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Architectural Experimental Innovation Center of Inner Mongolia University of Technology
Architectural Experimental Innovation Center of Inner Mongolia University of Technology
China
Finalist, 2023 A+Awards, Details - Architecture +Glass
Project Featured on Oct 20, 2023
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Other Projects by INNER MONGOLIAN GRAND ARCHITECTURE DESIGN CO.， LTD.
Architectural Experimental Innovation Center of Inner Mongolia University of Technology
China
Finalist, 2023 A+Awards, Details - Architecture +Glass
Project Featured on Oct 20, 2023
Type
STATUS
Built
YEAR
2021
SIZE
25,000 sqft - 100,000 sqft
BUDGET
Undisclosed
·Located in the campus of Inner Mongolia University of Technology, China, the building has one floor underground and five floors above the ground.
·It is also a prefabricated steel structure building, whose functions are achieved through various green laboratories in the field of architecture.
·The design is based on the constraints of the site and the need for energy conservation to generate a space like a square box, under which the design emphasizes the flexible use of space, passive energy-saving strategies and the environmental-friendly attributes of the materials used.
·The major space laboratories are arranged around the central and intensive auxiliary core to meet the changes of different functions in the future.
· Each laboratory has three climate interfaces to ensure sufficient natural lighting and ventilation in the large space laboratory.
·It solves the problem of ventilation and cooling in the hot summer without the use of air conditioning by using spatial interventions such as staggered layers to generate thermal pressure and layered wind extraction to generate wind pressure.
·It is also a prefabricated steel structure building, whose functions are achieved through various green laboratories in the field of architecture.
·The design is based on the constraints of the site and the need for energy conservation to generate a space like a square box, under which the design emphasizes the flexible use of space, passive energy-saving strategies and the environmental-friendly attributes of the materials used.
·The major space laboratories are arranged around the central and intensive auxiliary core to meet the changes of different functions in the future.
· Each laboratory has three climate interfaces to ensure sufficient natural lighting and ventilation in the large space laboratory.
·It solves the problem of ventilation and cooling in the hot summer without the use of air conditioning by using spatial interventions such as staggered layers to generate thermal pressure and layered wind extraction to generate wind pressure.
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