Image Credits : Sound of Peace
Satellite Imagery Gallery.” Planet, https://www.planet.com/gallery/
My research interests lie at the intersection of data science, urban planning, and sustainable development.
By leveraging computational techniques and the growing availability of urban data, I believe we can address the complex challenges facing cities in the 21st century.
Another area that captivates me is exploring the role of smart city technologies in enabling greener mobility solutions and more efficient urban systems. I believe that by harnessing the power of data-driven approaches, we can develop innovative solutions to our cities' most pressing issues today.
My research interests can be broadly categorized into three main areas:
Urban Data Science and Analytics
Developing data-driven tools and platforms to support urban planning and design decision-making
Applying machine learning and AI techniques for urban systems optimization and prediction
Leveraging big data analytics and urban informatics to uncover insights and patterns in urban environments
Sustainable Urban Development
Investigating the potential of smart city technologies and infrastructure to promote sustainability and resilience
Exploring green mobility solutions and alternative transportation options in urban contexts
Assessing neighborhood-level energy efficiency and environmental impact using data-driven approaches
Interdisciplinary Approaches to Urban Problem-Solving
Utilizing computer vision applications for urban infrastructure assessment in developing regions
Employing game theory and simulation to model stakeholder decisions in sustainable infill development
Integrating knowledge representation techniques and comprehensive data integration for holistic urban development strategies