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Dr. Thora Arnardottir completed her Master of Architecture at the Institute for Advanced Architecture of Catalonia, where early work with living systems set the foundation for a research trajectory centred on microbial processes in design. After working across interdisciplinary design studios, she began her doctoral research in 2018, focusing on microbial mineralisation and the role of biological activity in shaping material formation. Her PhD, completed at Newcastle University, established an experimental framework for casting with Sporosarcina pasteurii, demonstrating how mould configuration, flow conditions and cementation gradients co-produce form and providing the empirical basis for her later theoretical development of formation-finding and moulds as fields of influence.

She subsequently joined the Hub for Biotechnology in the Built Environment (HBBE) at Newcastle University as a Research Associate in the Living Construction group, where she led microbial fabrication experiments for the early phases of the EPSRC Living Manufacture project and directed advanced biological facilities within the HBBE laboratories. During this period she also taught on the MA Biodesign programme at Central Saint Martins, integrating studio-led experimentation with foundational biological practice. Her research at Newcastle delivered two key advances: a novel bacterial cellulose fabrication method using mesh-based scaffolds and intermittent nutrient delivery, enabling controlled thickening and new structural possibilities; and the Water Kiln column prototype (EmbryOme 1), which demonstrated submerged MICP casting as an architectural technique shaped through nutrient flow, boundary conditions and microbial activity.

Currently, she works at �ֲ���ý��Ƶ within the Living Construction group as a Co-investigator on the second Living Manufacture grant. She also contributes to interdisciplinary initiatives including the EU Horizon project BIOARC, focusing on microbial mineralisation and bioregional material development for architectural applications.

• Cementing the Gap: Boundary Conditions as a Studio Strategy for Teaching MICP, Arnardottir, T. 22 May 2026, In: Biotechnology Design
• Care, design and the end of the world, Arnardottir, T., D'Amato, P. 20 Jul 2025, Alternative Futures, Bristol, United Kingdom, Intellect
• Formation Finding: Exploring Soft Cast MICP fabrication in a Water Kiln, Arnardottir, T., Wang, C., Haystead, J., Eiriksdottir, S., Zhang, M., Dade-Robertson, M. 1 Jan 2026, In: Biotechnology Design
• Enhanced production of bacterial cellulose with a mesh dispenser vessel‑based bioreactor, Loh, J., Arnardottir, T., Gilmour, K., Zhang, M., Dade-Robertson, M. 1 Mar 2025, In: Cellulose
• Engineered Living Fabrication: Combining hardware, wetware and software for the non-entropic guided growth of microbial cellulose, Dade-Robertson, M., Arnardottir, T., Gilmour, K., Loh, J., Lee, S., Zhang, M. 1 Apr 2024, Habits of the Anthropocene: Scarcity and Abundance in a Post-Material Economy, Mount Pleasant, US, Acadia Publishing Company

• Invited talk: From Form-Finding to Formation-Finding 2025
• Invited talk: Living Construction From high concepts to prototypes and products 2025
• Invited talk: [In]Formation. Managing Complexity in Design and Fabrication with Living Systems 2024
• Examination: Towards Fungi-mediated self-healing concrete: An interdisciplinary explorative study on the survival and biomineralization of fungal species in cementitious environments. 2024
• Invited talk: Information 2024
• Organising a conference, workshop, ...: ACADIA 2023 2023