Virginia Alliance for Semiconductor Technology’s Post

Virginia Tech is leading in semiconductor education and innovation, go Hokies! "Virginia Tech faculty Yang (Cindy) Yi and Luke Lester are taking on the challenge to bring more women into technology and semiconductor industries through UPWARDS, an international partnership between the U.S. and Japan. According to the 2022 semiconductor gender parity study from the Global Semiconductor Alliance, women make up only 20 to 25 percent of the semiconductor workforce. VT is dedicated to increasing that number through the U.S.-Japan University Partnership for Workforce Advancement and Research & Development in Semiconductors, also known as UPWARDS for the Future. The Bradley Department of Electrical and Computer Engineering is instrumental in the overall effort. Established in May 2023, UPWARDS is an international partnership between 11 Japanese and United States universities that is funded by a $30 million investment from Micron Technology, Tokyo Electronics, and the National Science Foundation, with a VT share of $3.47 million." #virginiatech #semiconductors #chipsact #womeninengineering #micron #nsf #hokies https://lnkd.in/ejQ2gT9U

Great initiative to build leadership in #semiconductor technology. I am sure many more will follow the footsteps. #chipsact #semiconductor #usmanufacturing #microntechnology #micron #chips #ai #semiconductormanufacturing

“The Arizona Commerce Authority in November awarded the College of Engineering $35.5 million to expand the college's Micro/Nano Fabrication Center. The funding also is helping expand training opportunities in Arizona to meet the industry's workforce needs. Semiconductors, tiny computer chips used in all electronics, have become central to modern life. But the semiconductor manufacturing industry has only a few large and notable manufacturers and its workforce is not keeping pace with demand. Governments around the world have rapidly rolled out incentive programs to boost semiconductor manufacturing. The Biden administration has made semiconductor workforce development a key federal initiative, namely through the CHIPS and Science Act.” #STEM #workforcedevelopment #economicdevelopment #collegecareerpathways #chipsact #UArizona #NAU #engineering #semiconductors #advancedmanufacturing #CS #CIS #cyber #Arizona

The College of Engineering at Oregon State University has been central to the semiconductor industry ever since the Silicon Forest first took root, back in the 1970s. Last year, the college further extended its leadership role in this vital industry, with awards for three high-profile, federally funded initiatives aimed at innovations to grow the semiconductor workforce in Oregon and throughout the region. → Oregon State was selected to lead a federally designated Tech Hub focused on developing microfluidic technology for semiconductors, materials, and biotechnology, with eligibility to apply for future awards of $40 million to $70 million. → The National Science Foundation selected Oregon State to spearhead a $2 million effort exploring ways to help electrical components better withstand extreme operating conditions. → The university was named a partner institution for the $15.3 million California-Pacific Northwest AI hardware hub, which aims to accelerate new semiconductor technologies. Leading teams at Oregon State for all three projects as principal investigator is Tom Weller, the Michael and Judith Gaulke Chair in Electrical Engineering and Computer Science. “We expect that investment will yield some impressive returns — not just in developing better technology, but in creating jobs for Oregon, expanding the technology sector in the Northwest, and strengthening the economy of the United States,” said @Tom Weller. Read the full story: https://buff.ly/4aVfFs0

Horns up! We're excited to introduce a groundbreaking master's program in semiconductors for scientists and engineers, equipping students to be at the forefront of one of our time's most dynamic and impactful industries 🤘 The semiconductor industry is a rapidly growing field worldwide, and Texas accounts for a significant portion of the employment in this field. The Cockrell School of Engineering and College of Natural Sciences, The University of Texas at Austin paving the way for the next generation of leaders in this field by training students to dive deep into the science behind semiconductors and gain hands-on experience in this program. U.S. semiconductor companies are projected to create over 31,000 new master's-level jobs by 2030, yet nearly 40% of these positions risk remaining empty due to a shortage of trained candidates. The University of Texas at Austin's program aims to bridge this gap and equip students with the tools to thrive in this dynamic industry. Learn how we're prepping the next generation of engineer leaders and the future of technology.

Did you know that the global semiconductor industry—the backbone of our digital economy—is projected to reach $1 trillion by 2030, creating approximately 115,000 new jobs in the U.S. within this timeframe?* University of Colorado Boulder and the Colorado Office of Economic Development and International Trade recently joined forces to host the Colorado Semiconductor Workforce and Innovation Forum at the CU campus. The event brought together #CUBoulder leadership, research partners, industry experts, and even our esteemed Governor Jared Polis to address the challenges and opportunities related to semiconductor workforce development. That includes #CUEngineering’s vital role in preparing the next generation of #ElectricalEngineers, #ComputerEngineers, #ChemicalEngineers, and more. 👩🏻🔬 CU Boulder’s rich legacy in research and technology development, coupled with its proximity to a thriving semiconductor ecosystem, positions it at the forefront of innovation and opportunity. 💪🌟 Learn more about #CUEngineering’s Electrical, Computer & Energy Engineering Undergraduate, Graduate, and online programs at www.colorado.edu/ecee/. Deadline to apply to our MS, MSEE and ME programs is February 15. *Source: Semiconductor Industry Association

