With the Water is a group project I designed collaboratively, creating a unified architectural experience across three structures: an office building, a gallery, and an indoor classroom. Each structure guides the movement of rainwater and shapes the visitor's path through the site. Together, they function as a cohesive whole while integrating with the surrounding community — each building holds a distinct position and purpose that supports both functionality and community engagement.
I designed the office building, sited at the rear of the site to give employees privacy and security while keeping them connected to the rest of the site. Across from it, my collaborator designed the gallery, which opens toward the community garden to create a peaceful atmosphere connected to nature and local initiatives. Near the entrance, the indoor classroom's accessible design and open view of the pond create an inviting space for environmental learning.
The community garden sits at the site's entrance, welcoming visitors and encouraging neighborhood interaction. Sustainable water systems, including rainwater ponds and bioswales, direct rainwater naturally into the garden to support eco-friendly landscaping. Together, these systems reflect the project's core intent: an integrated infrastructure that functions as a cohesive whole and as a vital part of the larger community, enriching both its social and environmental fabric.
WHAT
Architecture Design
FOR
Class: ARCH 3010 Architecture Design I


PHYSICAL MODEL
STORMWATER MANAGMENT PRACTICES DIAGRAM
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BUILDING 1 WATER FLOW DIAGRAM
The water flows down the roofs into gutters that funnel onto downspout planters incorporated in the green roof below, and eventually down to the ground where it is led via a swale into the pond.
BUILDING 2 WATER FLOW DIAGRAM
The water flows in a spiral down the roof, into gutters along each level which spout into down-spout planters incorporated into each green roof. The stormwater is then funneled out through the building, under the walking path, and into the pond via a swale.
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LIGHT RAINFALL
MEDIUM RAINFALL
HEAVY RAINFALL
Monthly precipitation varies, with February averaging around 2.5 inches (6.4cm) and July peaking at approximately 4.5 inches (11.4cm). These fluctuations influence the pond's seasonal water levels. The pond's design includes mechanisms to maintain optimal water levels, accomodating Philadelphia's variable precipitation and preventing overflow during peak rainfall periods. Higher rainfall in summer months, particulary July and August, leads to increased pond levels, enhancing it's capacity for storm water manaement. Conversely, lower precipitation in late fall and winter results in reduced water levels.
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SITE SECTION
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BUILDING 1 PLAN

BUILDING 1 SECTION PERSPECTIVE
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BUILDING 1 UNFOLDED SECTION ELEVTION
KEY PLAN
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BUILDING 2 UNFOLDED SECTION ELEVTION
KEY PLAN
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BUILDING 2 PLAN