At Intelitek, our semiconductor training program is built around authentic, industry-grade equipment that mirrors what students encounter inside real fabs. Learners don’t just study concepts — they operate, troubleshoot, and practice with the same types of systems used in advanced manufacturing today. Why? Because having experience with real equipment prepares them better for the job, because having hands on experience bridges the gap between the class and the fab floor, because employers want candidates that are more qualified and can be productive team players quicker. As the demand for semiconductor talent continues to surge, hands-on training with real equipment is no longer a “nice to have” — it’s essential. In this video we are showing the EFEM we use in our training to teach semiconductor robotics, and advanced wafer handling. #Semiconductors #AdvancedManufacturing #WorkforceDevelopment #CTE #Microelectronics #Intelitek

The semiconductor industry is built on precision — and training should be too. At Intelitek, our semiconductor programs use real-world, industrial equipment so learners gain hands-on experience with the same tools and processes found in modern fabs. This is how you build a workforce that’s ready on day one. No guesswork. No “theoretical only” learning. Just real skills for real careers. This is the Yaskawa EFEM – this is a real EFEM, with a real wafer handling robot, with a real pre-aligner, load ports and a load lock. Students learn to use, operate, maintain and troubleshoot a real semiconductor system with this in their lab. #Semiconductors #HandsOnTraining #FutureOfWork #AdvancedManufacturing #Intelitek

The semiconductor industry is built on precision — and training should be too. At Intelitek, our semiconductor programs use real-world, industrial equipment so learners gain hands-on experience with the same tools and processes found in modern fabs. This is how you build a workforce that’s ready on day one. No guesswork. No “theoretical only” learning. Just real skills for real careers. This is the Yaskawa EFEM – this is a real EFEM, with a real wafer handling robot, with a real pre-aligner, load ports and a load lock. Students learn to use, operate, maintain and troubleshoot a real semiconductor system with this in their lab. #Semiconductors #HandsOnTraining #FutureOfWork #AdvancedManufacturing #Intelitek

The semiconductor industry is built on precision — and training should be too. Intelitek semiconductor programs use real-world, industrial equipment so learners gain hands-on experience with the same tools and processes found in modern fabs. This is how you build a workforce that’s ready on day one. No guesswork. No “theoretical only” learning. Just real skills for real careers. This is the Yaskawa EFEM – this is a real EFEM, with a real wafer handling robot, with a real pre-aligner, load ports and a load lock. Students learn to use, operate, maintain and troubleshoot a real semiconductor system with this in their lab. Reach out to sales@lab-resources.net to bring hands-on semiconductor experience to your CTE program. #Semiconductors #HandsOnTraining #FutureOfWork #AdvancedManufacturing #intelitek #ctedirectors

Applications for the POEMS Semiconductor Spring School 2026 close on 20 February! Organised within the scope of the POEMS Project, the initiative will take place at the University of Aveiro (Portugal) from 6 to 10 April and is aimed at bachelor’s, master’s and PhD students interested in microelectronics and semiconductor technologies. Over five days, participants will explore topics such as chip design, advanced packaging and emerging technologies through lectures, demonstrations and expert-led sessions. Applications are free and close on Friday, 20 February! Find out more at: https://lnkd.in/emf-vSqr #POEMSSpringSchool #Semiconductors #Microelectronics #ChipDesign #AdvancedPackaging #EmergingTech #Education #Training

Chipshub.org is accelerating how the next generation of #semiconductor talent is trained. Through a powerful public–private–academic partnership, Purdue University and nanoHUB are providing free online access to commercial electronic design automation (EDA) tools from Cadence, Synopsys Inc, and Siemens — the same tools used to design today’s chips. This partnership is made possible with federal support from the United States Department of War and the National Science Foundation (NSF). By eliminating barriers like cost, specialized hardware, and IT infrastructure, Chipshub enables hands-on, real-world chip design experience directly in the classroom. And it doesn’t stop there. In addition to commercial EDA platforms, Chipshub also provides access to open-source tools, simulation resources, and a growing ecosystem of educational content designed to broaden participation and strengthen the semiconductor workforce pipeline. This is more than tool access — it’s a scalable model for closing the talent gap. Learn more: https://lnkd.in/geHFKYrP #Semiconductors #EDA #WorkforceDevelopment #Microelectronics #CHIPSAct #Chipshub CHIPS for America Silicon Crossroads Microelectronics Hub SCALE (Scalable Asymmetric Lifecycle Engagement) The Microelectronics Security Training (MEST) Center Naval Surface Warfare Center, Crane Division

