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Building Science & Technology Modules

Architectural Studies 2016-2023

BUILDING SCIENCE +TECHNOLOGY

Professional Bachelor & Master of Architecture Pedagogy.

structures by design Lab

 

Catenary Arch experiment by Maya K. for for M.Arch

Arch 546L: Structural Technology in Practice

    ARCH 641 SP23: FACADE ANATOMY

     ARCH 641X Structures and Materials Module of the Building Science and Technology sequence at Iowa State University. This lab is based on a semester-long module for second-year graduates in the Master of architecture program. The framework of this lab was to have students learn the practical implications of designing an external cavity wall with concrete serving as its external and internal finish

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     Responses were to be based on a portion of the building with the highest solar exposure. The examples provided here show two conditions that were to be met. The first being that the outside portions of the facade had to be made using computation methods, and mechanized tools. It also had to have  perforations to mitigate headgain. 


     

    The second condition was that the interior surfaces need to be ma


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    “Facade Anatomy”

     

    This assembly in the image by Ekra, Ryan, and Smita was quite a unique typology. Most importantly, they became more aware of the benefits and limitations of materials and assemblies. 

    Arch 545L : Environmental Forces and Systems

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    Shading Device Lab Prototype by h.N + D.S

    Upcycled Shading System

    Upcycled Shading System

    Upcycled Shading System

    Upcycled Shading System

    Shading Device Lab Prototype by h.N + D.S

    Upcycled Shading System

    In-Light

    Rotational Dynamism

    Daylight Measurement

    Shading Device Lab

     

    Shading Device Prototype by A.J +K.G for M.Arch

    Variations in color and opacity adaptability within building elements are critical tools for controlling daylight. By strategically incorporating these factors into the shading design, A.J. and K.G. explored the potential of optimizing the balance between natural light levels, solar heat gain, and visual comfort within interior spaces. Careful consideration of color and opacity in shading elements can improve airflow energy efficiency.  

    code evaluation laboratories

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