At the Makerspace of NYU’s Tisch School of the Arts, the approach to 3D printing has fundamentally changed in recent years. Where printer usage once lacked oversight and organization, a cloud-based management system now ensures structure and efficiency. This transformation was made possible by the implementation of 3DPrinterOS, a platform for centralized control and analytics of 3D printing operations.
The Makerspace supports over 600 students across the Interactive Telecommunications Program (ITP), the Interactive Media Arts (IMA) undergraduate program, and a low-residency master’s program. It is frequently used for projects at the intersection of design, technology, and social relevance, ranging from virtual reality installations to open-source medical devices. Previously, the lack of transparency in printer and material use led to unequal access, excessive waste, and maintenance issues. “It was chaos,” said Phil Caridi, shop manager and faculty advisor. “Students monopolized machines. Material use was unchecked. We had no way to monitor or manage it all.”
The implementation of 3DPrinterOS introduced structured procedures. The software enables time restrictions, user grouping based on experience level, and real-time tracking of material consumption. As a result, resources are used more effectively, and the printer fleet has grown—from three to nine systems, including an external unit for exhibitions and events. “3DPrinterOS gave us structure without sacrificing creativity,” Caridi said. “It’s like gaining a staff member without hiring one.”
The new setup has enabled more complex projects, such as a portable, 3D-printed MRI prototype for remote regions or an adaptive mountain bike for individuals with physical disabilities. In parallel, the lab is testing recycling methods for PLA and acrylic. “Failure here isn’t a setback; it’s part of the process,” he said. “This space gives students the confidence to try, fail, and try again.”
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