Study of Delhi, India.” This internship was an eye-opener into the environmental impacts of rapid urbanization. By analyzing land-use changes and temperature variations, I contributed insights that could inform sustainable urban planning practices.

Predictive Modeling for Chennai’s Growth:
Finally, at the International Institute of Geospatial Science & Technology (IIGST), I undertook a project titled “Modeling Future Land Use/Land Cover and Seasonal Land Surface Temperature Changes Based on CA-ANN Algorithm to Assess Its Impacts on Chennai Metropolitan Area (CMA), India.” This project allowed me to explore predictive modeling through machine learning algorithms like CA-ANN, integrating spatial-temporal data to forecast urban growth and its environmental consequences.

Transitioning from Academia to Industry

After completing my studies, I joined LTIMindtree as a Geospatial Engineer, specializing in utility projects. My role involved leveraging GIS to optimize network operations, develop real-time monitoring solutions, and deliver data-driven insights for clients. The collaborative environment at LTIMindtree has enabled me to bridge the gap between academic research and industry demands, applying cutting-edge geospatial technologies to solve real-world problems efficiently. These experiences have refined my ability to translate technical knowledge into actionable solutions, making a tangible impact on the projects I manage.

Current Role at Zero Emission Grid

I currently serve as a Geospatial Specialist at Zero Emission Grid, where I develop GIS-based products for utilities, with a focus on driving innovation and sustainability. My work involves designing solutions that integrate geospatial analytics with utility operations, enabling clients to transition toward environmentally sustainable practices.

While my career steps evolved organically, each decision was informed by a commitment to align my skills with industry needs. My internships provided a technical foundation, while my professional roles allowed me to refine and apply these skills in increasingly impactful ways. I have actively pursued certifications and training to stay ahead in emerging technologies, ensuring I remain at the forefront of the geospatial field.

How did you get your first break? 

My first break came through campus placements during my Bachelor program when I was selected by LTIMindtree. This opportunity marked the beginning of my professional journey, allowing me to apply the skills and knowledge I had gained in geospatial technologies to real-world projects. At LTIMindtree, I immersed myself in developing GIS-based solutions for various domains, which laid a strong foundation for my career.

Building on this experience, I transitioned to Zero Emission Grid (ZEG) as a Geospatial Specialist, where I currently focus on developing GIS-based products for utility projects. This role has further expanded my expertise, enabling me to contribute to innovative solutions that address real-world challenges in utilities.

Each of these opportunities has been pivotal in shaping my career, providing me with the platform to learn, grow, and make meaningful contributions to the geospatial field.

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

In my journey as a Geospatial Specialist, I faced several challenges that tested my adaptability, resilience, and problem-solving skills. The key ones were:

1. Bridging the Gap Between Domain Expertise and Technology
Coming from a geospatial background, one of my initial challenges was adapting to the technical aspects of software development and IT frameworks. Understanding programming concepts, APIs, and system integrations felt daunting at first. To address this, I proactively engaged in self-learning, enrolled in online courses, and sought mentorship from senior colleagues. By breaking down complex technical concepts into manageable steps, I was able to gain confidence and actively contribute to product development discussions.

2. Managing Large-Scale Utility Projects
Working on projects across various utilities required mastering new workflows and tools quickly. Each project presented unique requirements and technical complexities. I tackled this by meticulously analyzing project specifications, attending training sessions, and collaborating with cross-functional teams to ensure I delivered precise, impactful solutions.

3. Financial Constraints During Education
Pursuing higher education came with its own set of financial challenges. TIET Scholarships, part-time opportunities, and unwavering family support helped me navigate this phase. These experiences taught me the value of perseverance and resourcefulness, which I carry into my professional life.

Balancing Academics, Research, and Internships
During my undergraduate and postgraduate studies, juggling academics, research, and internships was a challenge. Effective time management and a disciplined approach allowed me to excel in all areas. I prioritized tasks, maintained clear schedules, and focused on delivering quality work in each domain.

Each of these challenges not only helped me grow professionally but also strengthened my problem-solving abilities, enabling me to thrive in high-pressure and dynamic environments.

Where do you work now?

I currently work as a Geospatial Specialist – Products at Zero Emission Grid, where I focus on developing GIS-based products tailored for electrical utility dashboards and energy grid simulations. My role involves creating innovative geospatial solutions that enhance the understanding and management of energy infrastructure.

ZEG operates at the intersection of renewable energy, grid modernization, and strategic planning. Our efforts are vital to building a sustainable, resilient, and decarbonized electricity system. Our REST™ platform helps identify optimal Points of Interconnection (POI), manage grid congestion, and streamline renewable energy projects like solar and wind. ZEG also offers services like grid modelling, market analytics, and compliance support. In short, ZEG enables smarter decision-making and efficient integration of renewable resources, playing a key role in building a sustainable and resilient electricity system.

What problems do you solve?

My work revolves around tackling complex challenges in the energy sector. Specifically, I:

  • Develop GIS-based dashboards that provide real-time insights into electrical utility operations.
  • Design tools that support energy grid simulations, helping utilities plan for optimal grid performance and resilience.
  • Analyze spatial data to identify patterns and inform decision-making for utility planning and energy distribution.
  • Solve client-specific issues, from technical glitches to custom feature requests, ensuring efficient solutions for their needs.

What skills are needed for your role?

The role demands expertise in:

  • GIS Software: Proficiency in tools like ESRI Products and Open-source GIS Software 
  • Data Analysis: The ability to process and interpret spatial data effectively.
  • Web Development: Familiarity with ArcGIS APIs, REST APIs, JavaScript, and cloud-based platforms.
  • Problem-Solving: Addressing unique challenges and developing customized solutions for clients.

