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Title: North Carolina State University Rapid Transit Center: NC_State_Rapid_Transit_Center_Boards
Creator: Scott, Phillip
Date: 2012-05, 2012-05
Description: North Carolina State University is one of the leading land grant institutions and public research universities in the country. However, its...
Show moreNorth Carolina State University is one of the leading land grant institutions and public research universities in the country. However, its rapidly growing size and required travel distance in-between campuses necessitate drastically improved transit connections. Current plans are in place for the construction of a rapid transit corridor through campus along with commuter and light rail transit. The Master’s Project will focus on the main multimodal center for this transportation network, the North Carolina State University Rapid Transit Center.
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Title: A Soccer Stadium for the Community of Phoenix
Creator: Smith, Victor
Date: 2012, 2012-05
Description: This project is a Major League Soccer stadium in Phoenix, AZ. It is built with the intention to provide both a place for sports entertainment...
Show moreThis project is a Major League Soccer stadium in Phoenix, AZ. It is built with the intention to provide both a place for sports entertainment and a landmark unique to a neighborhood of Pheonix. It incoporates local architectural practices, cultural references, and Olympic stadium design standards in order to create a site-specific architecture for sport.
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Title: North Carolina State University Rapid Transit Center
Creator: Scott, Phillip
Date: 2012-05, 2012-05
Description: North Carolina State University is one of the leading land grant institutions and public research universities in the country. However, its...
Show moreNorth Carolina State University is one of the leading land grant institutions and public research universities in the country. However, its rapidly growing size and required travel distance in-between campuses necessitate drastically improved transit connections. Current plans are in place for the construction of a rapid transit corridor through campus along with commuter and light rail transit. The Master’s Project will focus on the main multimodal center for this transportation network, the North Carolina State University Rapid Transit Center.
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Title: North Carolina State University Rapid Transit Center: NC_State_Rapid_Transit_Center
Creator: Scott, Phillip
Date: 2012-05, 2012-05
Description: North Carolina State University is one of the leading land grant institutions and public research universities in the country. However, its...
Show moreNorth Carolina State University is one of the leading land grant institutions and public research universities in the country. However, its rapidly growing size and required travel distance in-between campuses necessitate drastically improved transit connections. Current plans are in place for the construction of a rapid transit corridor through campus along with commuter and light rail transit. The Master’s Project will focus on the main multimodal center for this transportation network, the North Carolina State University Rapid Transit Center.
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Title: Improved Life Cycle Performance for Construction of Big Box Retail: Pidgeon_MastersBoards
Creator: Pidgeon, Amanda
Date: 2012-05-02, 2012-05
Description: This project compares multiple construction materials and assemblies in order to find options which will improve the life cycle performance of...
Show moreThis project compares multiple construction materials and assemblies in order to find options which will improve the life cycle performance of retail big box structures, using Walmart Supercenters as a specific case study. It utilizes the Athena EcoCalculator to accomplish this task.
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Title: Facade Retrofit - High Performance Facade Systems for an Existing Building: FacadeRetrofit_Velichkova
Creator: Velichkova, Gergana
Date: 5/4/2011, 2011-05
Description: THE FAÇADE HAS THE HIGHEST POTENTIAL WHEN TRYING TO OPTIMIZE THE ENERGY PERFORMANCE OF A BUILDING. THE MAIN GOAL OF THE PROJECT IS TO...
Show moreTHE FAÇADE HAS THE HIGHEST POTENTIAL WHEN TRYING TO OPTIMIZE THE ENERGY PERFORMANCE OF A BUILDING. THE MAIN GOAL OF THE PROJECT IS TO INVESTIGATE WHAT IS THE VALUE OF FACADE RETROFIT AND STUDY THE RELATIONSHIP BETWEEN PERFORMANCE, WEIGHT, EMBODIED ENERGY, ASSEMBLY EFFORT, COST AND POTENTIAL SAVINGS. 4 DIFFERENT FACADE SYSTEMS ARE ANALYZED AND COMPARED IN THE CONTEXT OF AN EXISTING BUILDING. ONE OF THE SYSTEMS IS CURRENTLY INSTALLED AND HAS BEEN RECENTLY RETROFITTED, WHILE THE OTHER THREE ARE DESIGN PROPOSALS WHICH FOCUS ON THE FOLLOWING ASPECTS: PERFORMANCE AND DAYLIGHT, MINIMAL STRUCTURE AND ADAPTABILITY.