Chipshub is expanding access to industry-grade chip design tools through nanoHUB, giving students and educators free, online access to the same cutting-edge simulation platforms used across the #semiconductor industry. This initiative is powered by a unique public–private–academic partnership with Purdue University and leading industry partners — including Cadence, Synopsys Inc, and Siemens — along with federal support from the United States Department of War and the National Science Foundation (NSF). By combining commercial-grade EDA tools with open source, we are lowering barriers to entry and strengthening hands-on semiconductor education at scale. 🔗Learn more: https://lnkd.in/geHFKYrP #Semiconductors #WorkforceDevelopment #Microelectronics #STEM #nanoHUB #ChipDesign Silicon Crossroads Microelectronics Hub SCALE (Scalable Asymmetric Lifecycle Engagement) The Microelectronics Security Training (MEST) Center

🚍 Industrial Visit | ECE First-Year Students Learning goes beyond classrooms — and today was a perfect example of that! Our First-Year ECE students at SR University had the opportunity to visit LED Chips Private Limited as part of their industrial exposure program. The visit provided valuable insights into: 🔹 LED chip manufacturing processes 🔹 Semiconductor fabrication fundamentals 🔹 Quality control and testing procedures 🔹 Real-world applications of electronics and embedded systems 🔹 Industry standards and safety practices The interaction with industry professionals helped students bridge the gap between theoretical concepts and practical implementation. For many, it was their first exposure to a live manufacturing environment — a truly enriching experience. Industrial visits like these play a crucial role in shaping young engineers by: ✔ Enhancing practical understanding ✔ Building industry awareness ✔ Inspiring innovation and research orientation ✔ Encouraging professional mindset development A sincere thank you to the team at LED Chips Private Limited for their warm hospitality and detailed technical briefing. Thanks to Arun Sekar Rajasekaran and Dr. Leo Joseph for this initiative. Looking forward to many more such experiential learning opportunities for our students! Dr. Kodela Raj Kumar #IndustrialVisit #ECE #EngineeringEducation #ExperientialLearning #Semiconductor #LEDTechnology #IndustryAcademia #FutureEngineers

India Accelerates Semiconductor Talent Development with Chips-to-Startups Programme #India aims to train 85,000 #semiconductor #design #engineers over 10 years under the Chips-to-Startups (#C2S) programme. #315 #academic #institutions across the country now have access to advanced Electronic Design Automation (#EDA) tools. Tools are provided by global technology leaders such as #Synopsys, #Cadence, #Siemens, #Renesas, #Ansys, and #AMD. Students gain hands-on experience in #semiconductor #chipdesign using industry-standard #platforms. Student-designed #chips are #fabricated and #tested at the #Semiconductor Laboratory in #Mohali. The initiative provides exposure to the entire #semiconductor value chain: #design, #fabrication, #packaging, and #testing. The programme supports India’s long-term strategy to build a strong domestic #semiconductorecosystem. India Semiconductor Mission

Advancing Semiconductor Workforce Development – Santa Clara, CA I recently had the opportunity to attend the Semiconductor Manufacturing Workshop – Advances in Technology and Workforce Development at the FESTO Experience Center in Santa Clara. This intensive professional development program brought together educators and industry leaders to explore: 🔹 Semiconductor manufacturing fundamentals 🔹 Wafer inspection, vacuum, and deposition processes 🔹 ESD protection, laser marking/etching, and automation technologies 🔹 Industry trends and workforce pathways 🔹 Training infrastructure to support next-generation semiconductor talent What stood out most was the strong emphasis on bridging industry and academia to build scalable, hands-on training ecosystems. With the rapid expansion of semiconductor manufacturing in the U.S., workforce readiness is just as critical as fab construction and technology innovation. As we continue building semiconductor research and cleanroom capabilities at PVAMU, experiences like this are invaluable. They provide practical insights into how automation platforms, digital manufacturing systems, and structured training modules can prepare students for high-impact careers in microelectronics. Grateful for the opportunity to engage with industry experts, explore advanced training systems, and strengthen collaborations that will help shape a diverse and future-ready semiconductor workforce. The future of semiconductors depends not only on chips — but on people. #SemiconductorManufacturing #WorkforceDevelopment #Microelectronics #Cleanroom #AdvancedManufacturing #SemiconductorEducation #CHIPSAct #Automation #PVAMU #TAMU #TSI #STEMLeadership #IndustryAcademia #FESTO #TEXAS