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Made in PGH

Category

Year

Architectural Design

2022

Role

Architectural Designer

Skills

Rhino, Enscape, Climate Studio, Adobe Illustrator

How can a building teach its inhabitants the culture of making ? Made in PGH is a mixed use residential complex with a maker space public program. Our design aims to expand creative expression from the maker-space into communal outlets for residents, while using materiality and tectonics to celebrate maker culture.


Team project with Jordan Luther, Meghna Koushik, and Neha Hegde

Made in PGH

Category

Year

Architectural Design

2022

Role

Architectural Designer

Skills

Rhino, Enscape, Climate Studio, Adobe Illustrator

How can a building teach its inhabitants the culture of making ? Made in PGH is a mixed use residential complex with a maker space public program. Our design aims to expand creative expression from the maker-space into communal outlets for residents, while using materiality and tectonics to celebrate maker culture.


Team project with Jordan Luther, Meghna Koushik, and Neha Hegde

Made in PGH

Category

Year

Architectural Design

2022

Role

Architectural Designer

Skills

Rhino, Enscape, Climate Studio, Adobe Illustrator

How can a building teach its inhabitants the culture of making ? Made in PGH is a mixed use residential complex with a maker space public program. Our design aims to expand creative expression from the maker-space into communal outlets for residents, while using materiality and tectonics to celebrate maker culture.


Team project with Jordan Luther, Meghna Koushik, and Neha Hegde

📑Background


The site of this project is located in downtown Pittsburgh. Inspired by its adjacency to CAPA, we proposed the ground public program to be a makerspace, and used structure as our primary design driver. Although the makerspace only exists on the bottom two floors, we ask ourselves if the building can also teach its inhabitants about the culture of making, leading us to create an organization of communal spaces that extends the spatial quality and tectonic language from the makerspace.

📑Background


The site of this project is located in downtown Pittsburgh. Inspired by its adjacency to CAPA, we proposed the ground public program to be a makerspace, and used structure as our primary design driver. Although the makerspace only exists on the bottom two floors, we ask ourselves if the building can also teach its inhabitants about the culture of making, leading us to create an organization of communal spaces that extends the spatial quality and tectonic language from the makerspace.

📑Background


The site of this project is located in downtown Pittsburgh. Inspired by its adjacency to CAPA, we proposed the ground public program to be a makerspace, and used structure as our primary design driver. Although the makerspace only exists on the bottom two floors, we ask ourselves if the building can also teach its inhabitants about the culture of making, leading us to create an organization of communal spaces that extends the spatial quality and tectonic language from the makerspace.

💫The "Spiral"


The communal spaces function both as a spatial extension from the public makerspace, and a nexus for tenants to come together in the residential floors. The primary structure, a mass-timber diamond gird, is exposed in the communal zones and in the makerspace only as a shared tectonic language.

To illustrate the connectivity, we used the technique to "unroll" these spaces. The unrolled plan shows how they are related to the makerspace programmatically, while the section shows how the spatial quality is extended tectonically.

🔆Daylight


Apart from structural tectonic, daylight is another important factor. We used Climate Studio and Enscape to conduct extensive solar and glare analysis and simulation to determine program layout and opening positions. The north and south facades follows the form created from the structural diagrid. Screens are implemented to reduce solar exposure.

🪵Material Ecology and Assembly


To celebrate maker culture, we focused on the materiality and assemblies of the building components. One example is the primary structural system where we looked at the origin of the wood and how the mass timber assembly comes together. Another example is the facades with charred wood panels. The joinery is articulated not only for tectonic expression, but also for ease of maintenance and replacement since they are exposed to open air.

✨Project Highlights

© Elise (Xinyi) Wang 2022

© Elise (Xinyi) Wang 2022