At Space Borne, I lead a dynamic organization dedicated to advancing geospatial technologies and their applications. Our key services and initiatives include:1. Capacity Building in GIS and Remote Sensing:a. Conducting training programs for students and professionals to enhance their skills and knowledge in GIS and Remote Sensing domains.b. Offering comprehensive courses designed to equip participants with the latest tools and techniques in geospatial technology.2. Student Internships:a. Providing internship opportunities for students and researchers in remote sensing and geospatial technology.b. Focusing on practical applications in agriculture, forestry, hydrology, marine biology, urban planning, and more to ensure hands-on experience and industry readiness.3.Corporate Training Programs:a. Conducting on-site training programs for corporate sectors to enhance their expertise in geospatial technologies.b. Tailoring training sessions to meet the specific needs of corporate clients, ensuring relevance and applicability.4. Geospatial Research:a. Leading research initiatives in the field of geospatial technology to develop innovative solutions for societal betterment.b. Fostering collaboration with academic and research institutions to drive advancements in geospatial science and its applications.5. Consultancy Services:a. Providing consultancy services to national and state agencies on projects related to remote sensing, GIS, and geospatial technology. Specializing in fields such as hydrology, watershed management, wildlife management, and natural resources monitoring to deliver impactful solutions and informed decision-making.At Space Borne, we are committed to leveraging geospatial technologies to address real-world challenges and promote sustainable development. Our goal is to empower individuals and organizations with the skills and knowledge needed to harness the power of geospatial data and drive positive change.

I had the opportunity to work on a transformative project aimed at enhancing watershed planning and management in selected watersheds of Odisha. The key aspects of my involvement included:1. Comprehensive Hydrologic Monitoring: Implemented detailed hydrologic monitoring systems to support science-based watershed planning and management. This involved the collection and analysis of hydrological data to understand and manage water resources effectively.2. Development of Decision Support Systems (DSS): Contributed to the creation of DSS based on site-specific land resource information. These systems are designed to aid in the planning, implementation, and management of various watershed, agriculture, horticulture, and other departmental programs. The DSS operates at various spatial scales, including cadastral, land management units, micro watersheds, sub watersheds, and entire watersheds.3. Data Collection and Integration: Collected detailed, site-specific data at the cadastral level on land resources, including both physical and chemical properties. Integrated this land resource information with hydrological data to develop robust DSS for watershed planning and management.4. Utilizing Advanced Technologies: Leveraged high-resolution remote sensing, IoT sensors, and AI/ML for modeling. These advanced technologies enabled us to adapt and refine existing hydrologic models or develop new ones suitable for micro and sub watershed scales. This approach addressed the limitations of current models that are typically suitable only at the sub basin or catchment level.And the REWARD initiative, aimed to create a sustainable impact by implementing key interventions such as soil and water conservation, water harvesting, groundwater recharging, crop selection, and nutrient management. By integrating advanced data collection and modeling techniques, we provided a strong foundation for informed decision-making and effective watershed management.

As a Project Associate at the North Eastern Regional Institute of Science and Technology (NERSIT) in Nirjuli, Arunachal Pradesh, I was actively involved in several critical research projects focusing on environmental and geospatial studies. My key responsibilities and contributions included:1. Studying Climate Change and Its Impacts on Water Resources: Conducted comprehensive research on the impacts of climate change on water resources in Arunachal Pradesh. Analyzed climatic data and hydrological patterns to assess potential future scenarios and their implications for water resource management.2. Analyzing Decadal Changes in Land Use Land Cover Dynamics: Examined the decadal changes in land use and land cover in western Arunachal Pradesh. Utilized multi-temporal geospatial data to track and interpret the shifts in land utilization over time, providing insights into environmental changes and human activities.3. Studying High Altitude Wetlands Investigated the high altitude wetlands of western Arunachal Pradesh using multi-spectral and multi-temporal geospatial data. Assessed the ecological significance and health of these wetlands, contributing to their conservation and sustainable management.4. Forest Fragmentation Analysis: Studied forest fragmentation in Arunachal Pradesh using multi-temporal geospatial data, Fragstat Model, and Landscape Fragmentation Tool (LFT). Analyzed the extent and impacts of forest fragmentation on biodiversity and ecosystem services, aiding in the development of effective conservation strategies.Through these projects, I gained valuable experience in applying advanced geospatial technologies and analytical tools to address critical environmental issues. My work at NERSIT contributed to a deeper understanding of the region's ecological dynamics and informed strategies for sustainable resource management and conservation.

