Engineering for People, the Planet, and Prosperity
At the School of Engineering and Sciences, we blend entrepreneurship with the wealth of Latin American talent to redefine the boundaries of research. Our research hubs and strategic initiatives are the driving force behind disruptive innovation, generating solutions that transcend borders and transform realities.
Our Research in Numbers
+9000
undergraduate students involved in research projects
+430
master's students in scientific fields
+150
research faculty members
+300
doctoral students in scientific research
+300
faculty members engaged in research activities
Impact Areas
Our focus centers on three key impact areas: Health, Climate & Sustainability, and Industrial Transformation. We have identified these areas as crucial for addressing global challenges and driving innovation and research that benefit society and the planet. In essence...
"Engineering for people, for the planet, and for prosperity.”.
Health
The Health Research Hub aims to improve human health through biotechnology, nanotechnology, and informatics, focusing on (bio)pharmaceutical engineering, healthy foods, and advanced medical devices to provide practical healthcare solutions.
Climate & Sustainability
This Research Hub tackles environmental challenges such as climate change and promotes Sustainability through interdisciplinary research, innovation, and policy development.
Industrial Transformation
This Hub drives Industrial Transformation through interdisciplinary research, emphasizing innovation, digital technology, sustainability, and advanced manufacturing.
Strategic Initiatives
Nanotechnology & Semiconductors
This initiative aims to boost the semiconductor industry by developing talent, enhancing laboratory infrastructure, and promoting collaboration among universities, industry, and government. It aligns education with industry needs and fosters research and entrepreneurship.
Artificial Intelligence
Our AI Strategic Initiative focuses on both Classical and Generative AI, applying them to challenges in health, climate, sustainability, and industry while exploring efficiency, ethics, economic impact, and social implications to drive innovation responsibly.
Strategic Alliances
Research collaborations with over 70 universities and 50+ partnerships with Top International Organizations.
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Our Specialized Facilities
Smart Factory
Campus Monterrey
This laboratory focuses on enabling modular manufacturing cells with cutting-edge technology.
Construction Materials Research Laboratory
Campus Querétaro
Dedicated to researching concrete structure durability, metal corrosion kinetics, corrosion inhibitors, inspection, structural rehabilitation, and concrete infrastructure longevity.
Fracto-Mechanical Testing of Engineering Polymers
Campus Estado de México
Aims to develop fundamental and applied science projects to evaluate and understand the mechanical response of engineering plastics under high-impact conditions. Equipped for polymer processing and characterization.
Advanced Materials Laboratory
Campus Querétaro
Houses a CWF Chamber Furnace for advanced materials research.
Biomechatronics Laboratory
Campus Guadalajara
Designs and develops technology related to haptics and prosthetics, focusing on systems that connect human users with robotics.
Advanced Cyber-Physical Systems
Campus Guadalajara
This laboratory focuses on the comprehensive development of cyber-physical systems by implementing mechanical, electronic, and automatic control technologies to solve mechatronic, biomedical, and robotic problems.
Neurotechnology and Brain-Computer Interface Laboratory (NTLab)
Campus Guadalajara
A center for innovation, technological development, and applications in IoT.
Data Analysis Center
Campus Estado de México
Addresses data challenges in specific areas.