Southwest Advanced Prototyping (SWAP) Hub

Arizona State University is proud to support the ARC-V Secure Processor project, one of five cutting-edge initiatives funded with $29.6M by The White House and United States Department of Defense through the Southwest Advanced Prototyping (SWAP) Hub. Led by industry leaders like Idaho Scientific, Synopsys Inc, and GlobalFoundries, this project will develop a low-power, secure processor to strengthen military systems in contested environments. A key to this project's success is leveraging the expertise and advanced capabilities of ASU Core Research Facilities Facilities, which provide state-of-the-art tools and resources to drive innovation in secure microelectronics. These facilities play a critical role in enabling collaboration between academia, industry, and defense partners to tackle national security challenges. As ASU President Michael Crow highlighted, “The SWAP Hub’s unmatched network is translating capabilities into real impact, addressing critical national security challenges.” #Semiconductors #NationalSecurity #SWAPHub #COREResearchFacilities #ASU #Innovation #DefenseTechnology

ASU Nears $1B in Research Expenditures Arizona State University is on the verge of joining an elite group of U.S. universities achieving $1 billion in annual research expenditures, showcasing its leadership in innovation and societal impact. A key driver of this growth is the Southwest Advanced Prototyping (SWAP) Hub, which accelerates semiconductor research and development. By bridging advanced lab-to-fab manufacturing, SWAP Hub positions Arizona as a leader in microelectronics and supports ASU’s mission to solve global challenges through interdisciplinary research. Other major contributors include the ASU Biodesign Institute, advancing health and sustainability, and MacroTechnology Works, driving breakthroughs in microelectronics and nanotechnology. Together, these initiatives reflect ASU’s commitment to impactful partnerships and groundbreaking discoveries. ASU’s rise underscores its dedication to innovation, inclusivity, and economic development, cementing its place as a global research leader. Read more: https://lnkd.in/gjrA22m4 #ResearchExcellence #Semiconductors #Innovation #SWAPHub #ASU #HigherEducation #NewAmericanUniversity

Capability Lead Spotlight: Christopher Bailey Driving Innovation in Heterogeneous Integration at SWAP Hub Arizona State University Professor Christopher Bailey, a pioneer in electrical, computer, and energy engineering, is transforming semiconductor packaging as the Heterogeneous Integration Capability Lead at Southwest Advanced Prototyping (SWAP) Hub. Advancing Semiconductor Packaging: Professor Bailey’s expertise in multi-physics modeling and reliability drives innovations in integrating diverse electronic components. Leveraging SWAP Hub’s cutting-edge facilities—such as a fan-out-wafer-level prototype line and accelerated life testing—his work enhances thermal management, reliability, and the creation of robust electronics for high-demand applications. Leadership and Industry Impact: A leader in the field, Bailey is a distinguished member of the IEEE Electronics Packaging Society, serving as junior past president and associate editor for IEEE Transactions of Components, Packaging, and Manufacturing Technology. As co-chair of the Heterogeneous Integration Roadmap’s Modeling and Simulation Technical Group, he helps shape the future of semiconductor advancements. Professor Bailey’s contributions are integral to SWAP Hub’s mission to revolutionize high-tech manufacturing and position Arizona as a global leader in semiconductor innovation. #Semiconductors #HeterogeneousIntegration #Innovation #SWAPHub #ArizonaInnovation #Leadership

Partner Spotlight: University of Arizona Building the Future of Semiconductor Innovation The UofA is leading the charge in shaping the future of the semiconductor workforce through innovative partnerships and educational programs. CTE in Semiconductor Manufacturing (CTE-SM): Launching in Fall 2025, the nation’s first high school Career and Technical Education program in Semiconductor Manufacturing is a collaboration with Chandler Unified School District. This two-year program equips students with technician certifications and essential skills in technical fields, applied math, and critical reasoning—aligning with the needs of 15 leading semiconductor companies in Arizona. Graduates will be workforce-ready and have pathways to continue their education at colleges and universities. AI-Hardware Design League (AI-HDL): This global competition, launched in October 2024, introduces students to semiconductor chip design using AI. With support from ARM and eFabless, 180 students across five countries tackle real-world hardware design challenges, with the most promising designs fabricated and tested. Led by Drs. Soheil Salehi and Janet Roveda, AI-HDL inspires future semiconductor engineers and innovators. Partnering with the Southwest Advanced Prototyping (SWAP) Hub, the UofA amplifies its impact on semiconductor education and workforce development. Together, they are driving Arizona’s leadership in innovation and ensuring sustainable growth in this critical sector. The UofA's commitment to workforce development and technological advancement is securing Arizona’s place at the forefront of semiconductor innovation. #Semiconductors #WorkforceDevelopment #Innovation #Education #Partnerships #ArizonaInnovation

Strengthening Global Semiconductor Supply Chains Arizona State University, in partnership with the U.S. Department of State and the Southwest Advanced Prototyping (SWAP) Hub, hosted leaders from Costa Rica, Vietnam, and the Philippines for a Government Leaders Forum to tackle semiconductor supply chain challenges. As part of the CHIPS and Science Act's International Technology Security and Innovation project, the forum focused on workforce development and advancing assembly, testing, and packaging capabilities. SWAP Hub’s expertise in semiconductor innovation complements efforts to build resilience and capacity across global supply chains. With plans to expand ITSI initiatives to new nations in 2025, ASU and SWAP Hub are positioning Arizona as a leader in global supply chain diversification and workforce development. Read more: https://lnkd.in/g6bUm5VR #Semiconductors #SWAPHub #SupplyChain #GlobalInnovation #CHIPSAct #ASU

