The Resource-Driven Bio-manufacturing research explores in-situ biomanufacturing strategies inspired by space exploration, with Mars serving as a critical testing ground for rethinking construction under extreme constraints. During her fellowship, Monika will explore how biological materials – specifically bacterial cellulose – can be produced using locally available and habitat-derived resources on Mars, and integrated into hybrid architectural systems. By focusing on resource availability, scalability, and systems-level design, the project aims to develop new frameworks for bio-integrated, regenerative architecture with relevance both for extraterrestrial habitats and for climate-resilient construction on Earth.

The fellowship of Dr. Monika Brandić Lipińska enables close collaboration across disciplines at UIBK, including experimental architecture, microbiology, and materials technology, as well as international partnerships with leading research institutions in biotechnology and in-space manufacturing. Beyond advancing fundamental research, the project will contribute to teaching, prototyping, and public engagement activities at the intersection of architecture, biology, and extreme environments.

Funding provided by the Vice-Rectorate for Research at the University of Innsbruck.