• Led a city building roof monitoring project in Charlotte, integrating data from weather forecasts, structural assessments, and satellite imagery to provide accurate and timely roof condition maps.• Developed and managed ArcGIS Online dashboards to display real-time roof data, enabling maintenance teams to quickly assess vulnerable roofs and allocate resources efficiently.• Processed and analysed satellite and drone imagery using QGIS to delineate damaged or deteriorating roof areas, identify at-risk structures, and estimate potential repair costs.• Implemented an IoT sensor network for continuous monitoring of roof conditions, ensuring accurate and up-to-date information for maintenance and repair efforts.• Created a GIS portal to inform maintenance teams and the public about roof conditions, repair schedules, and safety tips, enhancing public safety and engagement.• Produced daily GIS-generated reports for city officials and maintenance teams, facilitating informed decision-making and improving overall repair and maintenance response times.

• Utilized GIS software (ArcGIS, QGIS) to collect, analyse, and integrate spatial data into engineering projects, enhancing decision-making and project outcomes.• Developed detailed project plans incorporating GIS data, managed timelines, resources, and budgets, ensuring projects met specifications and regulatory requirements.• Successfully mapped and planned highway construction projects, optimizing route planning and reducing environmental impact through GIS-based analysis.• Conducted water quality monitoring and spatial analysis to identify pollution sources, leading to effective management strategies and improved public health protection.• Implemented GIS in smart city development projects to optimize land use, resource allocation, and infrastructure planning, contributing to sustainable urban development.• Modeled flood scenarios and identified vulnerable areas using GIS, enhancing flood risk assessment and mitigation strategies, and improving disaster preparedness and response.