A $7 Billion Vision for the Future Phoenix is set to redefine urban innovation with the ambitious Halo Vista project, a $7 billion "city within a city." This groundbreaking development will integrate cutting-edge technology, sustainable living, and advanced infrastructure to create a hub for innovation and collaboration. What makes this relevant to the Southwest Advanced Prototyping (SWAP) Hub? Halo Vista aligns with SWAP Hub's mission to advance semiconductor manufacturing, quantum technologies, and materials innovation, positioning Arizona as a leader in global technology ecosystems. The project’s focus on fostering innovation zones mirrors SWAP Hub’s vision for creating environments where industries, academia, and government can collaborate to solve the challenges of tomorrow. As Halo Vista rises, it strengthens Arizona’s role in the CHIPS Act strategy, building the infrastructure and talent pipeline critical for advanced manufacturing. It’s not just a development—it's a statement about Arizona’s future as a global innovation leader. Read more about this transformative project here: https://lnkd.in/giTm-rX8 #Innovation #ArizonaTech #SWAPHub #AdvancedPrototyping #Semiconductor #QuantumTechnology #UrbanDevelopment

In an exciting partnership with Ira A. Fulton Schools of Engineering at Arizona State University, Honeywell Aerospace Technologies has launched a new Innovation Hub focused on advancing aerospace technologies. This state-of-the-art hub will drive research in sustainable aviation, automation, and next-generation defense solutions, combining Honeywell’s industry expertise with ASU’s cutting-edge research capabilities. This collaboration is a major win for Southwest Advanced Prototyping (SWAP) Hub, as it not only strengthens Arizona’s leadership in high-tech R&D but also fosters workforce development. ASU students and professionals will gain hands-on experience with new equipment and industry-led expertise, creating a skilled talent pipeline ready to support the aerospace and defense sectors. By empowering the next generation of engineers and innovators, this partnership directly supports SWAP Hub’s mission to advance high-tech manufacturing, bolster the regional economy, and drive sustainable growth in the Southwest. Read more: https://lnkd.in/gDmp6Dsw #Honeywell #SWAPHub #ASU #InnovationHub #Aerospace #Engineering #WorkforceDevelopment #SustainableAviation #HighTech

Discovering New Materials with AI and Machine Learning Arizona State University, in a project led by Professor Lenore Dai, is harnessing the power of AI and machine learning to accelerate the discovery of innovative materials. This initiative aims to create materials that are more efficient, sustainable, and adaptable to next-gen technologies—crucial for fields like semiconductors, energy storage, and electronics. By integrating AI, ASU is streamlining complex computations and exploring a vast array of material combinations, speeding up discovery and opening doors to breakthroughs previously out of reach. With these advancements, Southwest Advanced Prototyping (SWAP) Hub is set to strengthen semiconductor innovation, quantum technology, and regional industry growth, providing a competitive edge in the global tech landscape. Read more: https://lnkd.in/g7uhc7dX #SWAPHub #ASU #Innovation #MaterialsScience #AI #MachineLearning #Semiconductors #QuantumTechnology #HighTech

Exciting Internship Opportunities in the Microelectronics Industry with Sandia National Laboratories! Are you passionate about cutting-edge technology and ready to gain hands-on experience that can shape your career? Sandia National Laboratories has 111 exciting internship positions in Albuquerque, NM, and Livermore, CA! These opportunities are available for undergraduate and graduate students interested in contributing to national security and technology innovation. Available Tracks Include: * Monitoring Systems * Resilient Energy Systems * Flight Systems & Avionics * Model-Based Systems Engineering * Statistical and Analytical Sciences * Structural Dynamics * Technologist, Design/Test, R&D, Packaging, and Fab Engineering Why Intern with Sandia? Gain valuable exposure to technical and national security challenges. Work on cutting-edge projects with real-world applications. Develop critical skills under expert mentorship from the MESA community. Network with leaders shaping national conversations across disciplines. Eligibility Opportunities are open to U.S. citizens, with some positions available for Green Card holders, asylees, and refugees. For full eligibility details, check the links below. 👉 For Graduate Students: Click here: https://lnkd.in/gZ7htX8N 👉 For Undergraduate Students: Click here: https://lnkd.in/gQQ3A9Eb 👉 Explore All Internship Opportunities: Click here: https://lnkd.in/gn4EVp2n Questions? Contact Tamara Gligoric at tamara.gligoric@asu.edu or the SIGMA team at sigmainstitute@sandia.gov. Start your journey toward a life-changing career while making a difference in the world! #Microelectronics #InternshipOpportunity #SandiaNationalLabs #STEMCareers #CareerDevelopment

Huge congratulations to Deca Technologies, and the entire SHIELD USA team for being selected to lead the $100 million SHIELD USA project! This landmark initiative will drive innovation in semiconductor packaging, strengthen national security, and help the U.S. regain its leadership in microelectronics. #SHIELDUSA #Semiconductors #Microelectronics #CHIPSAct #Innovation #AdvancedPackaging #NationalSecurity #R&D #TechLeadership #ASUResearch #DecaTechnologies #FutureOfTech #MadeInAmerica