How did you acquire these skills?

I honed these skills through a combination of academic coursework, research projects, and hands-on experience during internships. Real-world applications and continuous self-learning have further strengthened my expertise.

What’s a typical day like?

A typical day in my role involves:

  • Developing and enhancing GIS-based tools and dashboards tailored to client needs.
  • Analyzing and processing spatial data to support utility simulations and decision-making.
  • Collaborating with simulation experts and project teams to align geospatial products with project goals.
  • Resolving client queries, troubleshooting technical issues, and delivering customized solutions.

What do you love about this job?

What excites me most is the opportunity to solve real-world problems using GIS technology. I am passionate about contributing to impactful projects that address critical energy and environmental challenges. The ability to combine technical innovation with meaningful applications makes this role deeply fulfilling.

How does your work benefit society? 

My work contributes significantly to sustainable urban development, disaster mitigation, and energy optimization, addressing some of the most pressing challenges faced by modern societies.

For example, developing GIS-based flood monitoring systems empowers local authorities to implement effective flood prevention and mitigation strategies. These systems enable real-time monitoring, early warning dissemination, and targeted responses to minimize the impact of flooding events on vulnerable communities.

My research and interviews on GIS-based Flood Management and Mitigation have been prominently featured in leading Indian newspapers, such as the Times of India and Deccan Chronicle. These articles discussed the role of geospatial technology in understanding flood risks and improving resilience:

  • Times of India (June 26, 2023): Highlighted findings on flood risks in Hyderabad, revealing that 5% of the city faces high risk, 93% moderate risk, and only 2% low risk due to rapid urbanization and land-use changes. (Times of India)
  • Deccan Chronicle (December 5, 2023): Showcased a study on Chennai’s vulnerability to flooding, with only 3% of the city deemed safe, emphasizing the critical role of planning and geospatial insights. (Deccan Chronicle)

Through my work, I’ve provided actionable suggestions to planners and local authorities, helping them design flood mitigation strategies informed by geospatial technology. By enabling better decision-making, my contributions support communities in mitigating disaster risks and building resilience against the impacts of climate change and urbanization.

It is immensely fulfilling to know that my expertise in GIS is not just about technology but about making a tangible difference in people’s lives, protecting them from disasters, and fostering sustainable development.

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

One of my most memorable projects was titled “Change Detection of Glacier Lake using LISS III Satellite Data.” This project was particularly impactful because of its relevance to real-world disasters, such as the devastating glacier lake outburst floods in Uttarakhand in February, which claimed 72 lives and left many construction workers missing.

In this project, I utilized satellite images from the LISS III sensor to calculate the ratio of temporal changes in glacier lakes. Unlike traditional field studies, which are often impractical in such remote and hazardous environments, satellite imagery provides a comprehensive and efficient means to monitor glacial changes over time. This project underscored the critical role of geospatial technology in understanding and mitigating natural disasters.

Another project very close to my heart is “Nature-Based Solutions for Urban Flood Mitigation- A Case Study of Chennai City.” This work allowed me to apply geospatial tools to address urban flooding issues in Chennai, a city frequently affected by monsoon rains. Despite challenges in data collection and processing, the project delivered actionable insights for urban planners, demonstrating how nature-based solutions could complement traditional flood management strategies.

Both projects highlighted the power of geospatial technology to address pressing environmental challenges. They reinforced my belief in the transformative potential of GIS to provide innovative solutions that save lives, protect communities, and foster sustainable development.

Your advice to students based on your experience?

  • Embrace challenges and stay committed to your goals.
  • Focus on building practical skills alongside theoretical knowledge.
  • Participate in competitions, internships, and research activities to gain hands-on experience.
  • Never underestimate the power of hard work and perseverance.
  • Learn to Adapt and Be Open to New Opportunities
  • Trust in Your Abilities and 
  • Take Ownership of Your Career Path

Future Plans ?

I believe it’s perfectly okay not to have a single definitive goal for the future. Instead, I like to envision a horizon filled with possibilities, each offering its own adventure and opportunity for growth. My aspirations are not set in stone; they’re a dynamic mix of dreams and plans that I’m eager to explore.

I might continue advancing in the geospatial field, contributing to cutting-edge projects that address real-world challenges. I may also consider doing an MBA to further expand my business acumen and leadership skills, equipping myself to drive impactful initiatives and lead teams effectively.

Another dream that remains close to my heart is pursuing a master’s degree in GIS. I was fortunate enough to receive offers from prestigious foreign universities with scholarships, but due to financial constraints and my responsibility to support my family, I had to make the difficult decision to decline those opportunities. It wasn’t easy, but it taught me resilience and the value of prioritizing what matters most at any given time.

Looking ahead, I aspire to revisit those dreams and perhaps chart a path that allows me to pursue advanced studies while continuing to contribute to my family and society.

What’s certain is my desire to give back. I’m passionate about creating value for society, whether it’s through developing sustainable solutions for urban challenges, sharing knowledge, or mentoring those starting their journeys. I also envision building tools and content that empower individuals to learn and grow—practical guides that demystify GIS, Remote Sensing, and other niche technologies, or resources that inspire productivity and career development.

On a personal note, I dream of embracing a simpler, more connected life—possibly running a small farm, nurturing a green space, or leading a community initiative that fosters collaboration and kindness.

No matter where the future takes me, my core values remain the same: to live meaningfully, stay curious, and face challenges with courage. The journey excites me as much as the destination, and I’m ready to embrace all the twists and turns it may bring.