NextFlex Names Founding Members
March 1, 2016 | PRNewswireEstimated reading time: 1 minute

NextFlex, America's Flexible Hybrid Electronics Manufacturing Institute, today officially welcomed its founding members in conjunction with the 2016FLEX Conference and Exhibition in Monterey, California. During the event, which opens today, NextFlex will be convening meetings of its Governing and Technical Councils, as well as an intensive series of Technical Working Group sessions.
Since opening membership in November 2015, NextFlex has signed 30 Partnership Agreements with industrial, academic, and non-profit organizations. These founding members will play a role in shaping the technical and program direction of NextFlex and are eligible to conduct Institute-funded projects, at least 50 percent of which must be cost-shared by members.
Flexible hybrid electronics comprise a set of technologies that bring together printed electronics manufactured on flexible substrates with semiconductor devices. NextFlex's mission is to advance manufacturing maturity for these technologies in forms that can be attached to skin, vehicles, or other structures, or can be bent, rolled, folded, and integrated physically in ways that traditional rigid electronics cannot.
"The NextFlex founding members represent a diverse group of leaders in flexible hybrid electronics manufacturing and education that will each bring unique manufacturing capabilities and needs to our Governing and Technical Councils," noted Malcolm Thompson, Ph.D., NextFlex executive director. "We look forward to their contributions as the Institute moves forward with fulfilling its charter."
The NextFlex founding members are as follows:
Corporate Members: SI2 Technologies, Acellent Technologies, Custom Electronics, Uniqarta, STI Electronics, SRI International, Molex, Eastman Chemical, American Semiconductor, ON Semiconductor, E Ink, Jabil, Brewer Science, Raytheon, and Boeing.
Academic/Non-Profit Members: Washington State University, Auburn University, University of Arkansas, University of Washington, Team NEO, University of Connecticut, Binghamton University, IPC-Association Connecting Electronics Industries, Georgia Tech, University of Massachusetts Lowell, University of Texas at Austin, IQM Research Institute, University of Arizona, Purdue University, and Western Michigan University.
About NextFlex
NextFlex was founded on August 28, 2015, through the execution of a Cooperative Agreement between the U.S. Department of Defense and the FlexTech Alliance. A public-private partnership, NextFlex is the latest of seven Manufacturing Innovation Institutes funded through the National Network for Manufacturing Innovation to create, showcase, and deploy new capabilities and new manufacturing processes.
Suggested Items
U.S. Air Force Selects Boeing for Next-Generation Air Dominance Fighter Platform
03/25/2025 | BoeingThe U.S. Air Force announced Boeing has been awarded a contract to design, build and deliver its next-generation fighter aircraft.
Spirit AeroSystems Shareholders Approve Acquisition by Boeing
02/03/2025 | PRNewswireSpirit AeroSystems Holdings, Inc. announced that, at the special meeting of its shareholders held earlier today, its shareholders voted to approve the proposed acquisition of Spirit AeroSystems by The Boeing Company.
Boeing Commits to Expand South Carolina Operations
12/20/2024 | BoeingBoeing announced it plans to expand its operations in Charleston County. The company plans to invest $1 billion in infrastructure upgrades at its existing site and create 500 new jobs over the next five years.
Boeing Delivers Advanced O3b mPOWER Satellites to Operator SES
11/14/2024 | BoeingBoeing teams have successfully delivered the 7th and 8th O3b mPOWER satellites to SES. These satellites, featuring Boeing’s advanced software-defined communications payload, are being transported to Cape Canaveral for a planned launch in December.
Boeing Pioneering Quantum Communications Technology with In-Space Test Satellite
09/13/2024 | BoeingBoeing [NYSE: BA] announced the scheduled 2026 launch of a satellite – dubbed Q4S – which is designed to demonstrate quantum entanglement swapping capabilities on orbit.