Document #005



outside in house

This work was completed while working at PLY Architecture in 2009. Karl Daubmann and Craig Borrum were principals of PLY Architecture at the time.

plyplus.com (Borum)
daub-lab.com (Daubmann)

Architect  Ply Architecture, Ann Arbor, Mich.—Craig Borum, AIA (principal-in charge); Karl Daubmann, AIA, Alex Timmer (project team)

Storm-Glass Research  Craig Borum, AIA (principal-in charge); Julie Simpson, Wiltrud Simbuerger, Sara Dean, Ross Hoekstra, Alex Timmer, Lizzie Yarina, Natasha Mauskapf, Jessica Mattson, Chris Bennett, Jason Prasad (project team)

Three Oaks, MI, 2012






The final iteration of the weekend house emerged after another shift in client‑driven parameters. Tighter economic constraints eliminated the detached studio, and a desire for greater separation between bedrooms led to the introduction of a courtyard that provides both acoustic buffering and increased visual privacy.

At the core of the current design is the striking spatial experience created by interior partitions made from glass tubes filled with storm‑glass solution. These tubes shift in transparency and reflectivity with changing weather conditions. As crystals form or dissolve, they register atmospheric changes, modulate the opacity of each room, and cast dynamic shadows across the interior. Rather than treating glass as a picture window—or as an absence of material—the storm‑glass tubes transform it into a thick, layered medium capable of directing ventilation, diffusing light, providing radiant heat, and producing visual variability at the expense of complete transparency. Glass becomes both an environmental instrument and an immediate aesthetic presence.

In this version, the role of the glass tubes has been streamlined. They now consistently form the interior surface of all exterior openings. The inner layer of tubes defines the torqued elliptical rooms, while the outer surface consists of parallel, vacuum‑sealed tubes that create a weather‑tight, thermally efficient enclosure. Each “window” becomes a materially thick threshold and serves as the sole interior partition, as exterior space pushes inward to form the entry and the central courtyard around which the house is organized.

Ventilation and direct views to the landscape are handled through pivoting wall sections. Separating these functions from the glass assemblies simplifies construction detailing and trade sequencing while simultaneously redefining the relationship between window and wall.

-PLY Architecture

 “Storm Glass, a nineteenth century weather-predicting instrument, is a sealed glass container with a mixture of distilled water and chemicals, which predicts weather with various precipitant formations within the glass. Invented by Admiral Robert FitzRoy and used on Darwin’s voyage on the HMS Beagle, these glasses create different crystalline forms that range from general transparency to small flakes to spiraling threads from top to bottom, all of which correspond to variations in local weather conditions. The storm glass operates as a perpetual index of conditions that include fog, thunderstorms, snow, frost, wind, and clear skies. In addition to being an index of the weather, each unique crystalline form has different levels of transparency, ranging from clear in clear conditions to mostly opaque in stormy conditions. The storm glass combines an environmental instrument with aesthetic effects.”

-PLY Architecture


A project becomes formative when it doesn’t just produce a design outcome but reshapes the way you understand what architecture can draw from. This particular work was meaningful to my development because it positioned natural phenomena—not as constraints to be managed, but as active generators of form, atmosphere, and experience. Engaging directly with light, temperature, material behavior, and environmental change shifted my process from one centered on objects to one centered on systems and interactions.

Working this way required me to observe how matter and energy move, accumulate, and transform, and then translate those dynamics into spatial and material strategies. Instead of imposing a design onto a site, I learned to let natural forces participate in shaping it. That shift deepened my interest in open‑ended, responsive architectures—designs that register weather, amplify subtle environmental cues, or evolve with changing conditions.

The project ultimately expanded my understanding of what it means to design with, rather than against, the environment. It reinforced my commitment to processes that foreground natural phenomena as collaborators in generating both form and experience, a sensibility that continues to guide my research, teaching, and practice.

Catia was used to develop the form before being brought into rhino and further developed.

I produced renderings, plans and sections of the project for submission to the PA Awards.

This project is one of several that leveraged the stormglass idea developed at PLY Architecture.





studiotmmr  plyarch

2012