Natalie Alima

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About

Natalie Alima is a pioneering architectural researcher at the forefront of biodesign, where she reimagines the built environment as a living, co-creative system. Her work centers on the intersection of architecture, biology, and robotics, exploring how non-human intelligences—particularly fungal mycelia—can actively shape form and materiality. Alima’s major contribution is the development of "bio scaffolds," a design methodology that integrates robotic intervention with biological growth to produce hybrid, responsive structures. Her most-cited paper, *Bio Scaffolds: the orchestration of biological growth through robotic intervention* (2022, 13 citations), establishes a new paradigm where living materials become co-creators rather than passive substrates. This work is extended in *InterspeciesForms* (2023), which investigates the hybridization of *Pleurotus ostreatus* mycelia with architectural aesthetics, generating novel, non-anthropocentric forms. Though early in her career, Alima’s research has already garnered attention for its radical rethinking of design agency, positioning her as a leading voice in sustainable, bio-integrated architecture. Her achievements challenge conventional boundaries, offering a compelling vision for a future where buildings grow, adapt, and collaborate with the natural world.