ROOM + GARDEN
Inspired by the behavioral intelligence of spiders—organisms that sense pressure shifts, repel water, and adjust their actions to survive changing climates—the project positions the reader within a responsive micro-environment.
location
blacksburg va
TYPE
--
size
300 sf
context
on-Campus
STARTED
3rd YEAR | 2023
future friendly design
heavy timber
Project Brief
The project transforms normal and adverse weather into one, lead by the the readers interpretative comfort and conditional awareness amongst nature. In response to two primary conditions: flood and noise, the result investigates how architecture can hover, filter, and adapt rather than simply shield.
Inspired by the spatial intelligence of spiders—creatures that sense atmospheric change and recalibrate to survive—the intervention lifts, tensions, and suspends. Douglas fir spans the site from eight primary points of contact, lightly touching ground while reaching toward sky. The structure neither fully lands nor fully detaches; it negotiates.
The project choreographs stillness within motion. While the landscape shifts—wind moving foliage, rain altering sound and texture—the reader occupies a stabilized yet perceptive vantage point. Winding through paths of compression an release, isolated and attached.
Timber spans between eight primary anchoring points, distributing load lightly across the marshy terrain. Like an eight-legged organism, the system resists singular grounding in favor of distributed contact.
.
.
.
.
Sectional intent
Layered thresholds: ground, garden, platform, enclosure operate like a web—filtering light, moisture, and airflow. The enclosure is not static; it mediates between interior comfort and atmospheric fluctuation.
The drop floor subtly lowers the occupant within the enclosure, compressing the body before releasing views outward. The chair becomes a threshold object—feet dangling, body grounded in tension. It reinforces the idea that occupation is suspended rather than settled.
Immersive interior
Through movement, filtration, and controlled exposure, the project reframes reading as an immersive act suspended between shelter and environment.
Lorem ipsum dolor sit amet, consectetuer adipiscing elit, sed diam nonummy nibh euismod tincidunt ut laoreet dolore magna aliquam erat volutpat. Ut wisi enim ad minim veniam, quis nostrud exerci tation ullamcorper suscipit lobortis nisl ut aliquip ex ea commodo consequat. Duis autem vel eum ir
Acoustic Paneling + Hemp Insulation
To counter nearby traffic noise, acoustic paneling and hemp insulation dampen sound while maintaining breathability.
Rather than sealing off the exterior, the system filters disturbance—preserving atmospheric presence without sensory overload. While the act of nature is an important device used in the architecture; noisy traffic can be calibrated to not dominate disctracting conditions.
Drawing: Sliding walls
VARIABILITY + COMFORT
Openings are positioned to capture cross-ventilation while shielding against direct rainfall, allowing the occupant to modify inlet weather and control discomfort.
Floodwater is allowed to pass beneath. Noise is absorbed but not erased. Air circulates freely. The project does not dominate its conditions; it calibrates to them. As weather shifts and circulates, the architecture promotes options to change and blend to needs and wants.
Early Diagram - Parti
CONCLUSION
ROOM + GARDEN, proposes that architecture need not dominate climate control but instead behave to adapting and elevating the reader within a carefully mediated threshold.
The project transforms normal and adverse weather into one, lead by the the readers interpretative comfort and conditional awareness amongst nature. In response to two primary conditions: flood and noise, the result investigates how architecture can hover, filter, and adapt rather than simply shield. Elevated above the marsh and supported by eight timber points, the kinetic enclosure opens and closes with changing conditions, allowing the reader to remain connected to shifting light, air, and atmosphere immersed within nature.
Sourced: https://arch.vt.edu/news-and-events/fall-2022/2023-3rd-year-competition.html
