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Dr. José Roberto García Chávez

 

Dr. José Roberto García Chávez

Metropolitan Autonomous University
Mexico

Abstract Title: Application of Thermography Technologies for Analysis and Evaluation for Urban Heat Island Effects

Biography:

José Roberto García Chávez, PhD

José Roberto García Chávez, PhD, is an accomplished Architect and Professor-Researcher in the Department of the Environment at the Division of Sciences and Arts for Design, as well as a faculty member of the Graduate Program in Bioclimatic Design at the Metropolitan Autonomous University in Mexico City, Mexico. His expertise spans across the development and implementation of sustainable projects at the Center for Research and Advanced Studies (Cinvestav).

Dr. García Chávez holds a PhD in Bioclimatic Architecture, Renewable Energy, and Sustainable Development from the United Kingdom. He has completed two postdoctoral fellowships in the United States and Canada, further strengthening his contributions to sustainable architecture and renewable energy solutions.

With a prolific academic career, Dr. García Chávez is the author and co-author of more than 180 applied research works and papers published in indexed scientific journals. He is an active member of various scientific committees and serves as the Research Project Coordinator for the Erasmus-Jean Monnet European Program, which promotes the development of sustainable bioclimatic architecture projects.

Dr. García Chávez is also a member of the International Energy Agency (IEA) under the Resilient Cooling Annex 80 program. He is a recognized Evaluator for the National Council of Science and Technology (CONACHYT) and holds a PRODEP Profile. Additionally, he is a Level II Member of the National System of Researchers (SNII).

Beyond his academic pursuits, Dr. García Chávez has extensive experience in professional practice, focusing on sustainable bioclimatic architectural projects that integrate renewable energy systems. His work is complemented by Geobiology studies aimed at achieving comfortable, sustainable, and healthy buildings.

Research Interest:

  • Bioclimatic Architecture: Designing buildings that harmonize with the local climate to enhance energy efficiency and occupant comfort.

  • Renewable Energy Integration: Incorporating sustainable energy systems into architectural projects to reduce environmental impact.

  • Sustainable Development: Developing eco-friendly building practices and urban planning strategies that promote environmental sustainability.

  • Natural Ventilation and Daylighting: Utilizing natural airflow and light to improve indoor environmental quality and reduce reliance on mechanical systems.

  • Urban Heat Island Mitigation: Investigating methods to alleviate increased urban temperatures through sustainable design and materials.

  • Educational Programs in Sustainable Architecture: Promoting bioclimatic and sustainable architectural principles through educational initiatives.

These interests are reflected in his extensive body of work, including over 180 applied research papers in architectural and urban scientific journals.