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ENLACE

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03 40 |

THE PROPOSAL Design Development Spatial Experience Environmental Integration

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DESIGN DEVELOPMENT Master plan

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Roof plan

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Ground Floor

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NOT JUST A SPACE, A LAUNCHPAD

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Section 1

Facade 1 50 |

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WHERE INNOVATION TAKES SHAPE

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Facade 2

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THE RESOLUTION Building system Environmental strategies

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BUILDING SYSTEM Construction

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The project is organized through a layered assembly system that preserves the existing industrial structure while introducing new architectural interventions. The original steel frame and roof remain as the primary structural elements, supporting a series of flexible programmatic volumes positioned beneath the existing envelope. This strategy minimizes demolition, optimizes material reuse, and allows new spaces to coexist with the industrial character of the site.

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Section: offices

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Detail #1 Roof assembly

1 Pre-painted Galvanized Metal Cladding 24 ga corrugated steel sheet, green finish 2 Steel Secondary Frame Galvanized cold-formed steel support profile 3 Reinforced Concrete Wall 200 mm cast-in-place reinforced concrete wall 4 Concrete Foundation Base Reinforced concrete footing / base support

Detail #2 Steel deck

1 Engineered Wood Flooring 20 mm natural oak engineered wood floor finish 2 Concrete Compression Layer 100 mm reinforced concrete topping 3 Welded Wire Mesh 6 × 6 welded wire reinforcement mesh 4 Composite Steel Deck 22 ga galvanized steel deck sheet 5 Structural Steel Beam W 18 × 35 structural steel beam ENLACE | 61

Detail #3 Isolated footing

1 HSS Steel Column 200 × 200 × 8 mm structural steel tube 2 Steel Stiffener Plate 10 mm welded steel plate 3 Steel Base Plate 300 × 300 × 20 mm steel plate 4 Reinforced Concrete Footing f’c = 250 kg/cm² cast-in-place concrete 5 Reinforcement Steel Bars #4 rebar @ 200 mm O.C. each way 6 Compacted Subgrade 95% Standard Proctor compacted soil

Detail #4 Column base connection

1 HSS Steel Column 200 × 200 × 8 mm structural steel tube 2 Continuous Fillet Weld 6 mm continuous structural weld 3 Steel Stiffener Plate 10 mm welded steel stiffener plate 4 Steel Base Plate 300 × 300 × 20 mm steel base plate 62 |

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Section: pool

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Detail #5 Steel Connection

1 Steel Connection Plate 12 mm welded steel connector plate 2 IPR Wide Flange Steel Beam ASTM A992 structural steel beam section

Detail #6 Poool base connection

1 Precast Concrete Coping Smooth precast concrete pool coping 2 Overflow Drainage Grating Stainless steel drainage grate 3 Reinforced Concrete Wall Cast-in-place reinforced concrete structure 4 Reinforcing Steel Cage Steel reinforcement bars (rebar) 5 Compacted Structural Backfill Compacted engineered soil backfill 6 Crushed Stone Base Layer Compacted gravel drainage layer ENLACE | 65

ENVIRONMENTAL STRATEGIES Solar panels

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The reforestation effort, with more than 500 new plants and over 17,500 m² of permeable ground, contributes to reducing atmospheric CO2by more than 120 tons per year.

4,754.23 m² of solar panels operating at 70% capacity generate 6,680,881.71 kWh per year.

This provides not only energy independence, but also the potential to sell excess electricity back to the grid.

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Rainwater Capture

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9,471 m² of rainwater harvesting area combined with 550 mm of annual rainfall generate 4,219 m³ of water per year, enough to supply 14 homes for an entire year.

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CONNECT, CREATE, COLLABORATE, GROW

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REFERENCES

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