MODUFAB —
Your Interactive Modular Design App
A new-generation architectural experience that breaks the boundaries of modular design.
MODUFAB is an innovative design and prototyping application that merges architectural thinking with digital flexibility. Users can create spatial layouts in real time using pre-defined modular components, reimagining form, function, and spatial organization through an intuitive interface.
Each module represents the relational logic between structural elements, allowing the design process to become both technical and creative through a drag-and-drop workflow. Quickly test variations, explore possibilities, and develop unique configurations without compromising structural coherence.
MODUFAB goes beyond traditional architectural tools, transforming interactive modeling into a thinking practice. You're not just designing anymore — you're engaging with space before it's built.
Don't just imagine your design — shape it, transform it, and experience it. With MODUFAB.
ARCHVIZ —
Interactive Visualization & Design Experience
ARCHVIZ is an advanced Archviz application that combines architectural visualization with an interactive design experience. Users can freely customize their spaces in real time by selecting from various materials and furnishings.
With high-fidelity textures and dynamic lighting, ARCHVIZ allows you to instantly experience both the aesthetic and functional aspects of your designs. Featuring an extensive library of materials and furniture, users actively shape their spaces rather than just viewing them.
With ARCHVIZ, your architectural projects transform into immersive, interactive experiences — accelerating decision-making and making the design process more efficient and creative.
MicroFab—
Distributed Micro-Factory
Every modular component designed in MODUFAB is milled from wood with millimeter precision using advanced CNC machines. The design data is integrated into the production line with an interlocking system logic that ensures flawless assembly. Robotic arms then automate the assembly process by joining the parts quickly, accurately, and consistently.
This entire process is compact enough to be deployed in decentralized micro-factories, allowing on-site or near-site fabrication to drastically reduce transportation needs and accelerate construction timelines.
This intelligent fabrication process minimizes human error while maximizing production efficiency. The logical relationships and assembly sequences of the modular structures are optimized through pre-programmed algorithms, enabling both flexible and highly precise manufacturing.
In doing so, fabrication becomes not only intelligent but also mobile and scalable, transforming traditional construction into a distributed, automated production network.
As a result, sustainable and low-waste architectural structures are realized. FABRICATION enables a seamless transition from digital design to physical form, redefining architectural production in the era of automation — where imagination meets reality.
