HyperCloud: Geothermal Energy as Performative Infrastructure in Contemporary Theatre Architecture | Masters Design Project

Site Context

Within the context of Seattle, a hyperstage is developed as part of the cityscape, serving not only as a venue for performance but also as a civic landmark where the city can gather and share a collective experience. Drawing on local geothermal activity, the site provides an ideal setting for generating steam and steam driven energy that directly powers the performances themselves.

Final Outcome

Throughout the design process, the focus was on creating a building and atmosphere unlike anything in the surrounding area. Inspired by Seattle’s industrial heritage, the streetscape was designed to convey a strong, industrial character that supports the project’s central element. This primary form embodies steam itself, with flowing edges and wispy corners that capture its dynamic, ethereal movement.

The project integrates geothermal engineering as a key component of the theatrical experience. Deep beneath the earth, superheated water rises through pressurized pipes, generating steam that drives a turbine generator. This system converts the steam’s energy into power for the project.

After passing through the generator, excess steam is condensed back into water via the cooling tower, while uncondensed steam is released as a byproduct through stacks at the peak of the structure, contributing both to the visual and performative presence of the building.

Conclusion: Ultimately, the HyperCloud transforms geothermal energy into a dynamic architectural and theatrical experience, blending industrial heritage with innovation to create a landmark for communal gathering and performance in Seattle.

[This Academic Project has been published with text and images submitted by the student]