#microelectronics search results
📢 @CSACatapult to sponsor #Microelectronics UK This event will showcase growing UK expertise in #chip #design & #compoundsemiconductor #tech will deliver #AI #AdvancedConnectivity #CleanEnergy Register to join us ➡️ ow.ly/4KXk50WBcNz @biztradegovuk @SciTechgovuk
Another week, another opportunity to hear from @INL experts! We will explore the cutting edge of #microelectronics in Albuquerque and address state and local preparedness at the #NationalSecurity conference in Washington D.C. Get all the details➡️brnw.ch/21wVbs0
#Microelectronics US 2026 is set to open its doors in Austin, bringing together over 100 speakers, industry leaders, and engineers from across semiconductors, photonics. #Semiconductors #EmbeddedSystems #Photonics #electronicsnews #technologynews timestech.in/microelectroni…
Microelectronics ≠ niche. It’s a growing workforce need! Early exposure builds: 💡 Curiosity 🛠 Skills 🚀 Career awareness Prepare students for the tech careers of tomorrow. #STEM #Microelectronics #FutureWorkforce #Education
We are absolutely thrilled to announce that Dr. Pedro Toledo has joined the Chips Journal (MDPI) as our newest Editorial Board Member (EBM)! 👏 Please join us in extending a warm welcome to Dr. Pedro Toledo!🌟 #chips #microelectronics #semiconductor #EDA #mdpi #openaccess
📷 Congratulations to #ASUEngineering Fulton Professor of Microelectronics Krishnendu Chakrabarty, recipient of the 2025 @srcorg Innovation Award! #Microelectronics #ASUResearch Read more ➡️ fullcircle.asu.edu/faculty/microe…
🎉Congratulations to @ASUEngineering Fulton Professor of Microelectronics Krishnendu Chakrabarty, who is receiving the 2025 @srcorg Innovation Award for developing technology that allows early defect detection, improving yield and reliability in advanced 3D integrated circuits.
50 Years in Microelectronics. This awesome article highlights Oleksandr Chechkov’s career — a great example of deep expertise, consistency, and real impact in engineering. Read more: bit.ly/4sCZxnO #microelectronics #engineering #semiconductors
A space conceived for work in critical areas such as ⤵️ 🔹 #Microelectronics and #semiconductors. 🔹 Artificial intelligence (#AI). 🔹 #Cybersecurity.
#DiscoveryToDelivery: Berkeley Lab researchers are advancing on-chip energy storage to improve power delivery for next-generation electronics, supporting U.S. security and advanced computing. Learn more: newscenter.lbl.gov/2024/05/06/gro… #microelectronics @molecularfndry
Albany/NY’s Capital Region is becoming a #spacehub for #microelectronics manufacturing and R&D, thanks to #radhard chips being made at @GlobalFoundries’ Fab 8 in Malta. Pioneering research and prototyping for #siliconphotonics and #AI chips for space-related applications are also
Exciting News! MRSI exhibits at IMAPS New England's 52nd Symposium, May 12-13, 2026, Woburn, MA! Discover die bonding tech & meet our experts. #IMAPS2026 #Microelectronics #DieBonding mycronic.com/product-areas/…
KJLC is thrilled to announce the shipment of our ALD-150LX Plasma Enhanced Atomic Layer Deposition (#PEALD) system to the Cheema Group at MIT. #Microelectronics #ElectronicMaterials #Innovation #AtomicEngineering #CMOS #LabToFab #EnablingTechnologyForABetterWorl
Big advances start with better building blocks. At Berkeley Lab, we invent the techniques industry needs to turn next-generation #microelectronics into real-world applications, speeding the path from research to use. #DiscoveryToDelivery lbl.gov/research/micro…
2025 was filled with remarkable breakthroughs at our Lab, from developing new materials and exploring the universe to making strides in #AI, #microelectronics, and #quantum science. Plus, we celebrated our 17th Nobel Prize! 🏅 Explore our top stories ➡️ newscenter.lbl.gov/2025/12/17/ber…
Stroke is the leading cause of disability in the U.S., with over 1 million victims struggling to communicate after experiencing aphasia. Novel @UMich research uses #microelectronics that can help restore speech by detecting brain signals. bit.ly/3RD9MbB
French DeepTech company Hummink has raised €15 million to enhance microelectronics manufacturing with surgical precision. #TechInnovation #Microelectronics buff.ly/D244pET
A new dual degree program from @OhioState & @iitbombay will support exceptional graduate students from both schools with global educational and professional experience. The initial focus is #microelectronics & #AI engineering.osu.edu/news/2025/09/o…
#semiconwest is next week and #ASUEngineering students, veterans and recent grads can discover career opportunities in semiconductor manufacturing through the career explorer pass program. #Microelectronics #Semiconductors #TechLeadership registration.semiconwest.org/semicon_west_2…
Meet Rick Hill, Associate Dean for Research and External Initiatives at the @detmercy. As a #VoiceofSCALE, he shares how SCALE K-12 is expanding across Michigan—bringing #microelectronics and real-world engineering into classrooms in new and meaningful ways.
