Rajamanickam Manoharan

Oversaw GIS and survey operations for wind farm site planning, layout optimization, and infrastructure mapping. Managed geospatial data related to wind resources, land characteristics, topography, and environmental constraints.

Developed and implemented methodologies for monitoring deforestation and forest cover change over time. Utilized GIS and remote sensing data to analyze deforestation patterns and identify key contributing factors.

Conducted site suitability analyses for solar energy projects using remote sensing data and aerial imagery. Developed flood risk models and supported Environmental Impact Assessments (EIA) to ensure regulatory compliance.

Designed and delivered postgraduate-level courses in Remote Sensing and GIS, including lectures, laboratory sessions, and hands-on training. Conducted geospatial research, resulting in peer-reviewed publications and presentations.

Conducted lectures, seminars, and workshops on Disaster and Environment Management, GIS, and Remote Sensing. Engaged in academic research focused on disaster management, environmental studies, and geospatial applications.

Utilized GIS and remote sensing technologies for mineral mapping, exploration analysis, and 3D photogrammetric modeling of mining areas. Managed utility GIS projects, including network mapping, asset management, and infrastructure planning.

Led GIS-based coastal development projects with a focus on shoreline change detection, erosion mapping, and sustainable coastal planning. Managed utility mapping for water, sewer, and electrical networks to enhance infrastructure planning.

Conducted research on hyperspectral remote sensing for environmental monitoring, with a focus on data acquisition, processing, and analytical methodologies. Developed custom algorithms and models for feature extraction and automated processing of hyperspectral datasets.

Conducted research on beach placer minerals, coral ecosystems, coastal morphology, and shoreline dynamics using remote sensing and GIS technologies. Developed GIS-based models for shoreline change detection and coastal vulnerability assessment.

Completed a Ph.D. in Remote Sensing and GIS, with a highly commended thesis on the application of these technologies for beach mineral evaluation. This advanced research focused on geospatial analysis and its practical applications in environmental assessment.

Grade: First Class – 73%

Earned a Master of Science in Environmental Remote Sensing and Cartography, achieving First Class honors. The thesis focused on remote sensing-based wasteland inventory, demonstrating expertise in spatial analysis and environmental mapping.

Grade: 72% - First Class

Obtained a Bachelor of Science in Botany, graduating with First Class honors. This foundational degree provided a strong understanding of biological sciences, complementing later specialization in environmental remote sensing.

Grade: First Class

Completed a Post Graduate Diploma in Computer Applications (PGDCA), awarded with First Class honors. This diploma provided essential skills in computer applications, laying a strong technical foundation for future geospatial work.