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| New York University Tandon Makerspace | |
|---|---|
| Name | New York University Tandon Makerspace |
| Type | Makerspace |
| Location | Brooklyn, New York |
| Affiliation | New York University Tandon School of Engineering |
| Established | 2010s |
New York University Tandon Makerspace is a university-affiliated fabrication and prototyping facility located within Brooklyn, associated with the New York University Tandon School of Engineering. The makerspace serves students, faculty, researchers, and community members by providing tools for rapid prototyping, digital fabrication, electronics, and materials testing, and it plays a role in interdisciplinary initiatives across engineering, design, entrepreneurship, and public engagement.
The makerspace emerged during a period of campus expansion tied to New York University and the Brooklyn innovation ecosystem, intersecting with initiatives at the New York University Tandon School of Engineering, the Brooklyn Navy Yard, and the Brooklyn Academy of Music. Its development was contemporaneous with national movements exemplified by institutions such as the Massachusetts Institute of Technology, Stanford University, and the Rhode Island School of Design in creating hands-on fabrication labs, and aligned with municipal efforts like the New York City Economic Development Corporation and the Mayor’s Office for technology and innovation. Foundational influences included the Maker Movement, Fab Labs associated with the Massachusetts Institute of Technology, and community workshops such as NYC Resistor and TechShop, while collaborations and policy conversations involved entities like the National Science Foundation, the New York State Energy Research and Development Authority, and the New York Public Library.
The facility houses a range of fabrication tools drawn from academic and industry-standard suppliers and modeled after labs at institutions such as Columbia University, Cornell University, and the Pratt Institute. Equipment categories include additive manufacturing with desktop and industrial 3D printers similar to offerings used at the Jet Propulsion Laboratory, subtractive manufacturing exemplified by CNC mills and laser cutters used at the Smithsonian Institution labs, electronics benches with oscilloscopes and soldering stations comparable to those at Bell Labs and Intel research centers, and textile and soft-material workshops reflecting practices at the Cooper Hewitt and Parsons School of Design. Safety infrastructure follows protocols akin to those at the Occupational Safety and Health Administration, and materials characterization tools echo instrumentation found in shared facilities at Brookhaven National Laboratory and Lawrence Berkeley National Laboratory.
Programming spans introductory workshops, advanced maker courses, and project-based studio sessions influenced by curricula at the Cooper Union, the School of Visual Arts, and the Rochester Institute of Technology. Short courses cover CAD and CAM workflows used at the American Museum of Natural History fabrication labs, microcontroller and embedded systems training inspired by Arduino and Raspberry Pi communities, and rapid prototyping methodologies similar to those promoted by IDEO, Autodesk, and the Fab Foundation. Certificate and curricular integration efforts have parallels with programs at the University of Pennsylvania, Carnegie Mellon University, and Georgia Institute of Technology, while public-facing events mirror hackathons hosted by Major League Hacking, civic technology meetups akin to Code for America brigades, and maker fairs connected to the Smithsonian’s Lemelson Center.
Access models combine student privileges for New York University affiliates with community memberships reflecting structures used by peer spaces such as NYU-affiliated labs at Columbia, community makerspaces like NYC Resistor, and commercial coworking providers such as WeWork. Credentialing and training systems align with practices at the American Chemical Society-compliant labs and university research safety programs at Yale University and Duke University. Fee structures and governance draw comparisons to nonprofit makerspaces and incubators like the Brooklyn Navy Yard’s manufacturing tenants, Greentown Labs, and Newlab, while intellectual property policies reference frameworks applied at the United States Patent and Trademark Office and university technology transfer offices modeled on Stanford’s Office of Technology Licensing.
The makerspace engages with internal partners across New York University including the Polytechnic Institute, the Center for Urban Science and Progress, and arts and design units paralleling collaborations found at the New School, Pratt Institute, and Hunter College. External partnerships include industry alliances with companies resembling those that work with IBM Research, Google’s hardware initiatives, and Microsoft Research, as well as nonprofit collaborations akin to work with the New York Hall of Science, the Brooklyn Museum, and the New York Transit Museum. Funding and programmatic relationships have involved bodies similar to the Alfred P. Sloan Foundation, the Rockefeller Foundation, and municipal grant programs like NYC Media Lab, and joint projects have brought together stakeholders comparable to the New York City Department of Cultural Affairs and the Mayor’s Office of Media and Entertainment.
Projects originating from the makerspace reflect interdisciplinary research and applied innovation with echoes of work at institutions such as MIT Media Lab, SRI International, and Bell Labs. Outputs have included student-built robotics and autonomous systems comparable to platforms in competitions run by FIRST and RoboCup, biomedical prototypes reflecting collaborations in the style of Columbia University’s medical engineering initiatives, and sustainable design efforts reminiscent of projects supported by the Natural Resources Defense Council and the Sustainable Electronics Recycling International community. The makerspace has contributed to entrepreneurship pathways similar to NYU incubators, technology transfer successes akin to those at Cornell Tech, and community engagement exemplified by partnerships with local schools and cultural institutions such as P.S. 8, Brooklyn Technical High School, and the Brooklyn Public Library, amplifying hands-on STEM and design literacy across Brooklyn and the wider New York region.
Category:New York University Category:Makerspaces Category:Brooklyn institutions