Voices of @Purdue_SCALE 🎥 Students use advanced tech every day—but do they know how it works? Dr. Rick Hill @detmercy is helping expand SCALE K-12 across Michigan, bringing microelectronics into classrooms and sparking curiosity. @nanoHUBnews #STEM #K12 #Semiconductors
A space conceived for work in critical areas such as ⤵️ 🔹 #Microelectronics and #semiconductors. 🔹 Artificial intelligence (#AI). 🔹 #Cybersecurity.
50 Years in Microelectronics. This awesome article highlights Oleksandr Chechkov’s career — a great example of deep expertise, consistency, and real impact in engineering. Read more: bit.ly/4sCZxnO #microelectronics #engineering #semiconductors
We are absolutely thrilled to announce that Dr. Pedro Toledo has joined the Chips Journal (MDPI) as our newest Editorial Board Member (EBM)! 👏 Please join us in extending a warm welcome to Dr. Pedro Toledo!🌟 #chips #microelectronics #semiconductor #EDA #mdpi #openaccess
Meet Rick Hill, Associate Dean for Research and External Initiatives at the @detmercy. As a #VoiceofSCALE, he shares how SCALE K-12 is expanding across Michigan—bringing #microelectronics and real-world engineering into classrooms in new and meaningful ways.
Voices of @Purdue_SCALE 🎥 Students use advanced tech every day—but do they know how it works? Dr. Rick Hill @detmercy is helping expand SCALE K-12 across Michigan, bringing microelectronics into classrooms and sparking curiosity. @nanoHUBnews #STEM #K12 #Semiconductors
#Microelectronics US 2026 is set to open its doors in Austin, bringing together over 100 speakers, industry leaders, and engineers from across semiconductors, photonics. #Semiconductors #EmbeddedSystems #Photonics #electronicsnews #technologynews timestech.in/microelectroni…
Exciting News! MRSI exhibits at IMAPS New England's 52nd Symposium, May 12-13, 2026, Woburn, MA! Discover die bonding tech & meet our experts. #IMAPS2026 #Microelectronics #DieBonding mycronic.com/product-areas/…
Microelectronics ≠ niche. It’s a growing workforce need! Early exposure builds: 💡 Curiosity 🛠 Skills 🚀 Career awareness Prepare students for the tech careers of tomorrow. #STEM #Microelectronics #FutureWorkforce #Education
Pickering Interfaces will showcase its range of modular signal switching solutions for semiconductor test and verification at Microelectronics US 2026, taking place April 22–23 at the Palmer Events Center in Austin, Texas. Visi... #Industry #Manufacturing #microelectronics
SCALE has an asynchronous course just for you, Starting Your Microelectronics Career (Parts A & B). A flexible, virtual, 8-week series designed for SCALE undergraduate & graduate students nationwide. #SCALE4Me #Microelectronics #Semiconductors #STEMCareers #WorkforceDevelopment
🧪 Vacuum Deposition Thin-film technology enabling microchips, displays, and sensors with nanometer precision. 🔗 pixelburn.tech/en/vacuum-depo… 🔖 #vacuumDeposition #thinFilms #microelectronics #semiconductors #materialsScience
We’re bringing industry, education, and workforce leaders together in Irvine on May 5 for a focused workforce convening shaping the future of microelectronics talent! Interested in attending? Connect with Robert Sanger to learn more! #SemiconductorWorkforce #Microelectronics
Build the Technology Behind Every Innovation 🚀 🎓 M.Tech. (Online) in Microelectronics & VLSI by IIT Kanpur ⏳Applications Open Tomorrow | 10th April 2026 👉 Be Ready to Apply Tomorrow: online.iitk.ac.in/mtech/vlsi #IITKanpur #VLSI #Microelectronics #Semiconductor
Poland enters the European semiconductor race. Important agreement with France - Defence24.com dlvr.it/TRxf6m #Poland #Semiconductors #Microelectronics #EuropeanUnion #TechAlliance
#Neuromorphic computing is emerging as a critical tool for low‑power, real‑time intelligence. Hear from experts at CAS, @NIST, and the #UniversityofManchester in our recent #microelectronics #webinar: bit.ly/3N6pddV
<!--td {border: 1px solid #cccccc;}br {mso-data-placement:same-cell;}-->Jackie Janning‑Lask is taking the keynote stage at the IWRC Digital Twin Summit! Her insights into #microelectronics will be a highlight of the event and is a session you won’t want to miss. Register now:
What was that target some plant right? #microelectronics for all kinds of military applications?
