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This article describes a collaboration between a STEM-focused land grant university in Raleigh, North Carolina and the Town of Princeville, North Carolina. Princeville experienced severe flood damage in 2016 due to Hurricane Matthew. As an important community hub, Princeville Elementary School, a Title 1 school, was heavily impacted by the floodwaters. After renovations, the school was set to re-open in January 2020 but had to pivot to online learning in March 2020 due to the pandemic. The North Carolina State University (NCSU) Coastal Dynamics Design Lab, who had been working with the Town of Princeville on disaster recovery planning, conducted a survey with the school that revealed that the teachers at Princeville Elementary School needed outdoor learning opportunities during the COVID-19 pandemic. Teachers wanted to challenge traditional indoor learning settings and promote access to fresh air and tactile outdoor learning opportunities for their students. The Design + Build Studio at NCSU, in the department of landscape architecture and environmental planning, was invited to collaborate but the studio was not originally structured to operate as an off-campus model. The pandemic provided an opportunity for graduate students to continue the Design + Build program during the pandemic; yet the challenge was to adapt the traditional, hands-on studio to online instruction. Students faced design constraints but adapted to fabricating modular structures off-site and installing site furnishings for the outdoor learning environment during the summer of 2021 and 2022. The collaboration between the university and the Town of Princeville demonstrates the potential for such partnerships to make a positive impact in the community, even in the face of pandemic-era conditions and shifted modalities of shared creativity.

From 2009-2011, we worked together at the Broad Institute of MIT and Harvard (Broad Institute, n.d.), building on a study (Lieberman-Aiden & Van Berkum et al., 2009) that made it possible to explore how the human genome, the DNA contained in every cell of the body, folds in 3D. At the outset of our collaboration, our approaches seemed so different as to be, perhaps, incommensurable. The scientists used tools like mathematics, computer science, and molecular biology, whereas the artistic toolkit was focused on the construction of physical objects, with a defined shape, area, and volume. Yet over time, we came to realize that all of these tools were addressing the same goal: making invisible concepts manifest as an experience intelligible to the senses. From the beginning of the project, we worked together creating drawings. Over time, our interactions evolved to become free-flowing conversations while drawing, which became a way of seeing together. Our visual experimentations grew into a body of drawings, paintings, prints, mixed-media artworks, wood blocks, a dynamic video installation, and a suspended wire sculpture (Ranganathan, 2021), and helped advance the scientific community’s understanding of how the human genome folds.