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Ccacachi

     This 1.3 hectare site, located in Juliaca, Peru, is to be a health ministry and outreach campus. This is a place where health needs can be met: dental work, physical therapy and rehabilitation, as well as education about nutrition and healthy lifestyles. The Lake Titicaca Mission already operates the Ccacachi church here, which has worked to build trust in the community. The Ccacachi project, designed primarily between myself and fellow classmate Ian Greene during the fall semester 2018, will hopefully patent a style of architecture for this booming city that the people of Juliaca can call their own.    

Site Plan

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- Pedestrian friendly street along the river.
-Vehicle lanes narrow to slow traffic.
-Parking along riverfront.
-Riverfront plaza extended to the river.
-Site gated for security.
-Low ramps go up to building level for accessibility.
-Garbage dumpsters shared between buildings and placed with easy access to the street.

-Church entrance on axis with gate opening into the riverfront.
-Buildings and courtyards provide views across the river.
-Courtyards open into each other so there is always 
something catching your eye.
-Colonnades are covered to provide shading and seating for those waiting to be treated.
-Colonnades within internal courtyards used for covered circulation.

Pedestrian Traffic
Vehicular Traffic
Parking
Garbage
Gated Access
Colonnade
Public Space
Private Space
Views
Axes

Riverfront Plaza Steps

Riverfront Plaza Fountain

Pedestrian Friendly Street

Riverfront Steps

Access & Circulation

Placemaking

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-Stipa Ichu is grown along river bank to help fight against erosion and beautify the riverfront.
-Plazas based off of Incan stormwater retention systems in order to help with flooding.
-Flooding normally goes up 2.5m from the river, but occasionally will rise to 3m, covering the original site level.
-To prevent flooding inside the buildings, the building level was raised 0.5m above the original site level.

-Pervious paving used to help with stormwater runoff.
-Water retention ponds are created using the steps along the riverfront plaza not only to help against flooding, but also to act as a water feature when flooding occurs.
-Biomicrobic wastewater systems are shared between buildings.

3.5m
3m
2.5m
0m
Gravel
Pervious Paving
Infiltration
Water Retention
Biomicrobic Wastewater System

Biomicrobic Wastewater System

Pervious Cobble Street

Water Retention Ponds

Stipa Ichu Along River Bank

Flood Zones

Stormwater & Sewage

Preliminary Site

Final Site

Ramps
CATA Project

Click to view entire project

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Riverfront Plaza View

North Elevation

South Elevation

Site Section

Preliminary Design

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Ramps
CATA Project

Click to view the rest of the CATA project

Ryan Davis | Architecture Portfolio

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