La chilanga
graduation project
Site
Site
Volumetric render
Volumetric render
Render from streets
Render from streets
Street to top view
Street to top view
Apartments view
Apartments view
Street view
Street view
Vertical circulations
Vertical circulations
Habitable area
Habitable area
Balconees
Balconees
External structure
External structure
Low level
Low level
Level 10
Level 10
Level 20
Level 20
Rhino Grasshopper 
Ladybug 
Revit
AutoCAD
Photoshop 
Illustrator 
The competition

From the roots emerge a culture, 
weaves itself for generations until it creates an identity,
of which all of us can identify with.
La Chilanga is the culmination of its cultural, economic, social, historic, and urbanistic context. The design of the tower answered a series of bioclimatic analysis that contemplate: wind, sun path and radiation. One of the main strategies that we take from the analysis is the rhombus-like floor plan. It rotates along its height, ending on the last floor at a 45° angle from the first one. At the same time, a second rhombus rotation creates the balconies. This adds protection against radiation in the facade and gives the user a 360° view of the city. At street level a sunk square works as a reunion point, hiding the cars from the view and giving the pedestrians the priority of the space. In the last floors, a garden with amenities gave the tower a second reunion space, hiding them with the facade to don't broke the continuity of the form.
The purpose of La Chilanga was to be a milestone for the city. Using element that the majority of the citizens known. The facade shape emulated a traditional weaving pattern seen in hand-made baskets. The square is a very important element in the city's life, as a space for encounters, commerce, and recreation.
The tower have commerce in the first quarter of the tower. In the second and the third quarter, dwelling, and in the last quarter amenities for the inhabitants of the tower and the citizens. 
The tower's geometry is design with Grasshopper. We can control the number of floors, their height, and, most important, the rotation of the main volume and the balconies. We analyze it with Ladybug to find the optimal form. This shape will keep the tower cool in spring and maximize radiation in winter. 
The structure of the tower consisted in a central core that works as vertical circulation. And a external structure that goes along the facade, way down to the foundation of the tower and extends over the las floor.​​​​​​​
Cthlhu
Rhino Grasshopper
3D Max 
Photoshop
Iterations
Iterations
Vertical Circulations
Vertical Circulations
Facade
Facade
Structure
Structure
Back grid
Back grid
Apartments floors
Apartments floors
Balconies
Balconies
Isometric
Isometric
Cthlhu was the first part of the tower competition, were each one of the team made an individual tower. Mine developed the rotation of the form and the second volume that created the balconies that we seen in La Chilanga. The form in the top floors came from the height restrictions of the zone. Its design allows me to make it the highest as possible with a comfortable up floors. 
Despite being ortogonal, I keep following the concept of a natural shape. Accomplishing an organic form with intricate volumes and a futuristic look.
MIRAvia Research Center
Competition​​​​​​​
Rhino Grasshopper
3D Max 
AutoCAD 
Photoshop 
Miravia Research Center is a submarine tower dedicated to the research of the ocean floor. Following the structure of a marine sponge with thick walls reinforced with an organic secondary structure. The high floor of Moravia functions as entry and receiver for the tower. We design to the trilobites that function as transport for the users undersurface, with the same scales as the tower to produce the energy. In the lowest part of the tower a dome functions as the labs of the Research Center.
Dual tower​​​​​​​
Revit
AutoCAD 
Photoshop 
Floor plan
Floor plan
Amenities
Amenities
Lobby
Lobby
4rth floor room
4rth floor room
4ft floor living room
4ft floor living room
5ft floor living room
5ft floor living room
Pent house living room
Pent house living room
Pent house kitchen
Pent house kitchen
The Dual Tower design takes advantage of the difficult terrain's form. It uses the complicated intersections to create balconies large enough to be considered their own "gardens".
The structure consisted of a concrete wall and a row of columns in the other side. A sculptural stairway interconnect the two towers and gave the sensation that they were one volume. 
Each of the sections has their own amenities and a common pool in the main garden of the building with a semipublic recreative cover space.
Each cluster has 4 apartments with their own exterior zone and a pent house with two levels at the top of the towers. 

You may also like

Back to Top