Recon-Sky Wood is an initiative that merges robotic technology with sustainable design in a reconfigurable skyscraper built from engineered wood. Located in an urban environment, the project addresses the need for flexible living spaces while focusing on reducing environmental impact. The design concept revolves around automation and modularity, allowing the structure to adapt to changing needs over time.

Modular Construction System

The structure utilizes a modular construction system made up of reconfigurable timber frames. Robotic fabrication techniques enable precise assembly and disassembly, promoting efficiency in the building process. The collaboration between robots and humans, enhanced by Mixed Reality (MR) technologies, allows for quick alterations in spatial arrangements as required by occupants.

Sustainability Focus

Sustainability is at the core of the design, with the project emphasizing the need to extend the lifecycle of its building components. By using a construction kit with modular connections, the design allows for various configurations from a limited set of parts. This approach optimizes the use of resources and enhances the potential for carbon storage within the building, aligning with modern environmental goals.

Digital Twin Integration

Each component of the structure features a QR code, creating a digital twin that tracks data related to design, construction, and usage in real-time. This system enhances the potential for reusing materials, allowing the structure to be modified over multiple lifecycles. Such a data-driven approach reinforces sustainability and promotes adaptability to urban changes.

Robotic Assembly Techniques

Advanced structural joints specifically designed for robotic assembly and disassembly enhance the construction process. These joints feature three-dimensional male-female interlocking systems alongside reversible connections, improving overall stability while facilitating efficient assembly and disassembly. This design focus supports the building's ability to respond to varied spatial demands over time.

The facade presents a thoughtful arrangement of timber elements that engages with light and shadow, adding depth and interest to the building's presence in its surroundings.