ENVIRONMENTAL DATA-DRIVEN PARAMETRIC BUILDINGS

SUB-D

BUILDING MODELING EVOLUTION PROCESS

I have first created a basic Sub D cylinder.  Then edited the Sub-D. Such as like, deleted the faces, and altering the sizes of edges. Inserted edge loops, varying rotations. And created the bridges. And finally smoothed the final Sub-D.

SUB-D

DIRECT SUN EXPOSURE RESULTS

PARAMETRIC SHADING

EVOLUTION OF THE PARAMETRIC SKIN

KINETIC FACADE

MOTION ANIMATION WITH VRAY

SPATIAL DAYLIGHT

NO SHADING ON THE FACADE _INDOOR ANALYSIS

WITH SHADING _INDOOR ANALYSIS

ENERGY MODELLING

FULL ONE FLOOR ANALYSIS

The floor consists of four offices, five classrooms, five laboratories, two storage, and one corridor.

ANNUAL ENERGY LOADS (KWH)

COOLING AND HEATING ENERGY CONSUMPTION (KWH)

PHOTOVOLTA?C SOLAR PANELS

GALAPAGOS OPTIMIZATION

Building Orientation Optimization

Building Orientation Optimization- Final Iteration

Shading Orientation Optimization

Shading Orientation Optimization – Final Iteration

Louvers Orientation Optimization

Louvers Orientation Optimization – Final Iteration

Environmental Data-Driven Parametric Buildings – This is a project of the Institute for Advanced Architecture of Catalonia developed at Master in Advanced Architecture in 2020/2021 by:
Student: Gizem Demirk?ran

Faculty:  Carlos Bausa Martinez