Building Creative Spaces with Nina Barbuto
Manage episode 446269542 series 3609753
In this episode of Educating to Be Human, we begin the second arc of our inaugural season by exploring one of the most essential aspects of being human—our boundless curiosity and extraordinary creativity. Lisa talks with Nina Barbuto, founder and executive director of Assemble, a nonprofit organization in Pittsburgh that serves as a community space for arts and technology education. More than just a makerspace, Assemble is a place where education and community intersect, fostering innovation and confidence through making.
Lisa and Niina Assemble discuss how creation, curiosity and innovation are enhanced through hands-on learning experiences and engagement with Science, Technology, Engineering, Art, and Mathematics (STE(A)M) through hands-on learning experiences. They also dive into the concept of "social architecture," exploring how community spaces, like Assemble, can be flexible and adaptable to the needs of the people who use them, while allowing for self-expression and collaboration. Tune in to hear how architecture influences the way we experience space and community, and how Assemble exemplifies a unique blend of creativity, education, and innovation.
Nina’s passion for art, new media, and social learning led her to found Assemble, a community space for arts + technology, in 2011. On her own, Nina works in a variety of media including architecture, film, sound, and installation, often exploring the idea of recycling noise into a system or elevating the vernacular to the spectacular. Nina co-founded I Made It! Market in 2007. An idea based on urban acupuncture, this nomadic market partners with community, arts, and non-profit organizations to raise funds and awareness to assist in improving their communities while allowing local artists and crafters to sell their wares. Nina holds degrees in architecture from Southern California Institute of Architecture and Carnegie Mellon University, where she is also adjunct faculty.
8 episoade