ATAMI plays a key role in the CorMic initiative, which received $45M from the U.S. Economic Development Administration to advance flow chemistry.
Valliscor, a chemical manufacturing company and tenant in ATAMI, is expanding to a 12-plus acre site in Albany, Oregon. The project is supported by CHIPS funding. Valliscor is also a corporate partner in the NSF Engines Development Award led by OSU.
Oregon State University, through the Division of Research and Innovation, reported a 15% increase in research expenditures, reaching $422 million in fiscal year 2024, up from $367 million in 2023.
Digit, the bipedal robot by Agility Robotics, makes the cover of Time magazine as a top 2024 invention. Built on tech licensed through OSU Advantage’s IP & Licensing and supported by the Advantage Accelerator, Digit exemplifies OSU-led innovation.
Oregon State University is one of a consortia of eight universities to receive a National Science Foundation (NSF) I-Corps Hub grant, which provides $15 million, spread across the institutions over five years.
BioBond Adhesives, Inc. has officially licensed novel biomaterial technologies from Oregon State University, facilitated by OSU Advantage’s IP & Licensing team, marking a key step toward sustainable adhesive solutions for the packaging industry.
Valliscor, an ATAMI tenant, is one of six companies sharing $12 million awarded in Oregon CHIPS second-round funding to expand semiconductor production and boost Oregon’s tech industry. The funding supports Valliscor's growth in chemical manufacturing.
Jonathan Hurst, professor of robotics at Oregon State University and chief robot officer at Agility Robotics, has been honored with the 2024 Faculty Innovator Award sponsored by OSU Advantage.
With $250,000 from the Oregon CHIPS Act, Oregon State University startup Amorphyx partners with ATAMI, utilizing the OSU hub for innovative research in developing displays for mobile screens and televisions.
Oregon State University will lead two federally designated Tech Hubs, one centered on groundbreaking microfluidics leveraged through the Advanced Technology and Manufacturing Institute (ATAMI), in partnership with the College of Engineering.