Studio 4A
Instructor: Eric Giragosian
FALL 2023 I WSOA
Systems
In the course of this project, the emphasis was on utilizing materiality and construction techniques that align with diverse building systems, including HVAC, plumbing, enclosure, site, structure, and circulation. Students were tasked with developing and detailing the materials required for constructing a wall, column, and slab assembly. The essential aspect of this endeavor was the independent and holistic modeling of building systems, enabling a comprehensive understanding of the intricate interrelationships between these systems and the overarching architectural design. By exploring the nuances of each element and considering their collaborative impact, students gained valuable insights into the dynamic interplay between materiality, construction techniques, and the diverse building systems that collectively shaped the architectural landscape.
THERMAL CONTROL COLUMNS - COLUMNS FOR AIR CIRCULATION AND COOLING OF THE BUILDING
This architectural system utilizes columns that have a terra cota finish on the inside and a mesh finish on the outside to promote natural ventilation within the building. These columns, designed with water cascades, serve as both intake and cooling mechanisms. As outside air enters the building, the terracotta’s inherent cooling properties, coupled with the water cascades, lower its temperature. The cooled air is then directed into the interior spaces, ensuring a comfortable and energy-efficient environment. To complete the cycle, specially designed ventilation columns facilitate the exit of the cooled air, creating a continuous flow of fresh, naturally cooled air throughout the building. This holistic approach to ventilation not only enhances comfort but also reduces energy consumption, contributing to sustainable and eco-friendly design principles.
Physical Model
LIGHT CONTROL COLUMNS - WINDOW SYSTEM FOR LIGHT CONTROL
Incorporating operable window panels alongside fixed glass windows offers a dynamic approach to natural lighting in interior spaces. These operable panels can be adjusted to control the amount of light entering the room, providing flexibility to adapt to varying lighting needs and preferences throughout the day. Meanwhile, the fixed glass windows remain perpetually open, allowing a consistent flow of natural light to illuminate the space. This combination not only ensures an abundance of daylight but also enables occupants to fine-tune the ambiance, creating a harmonious balance between the outdoors and the indoors. It enhances energy efficiency by reducing the reliance on artificial lighting during daylight hours while connecting the occupants to the surrounding environment in a visually engaging and sustainable manner.
Physical Model
