言語
Chang
Z.
My Featured Projects.
Tron
Exploring Future Residential Models for Bionic Habitats
This project investigates innovative residential typologies inspired by bionic principles. By leveraging Voronoi diagrams, genetic algorithms, artificial intelligence (AI) technologies, and Physarum-inspired Lsystems, the design process integrates computational methodologies to create automated and optimized architectural forms. The research adopts a systematic, data-driven approach to rationalize design strategies, emphasizing adaptability, efficiency, and ecological harmony to redefine architectural possibilities for future living.
Tetris
Exploring Volumetric Potential in Future Architecture
This research utilizes the space block design approach to investigate the future of architecture as a three-dimensional, volumetric discipline. By analyzing spatial interrelationships in three dimensions, the project seeks to redefine architectural connectivity, enhancing the functional and aesthetic qualities of spatial composition. The study highlights the transformative potential of volumetric design in creating dynamic, interconnected architectural spaces.
Sauna island
Enhancing User Interaction Through QR Code Technology
This project integrates advanced interactive technologies to enable visitors to independently explore and engage with the interior space of a compact bathhouse. By scanning QR codes with their mobile devices, such as smartphones and tablets, visitors can access detailed information and real-time guidance, creating a personalized and immersive experience. This design bridges digital tools with physical space, redefining how users interact with small-scale architectural environments through seamless integration of technology.
Form Puzzle Residence
Investigating the Synergy of Circular and Rectangular Forms
This project explores the interplay between circular and rectangular geometries in a puzzle-inspired residential design. Hand-drawn sketches are utilized to conceptualize architectural scenes and spatial arrangements, providing a clear visual narrative for the design process. Structural feasibility is ensured through meticulous frame calculations and physical modeling, demonstrating the harmony and functionality of this unconventional architectural approach.
Spaces of Light
Optimizing Passive Design for Environmental Harmony
This project explores the integration of genetic algorithm-driven methodologies within passive design strategies to achieve environmental harmony. Focusing on a park-building complex, the design optimizes building facades and surrounding environments to enhance street-level comfort and connectivity. Utilizing Grasshopper for advanced computational analysis, the project refines facade geometry to balance natural lighting, ventilation, and energy efficiency, creating a sustainable and aesthetically cohesive urban space.
Okimoto-yu
Exploring Future Renovation Strategies
Located in Adachi-ku, Tokyo, the Okimoto-yu sento serves as the subject of this project, which investigates potential methods and trends for its future renovation. Utilizing CFD and Grasshopper tools, various passive design strategies were analyzed to optimize architectural modifications and spatial performance. Several conceptual design options were developed, focusing on enhancing user experience and environmental harmony. Here, we present selected concepts and visual representations of these speculative design proposals.
About me
Chang Zhixing
Architectural designer
specializing in foundational architectural design, parametric design, and passive design research
080-5886-3338