Atlanta Vocational Community Center
Subject
Skin + Bone
Location
Atlanta, Georgia
Year
2009
Hanxiong Ryan Liu
Status
Concept
Category
Institutional
The Census 2000 reveals that nearly one in five U.S. residents, aged 5 and above, grapple with disabilities. This substantial portion of the population should not be overlooked, and it is imperative for society to shoulder the responsibility of offering enhanced support, including vocational training and rehabilitation, to facilitate their reintegration into productive lives.
Disabilities are predominantly categorized into four groups: physical disability, visual impairment, hearing impairment, and mental retardation. Society endeavors to facilitate the integration of individuals with disabilities into normal life through various means. Furthermore, a considerable number of disabled individuals contend with varying degrees of psychological disorders. Recognizing the diverse psychological and behavioral factors among people with disabilities, I have crafted a "needs and lifestyle" map to inform the design of a vocational center. This approach prioritizes skills training and promotes the cultivation of healthy mental lifestyles.
Ground Level
Second Level
This project is about the research and test of an innovative concept, exploring the fusion of architectural elements in the form of a "skin + bone" structure within the realm of ultra-long-span structures. The overarching goal is to redefine the conventional notions of architecture, pushing boundaries through the development of dynamic structures. Notably, the emphasis extends beyond mere aesthetics, delving into the intricate relationship between human and building. By challenging the status quo, this endeavor seeks to understand and address the potential disproportion that may exist between architectural form and the human experience within these ultra-long-span structures. Through meticulous research and experimentation, the project aims to create a harmonious synthesis of structural innovation and human-centric design, reimagining the possibilities of dynamic architecture.