Archi-Tectonics is an internationally recognized architecture and urban design practice whose multidisciplinary work integrates advanced digital design, research, and innovative fabrication to create high-performance buildings and healthier urban environments. Working across scales—from interiors and buildings to neighborhoods and cities—the practice develops concept-driven projects that advance more equitable, resilient, and sustainable ways of living.

Performance drives every design decision. Through iterative research, prototyping, and environmental analysis, Archi-Tectonics creates architecture with a distinct identity rather than a style. By combining innovative design, prefabrication, and efficient delivery, the practice produces imaginative, sustainable solutions for the challenges of the twenty-first century.

Founded in 1994 by Winka Dubbeldam, Archi-Tectonics is a WBE-certified practice with offices in New York, Los Angeles, and Hangzhou. Winka Dubbeldam and partner Justin Korhammer lead an international team of architects, designers, urbanists, and engineers working across diverse scales, typologies, and geographies.

Adaptive Hybrids and Organic Systems We conceive buildings as active systems rather than static objects. Integrating architecture, landscape, and urbanism, our projects respond to environmental conditions, optimize performance, and adapt to changing patterns of use, creating healthier, more resilient environments.

Research drives every project. Through advanced computational design, environmental simulation, material research, and digital fabrication, we develop solutions that are rigorously tested and refined through iterative prototyping. We value performance over form and design intelligence over style, creating architecture with a distinct identity rooted in purpose.

Collaboration is central to our practice. Working closely with engineers, landscape architects, fabricators, and industry partners from the earliest stages of design, we integrate innovation with implementation. This multidisciplinary process enables highly customized yet efficient buildings that challenge conventional construction methods while advancing sustainable, high-performance architecture.