Neri Oxman

Current Company

OXMAN — Founder & CEO

Material Ecology: Where Biology Meets Design

Neri Oxman's work defies conventional categorization because it exists at an intersection that most people do not even recognize exists: the space where computational design, biological engineering, architecture, and art converge to create objects and structures that are grown rather than manufactured. At the MIT Media Lab, where she led the Mediated Matter research group for over a decade, Oxman and her team produced work that reads like science fiction made tangible — 3D-printed structures made from bioplastics produced by silkworms, wearable garments that could photosynthesize like plants, building facades designed to respond to environmental conditions the way living organisms do, and construction techniques that used swarms of autonomous robots to build structures without human intervention.

The field Oxman coined as 'material ecology' rests on a fundamental insight: that the distinction between 'natural' and 'artificial' that has guided human making for millennia is not inherent but a product of our tools and processes. In nature, there is no division between structure and skin, between load-bearing and decorative — a tree's bark is simultaneously all of these things, grown through processes that optimize for multiple functions simultaneously. Oxman's research seeks to develop design and manufacturing processes that work the same way, creating objects that are not assembled from discrete parts but grown as integrated wholes.

From MIT to OXMAN: Scaling the Biology-Design Revolution

Oxman's launch of OXMAN in 2024 — a design and technology company named with characteristic directness — represents an ambitious attempt to bring the bio-integrated design approaches developed in her MIT research lab to commercial and architectural scale. The company aims to develop products, buildings, and urban environments that are designed and produced using biological processes — structures that can grow, adapt, self-repair, and decompose, blurring the boundary between the built environment and the natural world. It is a vision that, if realized, could fundamentally transform architecture, manufacturing, and humanity's relationship with the natural environment.

Her work has been exhibited at the Museum of Modern Art, the Centre Pompidou, the Smithsonian, and the Design Museum in London, and has earned recognition including the Cooper Hewitt National Design Award and a place in TIME's list of the 100 most influential people. Oxman's significance extends beyond the specific objects and structures her team has created to the questions her work raises about the future of human making: in a world facing environmental crises driven by industrial manufacturing and resource extraction, can we learn to build the way nature builds — through growth, adaptation, and decomposition rather than extraction, assembly, and waste? It is a question that may define the next century of design and engineering, and Oxman is further along in answering it than anyone else working today.