Kinetic Installations
Large-scale paper engineering projects that define spatial atmosphere through dynamic interaction
Living Spaces
Paper installations that respond to environmental conditions and transform interior atmosphere
Airflow Response
Large-scale installations designed to respond to air movement, creating dynamic visual effects as paper elements shift and flow with environmental currents.
These kinetic structures use lightweight materials and strategic mounting to allow natural movement while maintaining structural stability over extended periods.
Light Interaction
How paper installations interact with natural and artificial light sources
Natural Light
Installations positioned to interact with daylight create shifting shadows and highlights throughout the day, transforming spaces as light conditions change.
Light Permeability
The translucency of selected paper materials determines how light passes through structures, creating layered visual effects and atmospheric qualities.
Spatial Definition
Large installations function as architectural elements, defining spatial boundaries and creating visual separation while maintaining openness.
Scale and Proportion
Working at architectural scale requires careful consideration of proportion, material selection, and structural engineering. Large installations must balance visual impact with practical constraints.
Each project involves understanding the space, its environmental conditions, and how paper structures can enhance or transform the atmosphere while maintaining functionality.
Installation Process
Methodical approaches to implementing large-scale paper engineering projects
Project Development
Large-scale installations require extensive planning, from initial concept through material selection to installation logistics. Each phase involves collaboration between design, engineering, and installation teams.
The process includes site analysis, structural calculations, material testing, and mock-up construction before final installation begins. Attention to detail during each phase ensures successful outcomes.