Asya Ilgün

Living Architecture for (Honey)Bees: An Ecosystem Effective Biohybrid Design Framework

This PhD thesis introduces a biohybrid design framework aimed at enhancing the resilience and ecological effectiveness of honeybee habitats. Grounded in the interdisciplinary research project HIVEOPOLIS, funded by the EU, the study bridges the fields of life sciences, biorobotics, and design to develop autonomous beehives that facilitate dynamic interactions between humans and honeybees, integrating technological and biological systems.

Ilgün’s work focuses on creating augmented living spaces for honeybee colonies and fostering community-strengthening activities within these ecosystems. Through extensive research-by-design and collaboration with the maker-space movement, this thesis outlines a set of guidelines for creating biohybrid systems that merge design, digital fabrication, and natural processes. The research emphasizes the importance of cyclical design methodologies, collaborative innovation, and the symbiotic relationship between bees and their environments, including insights into honeybee-mycelial fungi interactions for mutual benefits and sustainable material use.

Key outcomes of the thesis include innovative beehive designs that incorporate feedback from bees, use mycelial composites for improved thermal insulation, and promote honeybee health and biodiversity. Ilgün’s approach not only contributes to the field of ecological design but also engages the public and professionals in understanding and supporting multispecies ecosystems.

This work represents a significant step toward eco-centric design practices, highlighting the necessity of integrating biological understanding and technological innovation in addressing contemporary ecological challenges. Through its interdisciplinary and participatory approach, the thesis advocates for a future where design and living systems coexist in harmony, enriching both human and non-human lives.