Rishabh Sharma

Project # 1: National Coverage Project Kingdom of Saudi Arabia

• Project Overview: This project involves a comprehensive analysis of geographic features in the Kingdom of Saudi Arabia (KSA) using ArcGIS Pro 3.0.
• Analyzing Spatial and Temporal Changes: The primary goal is to examine both the spatial (where) and temporal (when) changes in geographic features, such as land use, land cover, urban development, natural features, and infrastructure, across the country.
• Spatial changes-: refer to the physical alteration of geographic features, such as urban expansion, deforestation, or changes in water bodies.
• Temporal changes-: involve how these features have evolved over time, identifying trends, such as expansion or contraction of certain land types, over specific periods.
• Using Change Detection Techniques and ArcGIS Pro Geoprocessing Tools. Change detection techniques allow the identification of changes between two or more time periods by comparing satellite images, aerial photographs, or other spatial data.
• ArcGIS Pro's powerful suite of geoprocessing tools is employed to analyze and refine the data. These tools include functions like buffering, overlay analysis, spatial joins, and raster calculations that help manipulate and update the spatial data.

Project # 2: POI Data Management & Analysis

Key Responsibilities:

• Collected, cleaned, and validated large-scale POI datasets for use in mapping platforms, navigation systems, and location-based services.
• Digitized and geocoded POIs such as businesses, landmarks, and infrastructure using GIS software and satellite imagery.
• Maintained spatial accuracy and attribute integrity across millions of POI records using automated and manual QA processes.

Project #3: Autonomous Vehicle Mapping & Analysis

Key Responsibilities:

• Developed and maintained high-definition (HD) maps used for autonomous vehicle navigation, incorporating road geometry, lane-level data, and traffic signs.
• Integrated LiDAR, camera, and GPS data with GIS platforms to enhance localization and situational awareness for AV systems.
• Conducted spatial analysis for route optimization, obstacle detection, and path planning using real-time and static geospatial data.
• Ensured spatial accuracy and continuity in dynamic environments using tools like ArcGIS, QGIS.
• Contributed to the development of 3D city models and digital twins for urban navigation testing.

• OBJECTIVE: Creating GIS based plan of MNREGA work for Jaisalmer District and monitoring and coordinating with team and district Officials.

Key Responsibilities:

• Collected, analyzed, and managed spatial and non-spatial data for effective planning and decision-making at the block level.
• Created and maintained GIS databases, shapefiles, and maps for developmental programs and schemes.
• Provided spatial analysis and thematic mapping for government and community planning projects.
• Collaborated with local government officials and departments to support rural development initiatives using geospatial data.
• Ensured accuracy and consistency in mapping rural infrastructure, natural resources, and beneficiary data.
• Trained and supported field staff and local stakeholders in GPS data collection and GIS software usage.
• Assisted in monitoring and evaluating ongoing development projects through geospatial tools.

Key Skills:

• GIS software proficiency (ArcGIS, QGIS, etc.)
• GPS-based data collection and integration
• Spatial analysis and cartographic visualization
• Data management and report generation
• Strong communication and coordination with government departments
• Problem-solving in rural planning and resource mapping

• PROJECT NAME : PROPERTY TAXATION MANAGEMENT SYSYTEM
• Precisely Geo-tagging Each Property with help of GIS Mapping using Web and GIS based applications and 'Geocoding the Properties and Integration of Services for Providing Digital Door Numbers, Property Tax Collection and Revenue Optimization' for Prayagraj Municipal Corporation, Uttar Pradesh.
• OBJECTIVE :
• Enhancement of GIS Base Map through field validations.
• Detailed survey of each property/holding through contact survey and its database generation.
• Developing a GIS based Property Information System for Municipal Corporation.

• Project Title: Monitoring Mining Area using Remote Sensing and GIS Technology
• Mentor: Dr. M.H. Kalubarme
• Description: GIS data is used for monitoring mining areas of the Indian State - Tamil Nadu, offers opportunities for improving mining areas and identifying the new areas that are used in future. The aim of this project is to check the changes in mining areas overtime, for a purpose of developing strategies to detect the mining area where it is active or not.