As a Subject Matter Specialist in Monitoring & Evaluation (M&E), Geographic Information Systems (GIS), and REDD+ for the OFSDP-II Project at the Baripada Forest Division, I played a pivotal role in various critical aspects of the project. My key responsibilities and contributions included:1. Preparation and Monitoring of Annual Plan: Compiled and analyzed MIS/GIS data to track project progress and ensure alignment with set goals.2. Conducted GPS-based surveys for the demarcation of forest assigned and treatment areas. Ensured comprehensive biomass assessment surveys and updates on MRV (Monitoring, Reporting, and Verification) protocols, essential for REDD+ reporting.3. Capacity Building and Coordination: Coordinated with Forest Range Officers and stakeholders to enhance their capacity and ensure the smooth implementation of the OFSDP-II project. Facilitated training sessions and provided technical support to ensure stakeholders were well-equipped to contribute effectively to the project.4. District-Level Coordination: Coordinated with district-level officials for active participation in the district advisory committee meetings, chaired by the collector and district magistrate. Discussed various convergence activities of line departments that could be implemented in project intervention areas to foster the development of forest-dwelling villages.5. Regular Reporting and Discussions: Reported regularly to the Divisional Forest Officer on concurrent monitoring and progress of project works at the divisional level. Ensured transparency and kept the leadership informed about the project's status and any emerging issues.Through these efforts, I contributed to the effective planning, implementation, and monitoring of forest management and conservation activities, promoting sustainable development and community participation in the Baripada Forest Division.

As a Project Assistant at the Odisha Space Applications Centre (ORSAC) in Bhubaneswar, I contributed to various significant agricultural and geospatial projects. My key responsibilities and contributions included:1. Paddy Crop Production Forecasts (FASAL Project): Conducted state and district-level paddy crop production forecasts for Odisha using multi-date AWiFS NDVI product, LISS-III, Sentinel-2, Landsat-8, and multi-date Sentinel-1A SAR data. Estimated crop acreage and yield using multiple approaches in collaboration with the Mahalanobis National Crop Forecast Centre (MNCFC), New Delhi.2. Ground Truth Data Collection and Geo Database Creation (CHAMAN Project): Collected ground truth data and created geospatial databases for area assessment and production forecasting of major horticultural crops (Tomato and Chilli) in selected districts of Odisha. 3. Delineation of Post-Kharif Rice Fallow Lands (Crop Intensification Project): Delineated post-Kharif rice fallow lands using satellite-derived images of Kharif rice and rabi crop areas for Odisha. Collaborated with NRSC, Hyderabad, to ensure comprehensive analysis and accurate recommendations.4.Generation of Multi-Criteria Based Information Products (Crop Intensification Project): Generated multi-criteria based information products and advisories on crop-growing suitability in post-Kharif rice fallow lands: Worked in tandem with NRSC, Hyderabad, to provide actionable insights to farmers and policymakers.Through these projects, I gained valuable experience in utilizing advanced remote sensing and geospatial technologies to support agricultural planning and decision-making. My work at ORSAC contributed to improving crop production forecasts, enhancing agricultural practices, and promoting sustainable land use in Odisha.

During my internship at the Indian Institute of Remote Sensing (IIRS), Dehradun, I had the opportunity to contribute to a significant project under the National Carbon Project of ISRO's Biosphere-Geosphere Programme. My key responsibilities and contributions included:Project: Above Ground Biomass and Carbon Pool Assessment of Himalayan Forests1. Ground Truthing: Conducted extensive fieldwork to collect ground truth data, essential for validating and calibrating remote sensing data.2. Geo-Spatial Techniques: Utilized advanced geospatial techniques to assess above-ground biomass and carbon pools in the Himalayan forests.3. Data Analysis: Analyzed satellite imagery and field data to estimate biomass and carbon stocks, contributing to a better understanding of carbon dynamics in these critical ecosystems.4. Collaborative Research: Worked closely with a team of experts and researchers, gaining valuable insights into the application of remote sensing and GIS in environmental monitoring and management.Through this internship, I developed a strong foundation in geospatial analysis, data collection, and environmental research, enhancing my skills and knowledge in the field of remote sensing and GIS.