ITECH Pavilion - Hybrid Morphology

2023/2024

The ITECH Research Pavilion 2024 presents an innovative approach to bio-based hybrid architecture, featuring a first-of-its-kind system that combines timber and natural fibres. The novel process explores the architectural possibilities that arise from the complementary characteristics of both materials. In this context, timber’s compressive strength and shape flexibility are strategically integrated with natural fibres’ tensile abilities and versatility, enabling new directions in the design and fabrication of lightweight and performative hybrid structures.

ITECH Pavilion - Hybrid Morphology

2023/2024

The ITECH Research Pavilion 2024 presents an innovative approach to bio-based hybrid architecture, featuring a first-of-its-kind system that combines timber and natural fibres. The novel process explores the architectural possibilities that arise from the complementary characteristics of both materials. In this context, timber’s compressive strength and shape flexibility are strategically integrated with natural fibres’ tensile abilities and versatility, enabling new directions in the design and fabrication of lightweight and performative hybrid structures.

ITECH Pavilion - Hybrid Morphology

2023/2024

The ITECH Research Pavilion 2024 presents an innovative approach to bio-based hybrid architecture, featuring a first-of-its-kind system that combines timber and natural fibres. The novel process explores the architectural possibilities that arise from the complementary characteristics of both materials. In this context, timber’s compressive strength and shape flexibility are strategically integrated with natural fibres’ tensile abilities and versatility, enabling new directions in the design and fabrication of lightweight and performative hybrid structures.