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Kobe Phillips

  • Visiting Lecturer
Curriculum Vitae (CV)

Department

Affiliations

Academic Research Areas

  • Community-based planning and development
  • Ecological practice
  • Technology and art

Kobe Phillips is a Visiting Lecturer in the Department of Design Tech at Cornell University. His work spans ecological restoration, gene-environment interaction, participatory ecology, and morphological computation design. As a Research Associate in the Sabin Design Lab, he helps lead the NSF-funded Understanding Rules of Life: Emergent Networks (URoL:EN) project, developing new design and visualization tools for morphogenesis across Arabidopsis thaliana, chicken hearts, and brain tumors. As CTO of the Habitat Laboratory, he works across micro, meso, and macro scales to develop built-environment habitats, including 3D-printed oyster reef modules engineered to regenerate coastal ecosystems and humidity-responsive microclimate pods. Alongside his restoration ecology work, he builds data visualization and physicalization tools that help biologists and ecologists find new methods of data communication and exploration across disciplines. Phillips holds a Bachelor of Science in Ecology & Evolutionary Biology from the University of South Florida and a Master’s in Design Technology from Cornell University.

A green-eyed, fair-skinned, with dark blond hair man, wearing a grey t-shirt looking directly at the camera with a slight smile on his face.

Academic Research Areas

  • Community-based planning and development
  • Ecological practice
  • Technology and art

Featured Work

  • A person wearing a protective suit holding a honeycomb with multiple bees on it

    The Data Apiary: Microclimate Tools for Apiculture

    By pairing computational design with real-time sensing, this research visualizes how honeybee colonies form, shift, and thermoregulate their winter clusters. Translating temperature, movement, and density data into legible spatial models, the work gives beekeepers and researchers new tools to monitor colony health through the coldest months and intervene before losses occur.

Classes

  • Design and Making Across Disciplines

    DESIGN 6151

Selected Awards, Grants, and Fellowships

  • Design Technology Outstanding Thesis Award

    2026

  • Autodesk Research Residency

    Boston, 2026