Accelerating the adoption of mycelium-based prototyping materials in design education contexts.
Mission
Our mission is to accelerate the transition to sustainable futures through design-led innovation and engineering in materials, manufacturing, and supply cycles. We aim to build micro-level closed-loop material systems with local resources for design, prototyping and fabrication.
Our research discovers features of biomaterials to enable practical applications in design education and professions, and aims to enable future generations of designers to successfully leverage locally-based biomaterials for their work.
Vision
We envision a waste-to-material ecosystem that is localized, accessible, and versatile for diverse needs.
We imagine this work as one of many facets of a world of intentionally integrated human and natural systems—one that restores more than it pollutes, grows more than it degrades, and which is resilient in the face of challenging and uncertain futures.
About Our Research
Myco-Type’s current research focuses on making the process of mycelium-based prototyping more sustainable, including life-cycle assessment, supply chain management, and circular growth processes. We are also continuing to develop our community engagement and education efforts through knowledge-sharing and our network. We aim to support projects that are material system-focused, investigating mycelium applications in education, art and craftwork, architecture, furniture, biomedical applications, and for ecological restoration.
Foundational research made possible by the Somerson Sustainability Innovation Fund
How might we combine small-scale manufacturing technologies with carbon-negative, locally sourced biomaterials to create resilient, closed-loop, community-oriented production?
Driven by the belief that sustainability requires an urgent transformation of our resources and production processes toward cyclical natural systems, we sought to contribute to sustainability efforts through developing affordable and locally-centered social-material innovations in biomaterials production.
Using biomaterials that can be found abundantly, sourced locally, and grown affordably, we aimed to test the feasibility of coupling the creative use of biomaterial science with novel manufacturing methods to amplify the advantages of custom biomaterial production on a local scale. With support from the Somerson Sustainability Innovation Fund, we worked across material research and development, product design and testing, and manufacturing process design to create Myco-Type.
Meet the Researchers
We bring a unique combination of interdisciplinary practices and skills to contribute creative, systems-focused, impactful solutions for climate change.
Vaishnavi Mehta
DESIGN RESEARCHER AND CO-FOUNDER
Vaishnavi is a researcher, strategist and UX Designer at Boston College. She works at the intersection of creativity and culture through emerging digital tools and techniques, as both educator and practitioner. Vaishnavi received her Bachelor’s degree in Industrial Design from the Rhode Island School of Design in 2022. Her work has spanned healthcare initiatives, design commons, and refugee intervention programs; using ethnographic research, co-design and participatory methods.
vaishnavimehta018@gmail.com
Calgary Haines-Trautman
DESIGN RESEARCHER AND CO-FOUNDER
Calgary is a UX designer, researcher, and facilitator who connects and empowers stakeholders to influence positive change in complex, ambiguous environments for the public good. She thrives in interdisciplinary, curious, and collaborative teams in mission-driven organizations. She graduated from the 2.5-year Master of Industrial Design program of the Rhode Island School of Design, and has spent the last several years building her design practice through fellowships, and consulting with organizations like the City of Boston Finance Cabinet, Coforma, Coding It Forward’s Civic Innovation Corps, and the New England Medical Innovation Center.
calgarymht@gmail.com
Arvind Bhallamudi
RESEARCH PRINCIPAL AND FOUNDER
Arvind is a biodesigner, and strategist at Big Dreams Studio, RI. He studied Mechanical Engineering at Symbiosis Institute of Technology, India, and received his Master of Industrial Design from the Rhode Island School of Design in 2023. Working across projects in healthcare, 3D printing, digital experiences, material ecology, and nature-tech, he aims to bring attention to the human-nature relationship.
arvindb.work@gmail.com