ARCHITECTURE META-MATTERS

ARCHITECTURE META-MATTER(S) is a first year M.Arch studio focusing on introducing why architecture matters and what is the matter of architecture. As an initial course in the graduate program, the course will look at multi-scalar conditions and will find the role, opportunity, and limits of architecture. ARCHITECTURE META-MATTER(S) will research the territorial conditions in our immediate context of Bryan and College Station, TX including technology, bodies, and natural/built environments, to help find clues to reimagine our living environment. The analysis of mobility, communications, energy, ecology and built-objects will set the framework for the proposal of a new meta-matter for architecture. The design projects will be based out of a dialogue with the findings and will be developed as the design of systems, as ENVIRONMENT-EXTENSIONS.  

John Scott - Resourceful Waste

John Scott, Resourceful Waste

Resourceful Waste engages with productive, wasteful and educational landscapes by appropriating a capped landfill. The project proposes transforming it to a farming space and educational facility benefitting from the landscape gases to produce energy, virtual reality experience to be immersed in the waste-to-produce transformation, and would serve as beacon on the newest suburban extension.

Britteny Martinez - Hard Edge Ecology

Brittany Martinez, Hard Edge Ecology

Hard Edge Ecology rethinks the regional scale with ecology-centered design. The projects proposes a closed greenbelt around the existing build structures in the cities of Bryan/College Station, and also creates a mediating park/green reserve inside the city limits; an oval bridge-structure mediates the experience of been close-to but not in-nature. 

Sugey Zavala - Circular Infrastructure

Sugey Zavala, Circular Infrastructure

Circular Infrastructure proposes a contained environment creating the space for a resource-based ecology minded project. The project first design a natural wetlands strategy for the creeks flooding and defines its perimeter with housing and terraced support programming.