Po Yee(Bobo) Lu

HarmoniCore-Axonometric diagram

This axonometric diagram of HarmoniCore illustrates a building section with layers of structural and equipment devices. It features an implanted base, nano-skin, micro-nano needles, and serpentine detectors, showing how these components work together in the body, with each element playing a key role in maintaining health.

HarmoniCore-Section

This cross-section illustrates the spatial layout and operational flow of the HarmoniCore installation within its architectural and natural environment. It depicts the entire process from initial operation to task completion, highlighting how HarmoniCore integrates with both the building and its surroundings to enhance health and well-being.

HarmoniCore-Panoramic rendering

This panoramic rendering of HarmoniCore depicts a space in harmony with the natural environment, emphasizing sustainable interactions between humans and nature. It illustrates how advanced technologies can be integrated into the design to enhance the building's performance and improve the user experience, promoting health and well-being.

Site plan

The floor plan of HarmoniCore illustrates its functional zoning, emphasizing both usability and spatial flow. It highlights the integration of advanced technologies, such as the implanted base and serpentine detectors, creating a harmonious relationship between architecture and nature, while promoting health, sustainability, and enhanced user experience.

Interior render

The interior renders a harmony of materials and tones, an organic combination of function and technology, and a deep experience of human interaction with the installation. The design meets functional needs while creating a calm, comfortable and vital interior space experience.

Apparatus render

This installation presents HarmoniCore, an advanced speculative design device that offers multifunctional capabilities for environmental optimization, smart monitoring, waste treatment, and energy management. It incorporates nanotechnology and serpentine detectors, improving its ability to detect contaminants and regulate zinc levels, ultimately promoting sustainability and well-being.

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