The Northeastern University Innovation Campus is a 14-acre hub dedicated to innovative research and entrepreneurship. Here, university students work hands-on alongside experienced and well-educated faculty members and professionals within various industries, government agencies, and academia. When on campus, students and professionals receive access to:
Building V is a $70 million, 40,000 square feet state-of-the-art facility where university, government, and industry collaborators can perform groundbreaking project research and development. The building features convening and meeting space accommodating up to 350 people and 10,000 square feet of makerspace, a technical playground where creative, innovative ambitions are fully realized.
Northeastern’s Innovation Campus invites local companies and organizations interested in conducting ambitious research and development projects to see what Northeastern Innovation Campus can offer them. The campus, located right here in Burlington on Route 128, welcomes those willing to push technological boundaries, strengthening the US’s competitiveness in the cyber age.
Guardion Technologies is developing the world’s most sensitive ion sensors, using the single-atom thick quantum material – Graphene. By exploiting certain unique quantum properties of graphene, Guardion’s ion sensors are able to detect trace quantities of ions, or charged particles, thousands to millions of times smaller than most conventional sensing technologies.
This semiconductor-processing compatible technology has the potential to revolutionize a range of important applications including radiation detection, mass spectrometry, and various industrial process monitoring technologies.
Guardion has received several awards from MassChallenge, NASA, NSF, and Boeing. A TechStars company, Guardion is currently an NSF SBIR Phase II awardee developing the world’s first single-point pressure gauge that will accurately monitor industrial processes over twelve decades of vacuum pressure that will dramatically reduce process down-times for advanced manufacturing systems.
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