What is a self-driving #laboratory? Find out how these #machinelearning innovations are changing #microelectronics in our #CASInsights article that previews the larger microelectronics landscape: bit.ly/4lXv0PO
YES Read full piece. #UKRAINE struck ‘old fashioned’ #KremniyEl #microelectronics plant with #STORMSHADOWS on Mar 10. The factory and workers cannot be replaced.... kyivindependent.com/ukraine-used-s… @votevets @Militarydotcom @KyivIndependent @sentdefender @FinancialTimes
We provide high-purity chemicals for food, industrial and microelectronics sectors. With strict quality control, we offer reliable products and professional service to global customers.#SpecialtyChemicals #HighPurity #Microelectronics
Microelectronics are essential to everyday life. They power the #technology we use daily, like phones, watches and household appliances. However, the most advanced #microelectronics are used in scientific experiments that push the limits of performance and accuracy. (1/)
Have you heard? Our ambitious NGMM program aimed at domestic #manufacturing of next-gen #microelectronics just took a big step forward with a new @UTAustin partnership. darpa.mil/news-events/20…
Another week, another opportunity to hear from @INL experts! We will explore the cutting edge of #microelectronics in Albuquerque and address state and local preparedness at the #NationalSecurity conference in Washington D.C. Get all the details➡️brnw.ch/21wVbs0
Our researchers have developed FerroX, a new open-source, 3D simulation framework that could advance record-breaking #EnergyEfficiency in #microelectronics! @NERSC @UCBerkeley @doescience @ENERGY @SecretaryWright newscenter.lbl.gov/2024/09/12/new…
📢 @CSACatapult to sponsor #Microelectronics UK This event will showcase growing UK expertise in #chip #design & #compoundsemiconductor #tech will deliver #AI #AdvancedConnectivity #CleanEnergy Register to join us ➡️ ow.ly/4KXk50WBcNz @biztradegovuk @SciTechgovuk
How do discoveries go from lab to life? Today, we're launching #DiscoveryToDelivery, a campaign revealing how Berkeley Lab research benefits you. Up first? #Microelectronics and the advances that underpin #AI and next-gen computing. lbl.gov/impact/
Big advances start with better building blocks. At Berkeley Lab, we invent the techniques industry needs to turn next-generation #microelectronics into real-world applications, speeding the path from research to use. #DiscoveryToDelivery lbl.gov/research/micro…
"We’ve shown that it’s possible to store a lot of energy in microcapacitors made from engineered thin films, much more than what is possible with ordinary dielectrics." – Sayeef Salahuddin, Faculty Senior Scientist Learn more ⬇️ #microelectronics lbl.gov/research/micro…
#DiscoveryToDelivery: Berkeley Lab researchers are advancing on-chip energy storage to improve power delivery for next-generation electronics, supporting U.S. security and advanced computing. Learn more: newscenter.lbl.gov/2024/05/06/gro… #microelectronics @molecularfndry
The SIE 2025 Annual Meeting starts soon in Naples 🗓️ Lucio Colombo, ST Italy Managing Director, and other ST experts will take part from June 23-27. As members of #IPCEl, we are committed to bringing together knowledge, expertise, and innovation in electronics #microelectronics
DYK our researchers work directly with chipmakers and universities to develop new technologies for smaller, faster, and more energy-efficient #microelectronics? Discover six ways Berkeley Lab is advancing microchips 📱💻✨ of the future! @molecularfndry newscenter.lbl.gov/2025/05/06/com…
French DeepTech company Hummink has raised €15 million to enhance microelectronics manufacturing with surgical precision. #TechInnovation #Microelectronics buff.ly/D244pET
We’re exploring new microchip designs that promise energy efficiency and powerful computing, pushing the boundaries of what's possible in a world increasingly integrated with technology. Learn more about our #microelectronics research ⬇️ lbl.gov/research/micro…
Ready to explore the latest advancements in #microelectronics reliability? Join ST experts at #IRPS2025 Don't miss insightful workshops and invited talks on ESD, Ge-GST ePCM reliability, corrosion in µ-electronic devices, and more. All the info: spkl.io/6015fQdif
.@EUeic supports Orbital Engineering for Innovative Electronics (OBELIX) project in the #EICPathfinder program for innovative #technologies with major potential impact / Goal: Sustainable & eco-friendly technologies for #microelectronics // @uni_mainz_eng nachrichten.idw-online.de/2024/06/06/inn…
The 39th edition of the Conference on Design of Circuits and Integrated Systems (#DCIS 2024) will take place starting today in Catania. Discover our lineup of speakers. #IPCEI #microelectronics➡️ spkl.io/6013fpsnR
USF is awarded a $3M NSF grant to advance semiconductor research & education! 🚀 Our STEP-UP program is set to shape the future of microelectronics. bit.ly/NSFStepUp 🤖 #Semiconductors #USFEngineering #microelectronics #USFResearch #NSFGrant
Cool tech 🧊 for deep discoveries👷⚛️ We developed specialized “cold #microelectronics” that can operate inside liquid argon kept at -300 degrees F. This frigid liquid argon will help @DUNEScience detect neutrinos, ghostlike particles that seldom interact with any matter.
Great news! The Research Council of Finland has granted Aalto University funding to strengthen its research profile in the transition towards a greener future. #energy #microelectronics #sustainability aalto.fi/en/news/aalto-…
Albany/NY’s Capital Region is becoming a #spacehub for #microelectronics manufacturing and R&D, thanks to #radhard chips being made at @GlobalFoundries’ Fab 8 in Malta. Pioneering research and prototyping for #siliconphotonics and #AI chips for space-related applications are also
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