"NSF and DOC will select an institution of higher education, nonprofit organization, or group of such institutions and organizations to establish and operate the Network Coordination Hub. The Hub will be responsible for coordinating a coalition of regional consortia, each with its own programs and centers, to offer consistent, rigorous, engaging curricula, instructional materials, experiential opportunities, teacher professional development and more throughout the U.S. NSF will lead the solicitation process and, upon its establishment, serve as the primary federal manager of the Network Coordination Hub, working with the Hub to establish regional nodes and other activities that will form the network. As specified in the CHIPS and Science Act of 2022, the NNME is envisioned as an up to $200 million investment in the next generation of talent, spanning the full range of jobs and levels, necessary for the long-term success of the U.S. semiconductor and microelectronics industry."

Semiconductors are as essential as water, sunlight and air to supporting modern life as we know it. That’s the view of Professor Yee-Chia Yeo (NUS Department of Electrical and Computer Engineering), Assistant Chief Executive at the Agency for Science, Technology, and Research (A*STAR).   At a recent Distinguished Leaders Lecture hosted at CDE, Prof Yeo explored and explained how academic research is translated to create high impact in the semiconductor industry.   He also discussed the complexities of translating semiconductor research into tangible applications, highlighting the critical importance of collaboration between academia and industry in driving innovation forward.   Read more about the lecture here: https://lnkd.in/gxZ-VZTj #nus #nuscde #CDE #ForgingNewFrontiers #NationalUniversityofSingapore #Singapore #Education #research #NUSCollegeofDesignandEngineering #CDEResearch #CDEImpact

📢 BAVARIAN CHIPS ALLIANCE at Test engineering Summer School 2024 🌟 Last Wednesday, at the Test engineering Summer School 2024 in the beautiful Kloster Weltenburg, Dr. Malte Kohring had the opportunity to give an overview of the semiconductor industry in Bavaria - from suppliers to users - and to present the current activities of the Bavarian Chips Alliance.   🔍 The focus was on the following questions:   💡 What semiconductor production facilities do we have in Bavaria? 💡 What expertise is there in chip design? 💡 Which international companies are based in Bavaria? 💡 Which research institutions are working on the topic?   📌 Interested? You find an overview of the semiconductor ecosystem within the Bavarian Chips Alliance on our website ➡ https://lnkd.in/eVJG89-8   🙏 We would like to thank the Test engineering Summer School 2024 for the invitation once again. This year, the aim of the Summer School was to get 30 students interested in the topic of ‘Test Engineering and Back-End IC Development’ and to bring them together with relevant companies. 🎓🤝   #bayerninnovativ #innovationleben #bavarianchipsalliance #digitalisierung #halbleiter / Jürgen Frickinger / Malte Kohring / Lukas Zillich - [𝑊𝑒𝑟𝑏𝑢𝑛𝑔 𝑤𝑒𝑔𝑒𝑛 𝑀𝑎𝑟𝑘𝑖𝑒𝑟𝑢𝑛𝑔]

Embracing the Future with Electronics and Communication Engineering 📡✨ As a B.Tech student in Electronics and Communication Engineering, I am driven by a passion for innovation, creativity, and problem-solving. This field is a playground for the curious mind, where each day brings a new opportunity to explore and create. From the first moment I designed a circuit to the latest project in wireless communication, ECE has captivated me with its endless potential. It’s not just about learning the theory; it’s about applying it to real-world challenges and seeing our ideas come to life. 🌟 Innovation is at the heart of everything we do. Whether it's developing cutting-edge embedded systems or diving deep into signal processing, the thrill of pushing technological boundaries keeps me motivated. Creativity plays a crucial role in finding unique solutions to complex problems, transforming abstract concepts into tangible advancements. Research is a cornerstone of our journey, fueling discoveries that can change the way we live and interact with technology. Being part of a community that values exploration and continuous learning is incredibly inspiring. Our professors and peers are not just mentors and colleagues but fellow pioneers on this exciting path. Every project, every experiment, and every late-night study session contributes to a vision of a future where technology enhances our lives in unimaginable ways. From smartphones to satellite communication, the impact of ECE is profound and far-reaching. 🌍🚀 To my fellow ECE enthusiasts and innovators, let’s continue to challenge ourselves, break new ground, and turn our dreams into reality. The future is ours to shape, and I can’t wait to see what we’ll achieve together! #ElectronicsAndCommunication #Engineering #ECE #Innovation #Creativity #ProblemSolving #Research #FutureEngineer #TechPassion #StudentLife