Vertical Harvest Tower
Overview
This student architectural project explores the concept of a vertical agricultural tower featuring a distinctive composition of interconnected volumes, a dynamic curved structure, and a patterned façade that enhances both environmental performance and visual identity.
To effectively communicate the design, the project was transformed into a high-detail 3D-printed scale model, capturing the tower's complex geometry, façade system, and spatial relationships with precision.
The model demonstrates how 3D printing can bring architectural concepts to life, enabling the accurate representation of intricate forms that would be difficult to achieve through traditional model-making methods.
Process
Watertight repair, wall-thickness check and splitting the model into registration-keyed, printable modules.
Modules printed to spec — resin at 50µm where fine detail matters, durable filament where strength does.
Seam-sanding, priming, painting and bonding into the finished, presentation-ready model.
White-glove handoff, finished and ready to present.
Gallery
A linear composition of shifting volumes connected by a stepped promenade.
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