Major Funding Boost for Microelectronics Development Projects
The Midwest Microelectronics Consortium (MMEC) has shared some exciting news: they've secured funding for five new technology development projects through the Microelectronics Commons initiative. This initial funding exceeds $31 million for the first year, contributing to a total proposed budget of around $138 million over four years, which includes substantial cost-sharing from various contributors. These projects will bring together over 30 members from diverse sectors—industry, academia, and government—to collaborate on strengthening the domestic microelectronics supply chain.
Getting to Know the Microelectronics Commons Initiative
Supported by the CHIPS and Science Act, this initiative aims to bolster the United States' standing in the global microelectronics arena. The Microelectronics Commons program is designed to establish a network of technology hubs that will promote domestic prototyping while also developing a skilled talent pipeline for the semiconductor industry. Implemented under the Office of the Undersecretary for Research and Engineering, the program reflects a commitment to advancing resilient and reliable systems in this critical field.
Key Project Focus Areas
This year, the MMEC submitted 15 proposals targeting six vital technical areas closely aligned with the priorities of the Department of Defense. These areas included Secure Edge Computing/IoT, 5G/6G technologies, AI hardware, Quantum Technology, Electromagnetic Warfare, and Commercial Leap Ahead initiatives. The selected projects are designed to make a meaningful impact in these fields, underscoring the consortium's dedication to innovation in microelectronics.
Overview of Awarded Projects
Here are the projects that received funding:
- 5G/6G: Wideband Multifunctional Software Defined Radio (WMSDR) involving Lockheed Martin, Intel, Indiana Micro, CapV LLC, University of Dayton, and 3dGS.
- Artificial Intelligence: Ultra Efficient In-Hardware Prototype Using Hyperdimensional Computing, supported by Intel Federal, University of Pennsylvania, SkyWater Technology, AI-Sensation, Air Force Research Laboratory (AFRL), and DEVCOM Army Research Laboratory.
- Electromagnetic Warfare: Co-packaged Reconfigurable Signal and Intelligence Architecture with collaboration from Lockheed Martin, Intel Corporation, and AFRL.
- Electromagnetic Warfare: Center for Technology Transition and Rapid Prototyping of Infrared Detectors, engaging The Ohio State University, Attollo Engineering, SK Infrared, Senseeker Engineering, IQE USA, and NSWC-Crane.
- Secure Edge: Validated GPU Based Secure Processing Module, a joint effort with Northrop Grumman, University of Maryland, NHanced Semiconductors, Battelle, and NVIDIA.
Importance of Collaborative Efforts
The MMEC's collaborative approach highlights its focus on building partnerships that fuel innovation in microelectronics. MMEC CEO Jackie Janning-Lask notes that the recent awards showcase the dedication and expertise of MMEC members. These projects are set to play a crucial role in enhancing domestic chip development, emphasizing the significance of a strong microelectronics supply chain in the U.S.
Additionally, the consortium is focused on workforce development, aiming to use part of the funding to upgrade existing manufacturing tools and machinery as well as invest in new infrastructure to modernize facilities. Collaborating with educational institutions is key to ensuring that students—from K-12 to college—are prepared for the booming semiconductor industry.
Shaping the Future of American Manufacturing
JP Nauseef, JobsOhio CEO, has underscored Ohio's historic role as a manufacturing hub, predicting that the state will soon be central in producing state-of-the-art semiconductors. With a dynamic ecosystem featuring the Air Force Research Laboratory and innovation districts, Ohio is actively working to bring critical technologies back to the U.S. and revitalize American manufacturing, which plays a vital role in national security and economic strength.
About the Midwest Microelectronics Consortium
The MMEC is dedicated to accelerating advancements in microelectronics technology to ensure a resilient domestic supply chain. Serving as a premier collaborative platform, the consortium brings together public and private sectors to stimulate innovation, enhance workforce skills, and transform groundbreaking technologies from concept to scalable production, ultimately benefiting both the economy and national security.
Frequently Asked Questions
What is the purpose of the Microelectronics Commons program?
The program is designed to strengthen the U.S.'s leadership in microelectronics by encouraging domestic prototyping and cultivating talent in the semiconductor industry.
What are the five awarded projects related to?
The projects focus on key areas such as 5G/6G technology, artificial intelligence, electromagnetic warfare, and secure edge computing.
Who are the key collaborators in these projects?
Key collaborators include prominent companies and institutions such as Lockheed Martin, Intel, the University of Pennsylvania, and the Ohio State University.
How does MMEC support workforce development?
MMEC supports workforce development by investing in educational partnerships aimed at preparing students for careers in the semiconductor industry and upgrading manufacturing skills and capabilities.
Why is Ohio significant to semiconductor manufacturing?
Ohio is positioned as a key player in semiconductor production due to its rich manufacturing history, innovative districts, and strong research institutions fostering new technologies.
