The University of Malaga in Spain will soon be home to a high-tech campus that will redefine the urban fabric with digital connectivity and renewable energy systems. Designed by Ecosistema Urbano to regenerate the underused Louis Pasteur Boulevard area, the project will not only enhance the city’s infrastructure, but it will also create new spaces where everyday university activities, including classes, can take place in public areas.
Spanning a total surface area of 52 acres, the Malaga University Campus planning project will improve the climatic comfort and digital connectivity of currently underused public spaces. The plan targets four main strategies: a Connected Campus strategy for opening the university to its urban surroundings; a Green Campus strategy that seeks to create, restore and enhance existing green space; an Interactive Campus strategy that will allow users to visualize real-time information and manipulate physical aspects of public space with technology; and an Open Campus strategy to make educational meeting spaces and devices in the public areas available for use by both students and local citizens.
Using a network of sensors and interactive technologies, the outdoor spaces can be manipulated to support both educational and playful programming, as well as improved outdoor comfort that can be enhanced with solar-powered climate conditioning systems.
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“One of the key aspects of this project is its commitment to using technology as a way of improving the interaction between people and the environment,” explained the architects, who were inspired by the smart cities approach. “It will be the first public space that users can control through an application. In parallel with the construction of the project, the official UMA app will be extended with open source modules that will allow access to an augmented environment of interactivity and information.”
To reduce the environmental footprint of the project, the architects have proposed installing photovoltaic panels to power the campus’ bioclimatic conditioning systems, such as evaporative cooling and geothermal air circulation. Passive bioclimatic strategies will also be used, including shading elements like green walls and sculptural canopies. The first construction phase, which covers 17 acres, is planned for December 2020.
Images via Ecosistema Urbano