Nominator: Orlin Davchev

Nominator's statement

Tung Nguyen is an architect whose work stands at the intersection of computational design, digital innovation and architectural practice. In his PhD research, he explores how scripting, parametric systems and AI-driven workflows can enhance design processes and support contemporary practice. Professionally, he works across multiple scales - from interior design to urban development - creating custom tools and workflows that improve efficiency and adaptability. As an instructor at UACEG and a mentor in the DesignMorphine Master Program, he supports students in learning computational thinking to design and fabrication. Through community-focused educational initiatives, he helps young designers access and apply modern digital design tools.

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KIT OF PARTS
The project proposes a computational kit of parts for small modular homes, based on discrete architectural elements that can be assembled into diverse spatial configurations. Walls, floors, roofs, and furniture are designed as interoperable components, enabling flexible, adaptable housing solutions. The system is optimized for sustainable material use and digital fabrication workflows, including CNC milling and laser cutting, supporting efficient, localized, and scalable production.
PROJECT ZENIT

This project explores a digitally fabricated architectural system composed of discrete, non-modular elements generated through computational design. By developing a shared production logic for walls, roofs, façades, interiors, and structural components, the system allows diverse spatial outcomes while maintaining a consistent underlying code. The research promotes prosumer-based production models, where users actively participate in customization and fabrication. Through sustainable digital manufacturing methods such as CNC milling, laser cutting, and 3D printing, the project rethinks how architectural products can be designed, produced, and adapted to ecological, social, and technological challenges of contemporary living.

MSC IN COMPUTATIONAL AND ADVANCED DESIGN

The program proposes an educational framework that redefines architectural and computational design education through multidisciplinary collaboration, advanced digital tools, and experimental research. Enriched through collaborative workshops and lectures with industry partners, including Nike, Logitech, Pininfarina, and Microsoft Garage. The curriculum is organized into five Design Chapters, progressing from the scale of the human body to the scale of cities, supported by five technical and theoretical labs.
Being part of such an environment, surrounded by driven peers and mentors, significantly accelerated my abilities, learning, and critical approach to design.