Kshitij Kacker has a distinguished educational background in architecture and planning. He is currently pursuing a PhD in Architecture and Planning at the Indian Institute of Technology Roorkee (IIT Roorkee), where he has achieved an impressive CGPA of 9.611. His research focuses on urban heat stress and climate resilience. Prior to his PhD, Kacker earned a Master in Building Engineering & Management (MBEM) from the School of Planning and Architecture, New Delhi, graduating with a CGPA of 8.88. His academic journey began with a Bachelor of Architecture from the Faculty of Architecture and Planning, Dr. APJ Abdul Kalam Technical University (formerly GCA Lucknow), where he achieved a percentage of 84.1%. This strong foundation in architectural and environmental studies supports his current research efforts in enhancing urban resilience to climate change.

Kshitij Kacker’s research interests lie at the intersection of architecture, urban planning, and climate science. His work primarily focuses on urban climate and heat stress risk, investigating how changing climatic conditions impact urban environments. Kacker is particularly interested in exploring thermal comfort and building energy efficiency, employing numerical weather modeling to assess and mitigate heat stress in urban areas. His research aims to enhance urban resilience by developing strategies to address the challenges posed by severe heat stress. Additionally, Kacker is involved in sustainability and project management, seeking to integrate climate considerations into architectural and planning practices. His work encompasses both theoretical and applied aspects, striving to provide actionable insights for improving urban planning and design in the context of a changing climate. Through his interdisciplinary approach, Kacker contributes to advancing knowledge and practical solutions for urban climate adaptation.

Kshitij Kacker possesses a diverse and advanced skill set that significantly enhances his research capabilities. His expertise includes sophisticated modeling and simulation techniques using tools such as the WRF model, GIS, and EnviMET, crucial for analyzing urban climate and heat stress. Proficient in SPSS, Minitab, and Design Builder, Kacker excels in data analysis and statistical evaluation, essential for robust research outcomes. His skills in Python programming and various design software like AutoCAD, Sketchup, and Lumion facilitate comprehensive and accurate modeling of architectural and environmental scenarios. Additionally, Kacker’s analytical thinking and adaptability enable him to tackle complex research challenges effectively. His experience in project management, combined with his ability to communicate complex findings clearly, underscores his strong research capabilities and commitment to advancing knowledge in urban climate resilience.