Sustainable buildings
Sustainable buildings

64,196 m² total built area
Within the framework of an unwavering commitment to sustainability and innovation, the Autonomous University of Nuevo León (UANL) has developed a comprehensive vision for the design and operation of smart and sustainable buildings. This initiative seeks not only to reduce the environmental impact of our facilities, but also to improve the levels of well-being of members of the university community, as well as to optimize the use of available resources.
The design, construction and operation of sustainable buildings at UANL is based on the use of advanced technologies and automated systems that allow for efficient management of energy, water and other essential resources. This approach not only contributes to the reduction of operating costs, but also helps reduce the university's carbon footprint, aligning with the Sustainable Development Goals promoted by the United Nations.
The sustainability indicators used to evaluate the performance of these types of buildings go beyond factors related to energy efficiency. Other aspects are therefore integrated into the design and construction of these buildings, such as the use of recycled and low-environmental-impact materials, as well as the promotion of biodiversity through green spaces and roofs. Additionally, the well-being of users is promoted by optimizing natural lighting, adequate ventilation and the creation of healthy environments that support learning and personal development.
The construction and operation of sustainable buildings at UANL also aims to educate and raise awareness among the university community, especially students. Through training programs and awareness-raising activities, the goal is to instill a culture of sustainability that will last after students leave the university facilities. In this way, the goal is to train leaders who are committed to protecting the environment and prepared to face the challenges presented by the development of sustainable environments.
Below is a brief description of the group of sustainable buildings that the UANL currently has, as well as some relevant data that illustrate the positive impact they generate.
Center for Research and Development in Health Sciences (CIDICS)
15,592 m² de superficie total
Municipality: Monterrey, Nuevo Leon
Objective: to generate a space that allows scientific and technological research to be carried out to generate applied knowledge to solve priority health problems at local, national and international levels.


Center for Research, Innovation and Development of the Arts (CEIIDA)
8,335 m² de superficie total
Municipality: Monterrey, Nuevo Leon
Objective: to promote research, innovation and the development of knowledge in the arts disciplines, as well as to promote the documentation and generation of archives that enrich the regional and national art heritage.
Internationalization Center
7,773 m² de superficie total
Municipality: Monterrey, Nuevo Leon
Objective: to promote the institution's internationalization policy in the areas of teaching, research and extension, with the aim of knowing and, where appropriate, adopting and/or adapting the best practices in these areas, as they have been implemented worldwide.


Center for Innovation, Research and Development in Engineering and Technology (CIIDIT)
7,380 m² de superficie total
Municipality: Apodaca, Nuevo Leon
Objective: multidisciplinary and integrative center of the Autonomous University of Nuevo León under the administration of the Faculty of Mechanical and Electrical Engineering (FIME), consisting mainly of laboratories with state-of-the-art equipment intended to conduct research in areas of knowledge related to engineering.
Research Center for Sustainable Development (CIDS)
5,913 m² de superficie total
Municipality: San Nicolas de los Garza, Nuevo Leon
Objective: University department dedicated to research on the environment and sustainability that functions as a regional reference center for environmental information and communication and sustainable development aimed at finding better alternatives for solving environmental problems in northeastern Mexico.


Center for Digital Education and Entrepreneurship
5,352 m² de superficie total
Municipality: Monterrey, Nuevo Leon
Objective: to support the expansion and strengthening of the range of training programmes offered in different modalities at all educational levels, through transformative teaching practices, the use of technologies for learning and the knowledge of teachers and students.
Center for Research in Biotechnology and Nanotoxicology (CIBYN)
6,119 m² de superficie total
Municipality: Apodaca, Nuevo Leon
Objective: to advance and disseminate science and technology through interdisciplinary collaboration in three areas of global significance: health, energy and environment, in addition to being a catalyst for innovation, research, economic development and social prosperity in Mexico and the world.


Center for Research and Innovation in Aeronautical Engineering (CIIIA)
3,600 m² de superficie total
Municipality: Apodaca, Nuevo Leon
Objective: To be the technological arm of the aeronautical and aerospace industry in northern Mexico, promoting high-value projects in the production chain, developing advanced engineering, research and technological innovation in the various branches of the sector with activities aimed at the development of new technologies, products, materials and processes.
Innovation and Design Center (CID)
2,687 m² de superficie total
Municipality: San Nicolas de los Garza, Nuevo Leon
Objective: to position design as a tool for change to face the challenges of today's society, promoting the development of innovative projects through the areas of research, project development and professional services, contact, as well as social development and FabLab.


Medical Services Clinic University City Campus
1,445 m² de superficie total
Municipality: San Nicolas de los Garza, Nuevo Leon
Objective: To provide quality medical care to university workers, active or retired, and their beneficiaries.
Characteristics:
- Thermal insulation using multipanel walls and 2” Foamular slab systems
- High efficiency air conditioning units
- PVC exterior frames
- Polyurea foundation to prevent capillarity to avoid leaks
- With glass curtains and PTR parasols, which reduces the thermal load
- It has emergency stairs covered with a PTR structure located to minimize the thermal load
- Elevator, cistern, fire alarm, central climates based on fan and coil and service stairs
- On the ground floor it has a waterproof exterior wall finish, benefiting the temperature and maintenance of the building
- Ventilated louver facade
- North facade with DuoVent cover that reduces the thermal load of the building
- Ventilated facade
- Low energy consumption Led lighting
- PVC Sikaplan Sarnafil waterproofing that provides thermal protection for cool roofs and is made from recycled materials
- Dry urinals
- Reduction in water use due to the installation of ecological tanks
- Non-air-conditioned central ventilation system
- Air conditioning systems with high energy efficiency Inverter technology (VRF)
- It has a Fire protection system (alarm) and cistern
- Hydraulic piping based on tube plus
- Hydraulic piping pex-al-pex-flexpad low maintenance cost
- Use of solar lighting
- Windows based on Duovent that reduces the thermal load of the building installed on the main facade