Sponsorship: Sobek, Werner
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Title: Improved Life Cycle Performance for Construction of Big Box Retail: Pidgeon_MastersBooklet
Creator: Pidgeon, Amanda
Date: 2012-05-02, 2012-05
Description: This project compares multiple construction materials and assemblies in order to find options which will improve the life cycle performance of...
Show moreThis project compares multiple construction materials and assemblies in order to find options which will improve the life cycle performance of retail big box structures, using Walmart Supercenters as a specific case study. It utilizes the Athena EcoCalculator to accomplish this task.
Show less

Title: Facade Retrofit - High Performance Facade Systems for an Existing Building
Creator: Velichkova, Gergana
Date: 5/4/2011, 2011-05
Description: THE FAÇADE HAS THE HIGHEST POTENTIAL WHEN TRYING TO OPTIMIZE THE ENERGY PERFORMANCE OF A BUILDING. THE MAIN GOAL OF THE PROJECT IS TO...
Show moreTHE FAÇADE HAS THE HIGHEST POTENTIAL WHEN TRYING TO OPTIMIZE THE ENERGY PERFORMANCE OF A BUILDING. THE MAIN GOAL OF THE PROJECT IS TO INVESTIGATE WHAT IS THE VALUE OF FACADE RETROFIT AND STUDY THE RELATIONSHIP BETWEEN PERFORMANCE, WEIGHT, EMBODIED ENERGY, ASSEMBLY EFFORT, COST AND POTENTIAL SAVINGS. 4 DIFFERENT FACADE SYSTEMS ARE ANALYZED AND COMPARED IN THE CONTEXT OF AN EXISTING BUILDING. ONE OF THE SYSTEMS IS CURRENTLY INSTALLED AND HAS BEEN RECENTLY RETROFITTED, WHILE THE OTHER THREE ARE DESIGN PROPOSALS WHICH FOCUS ON THE FOLLOWING ASPECTS: PERFORMANCE AND DAYLIGHT, MINIMAL STRUCTURE AND ADAPTABILITY.
Sponsorship: Sobek, Werner
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Title: Improved Life Cycle Performance for Construction of Big Box Retail
Creator: Pidgeon, Amanda
Date: 2012-05-02, 2012-05
Description: This project compares multiple construction materials and assemblies in order to find options which will improve the life cycle performance of...
Show moreThis project compares multiple construction materials and assemblies in order to find options which will improve the life cycle performance of retail big box structures, using Walmart Supercenters as a specific case study. It utilizes the Athena EcoCalculator to accomplish this task.
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Title: TRACK on Devon Avenue
Creator: Kohn, Adi
Date: 2011, 2011-05
Description: This project encourages innovative design and planning concepts that further the development of a better, healthier and more active lifestyle...
Show moreThis project encourages innovative design and planning concepts that further the development of a better, healthier and more active lifestyle through the infusion of activities into everyday practices in a space inhabited daily. It is not about encouraging us to go to the gym and workingout more. It’s about giving citizens a workout through their interactions with this environment on a daily basis.
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Title: Facade Retrofit - High Performance Facade Systems for an Existing Building: FacadeRetrofit_Velichkova_Poster
Creator: Velichkova, Gergana
Date: 5/4/2011, 2011-05
Description: THE FAÇADE HAS THE HIGHEST POTENTIAL WHEN TRYING TO OPTIMIZE THE ENERGY PERFORMANCE OF A BUILDING. THE MAIN GOAL OF THE PROJECT IS TO...
Show moreTHE FAÇADE HAS THE HIGHEST POTENTIAL WHEN TRYING TO OPTIMIZE THE ENERGY PERFORMANCE OF A BUILDING. THE MAIN GOAL OF THE PROJECT IS TO INVESTIGATE WHAT IS THE VALUE OF FACADE RETROFIT AND STUDY THE RELATIONSHIP BETWEEN PERFORMANCE, WEIGHT, EMBODIED ENERGY, ASSEMBLY EFFORT, COST AND POTENTIAL SAVINGS. 4 DIFFERENT FACADE SYSTEMS ARE ANALYZED AND COMPARED IN THE CONTEXT OF AN EXISTING BUILDING. ONE OF THE SYSTEMS IS CURRENTLY INSTALLED AND HAS BEEN RECENTLY RETROFITTED, WHILE THE OTHER THREE ARE DESIGN PROPOSALS WHICH FOCUS ON THE FOLLOWING ASPECTS: PERFORMANCE AND DAYLIGHT, MINIMAL STRUCTURE AND ADAPTABILITY.
Sponsorship: Sobek, Werner
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