Reflects

Reflects
© Pease Photography

REFLECTS

SILO AR + D

ARCHITECTS
SILO AR + D

STRUCTURAL ENGINEER
Ia Lewin Pe And Associates

LEAD ARCHITECTS
Marc Manack And Frank Jacobus

MANUFACTURERS
Mcnichols, Sherwin-williams, Vivosun

COMPETITION TEAM
Jared Wierman, Carla Chang, Kyle Heflin, Kyle May, Kelley Reed, Ethan Werkmeister, Juan Alvarez

INSTALLATION TEAM
Schirmer Construction, Kurt Weaver, David Purpera

AREA
100 M²

YEAR
2015

LOCATION
Cleveland, United States

CATEGORY
Installations & Structures

Text description provided by architect.

Reflects is a winner of an architect-led design build competition for a temporary "treehouse" structure that became a centerpiece of the Cleveland Botanical Garden's 2015 summer show.

Reflects
© Pease Photography
Reflects
© Pease Photography

The brief called for an innovative treehouse design that reconnected guests of all ages to the outdoors through interactive experiences that reveal the physical, emotional, and developmental benefits of staying engaged with outdoor environments.

The chosen site was the Secret Garden, a walled court with no trees surrounded by manicured gardens adjacent to the existing Botanical Garden building. The design emerges from the challenge of imagining treehouse architecture on a tree-less site.

Reflects
© Pease Photography
Reflects
© Pease Photography
Reflects
© Pease Photography

As a point of departure, an abstracted gabled house archetype floats above the surrounding walls, offering panoramic views out to the surrounding botanical garden.

To create the "trees" that the house rests on and within, reflective surfaces are introduced, and the house profile is symmetrically mirrored down to generate a series of periscopes, transforming the Secret Garden into a Secret Forest.

Built for the extremely modest budget of $10,000 USD, the project was installed just 10 weeks from award.

Reflects
© Pease Photography
Reflects
© Pease Photography
Reflects
© Pease Photography

With limited access for construction, an off-site prefabricated structure was developed to minimize construction time on site, while limiting disturbance to the Garden's grounds.

The light yet strong assembly included an interconnected solid steel rod frame, with infill panels of salvaged perforated metal and painted exterior grade plywood laminated with reflective Mylar.

The design was tested iteratively through physical and digital models that were sent to the fabricator and used for construction.

The result was a project that produced record summer attendance for the Botanical Garden, and important civic institution in Cleveland Ohio.

Reflects
Site Plan Diagram


Reflects
Concept Diagrams
Reflects
Process
Reflects
Plans and Sections