Erudite Asia’s Post

Recently, a group of institutions approached us to help establish a Center of Excellence (CoE) in VLSI and Embedded Systems. We proposed a comprehensive 3-year roadmap, designed to place at least 20% of their EEE and ECE students in these cutting-edge fields. The plan also includes upskilling faculty members and setting up industry-standard labs to foster research and innovation. However, a few key expectations were raised: 1.Inviting a Chief Guest from a Tier-I company solely for branding, without any direct contribution to the initiative. 2. Planning to tape-out a chip within the first year—with a budget that doesn’t even cover a high-speed FPGA board. They expect to achieve this without meaningful contributions from students or faculty, raising concerns about the institute's technical involvement. 3. Opting not to invest in ASIC tools (₹19L for 3 years), citing university norms, even though these tools are essential for industry relevance. How can they aim to establish a CoE on par with IITs/NITs without the necessary resources? The emphasis seems to be on rapid growth and branding rather than on the organic development essential for long-term success. True excellence in VLSI or Embedded Systems requires a committed team working consistently for several years. Merely training professors without offering adequate compensation won't achieve the desired impact. If we genuinely want to create industry-ready talent and drive innovation, we must prioritize sustainable, organic growth over quick fixes. A well-executed CoE not only uplifts students but also empowers the institution's R&D initiatives, setting a solid foundation for the future. #VLSI #EmbeddedSystems #CenterOfExcellence #OrganicGrowth #R&D #Upskilling

Renesas Electronics Corporation and the Indian Institute of Technology Hyderabad (IITH) have entered into a three-year #memorandumofunderstanding (MOU) to foster #research and collaboration in the field of VLSI and #embedded #semiconductor systems. #electronicsnews #technologynews

We're glad to announce that #SamsungSemiconductorIndia has launched its ‘Chip Design for High School’ programme in collaboration with International Institute of Information Technology Bangalore and VLSI System Design. An innovative #CSR initiative, it aims to equip young minds with essential skills in semiconductor design, paving the way for India’s technological leadership in the global semiconductor ecosystem. By end of the programme, participating students from 6th-12th standard would have gathered knowledge on digital logic design, System-on-Chip (SoC) concepts, Electronic Design Automation (EDA) tools and more. Read more: https://bit.ly/3Bw5Rc4 Balajee S Dhrumit Vyas #CorporateCitizenship #PoweringDigitalIndia #ChipDesign #Semiconductors #Samsung

"Thrilled to launch our innovative #CSR program, "Chip Design for High School Students"! As the Lead CSR of Samsung Semiconductor India, I'm proud to be part of this unique initiative by #SamsungSemiconductorIndiaResearch. Today, we kick-started the program with 3200+ students from grades 6 to 12 across India! This program will play a vital role in nurturing semiconductor-specific technical skills among India's future workforce. I'm eager to see our young innovators and chip designers shape the future of India's semiconductor industry! Read more: https://bit.ly/3Bw5Rc4 Grateful for our esteemed partners International Institute of Information Technology Bangalore (#IIIT-B) and VLSI System Design (#VSD) for sharing their expertise to train these bright minds. Let's empower the next generation of innovators and shape a brighter future for India's semiconductor ecosystem! #SamsungCSR #ChipDesign #Semiconductor #Innovation #Education #Empowerment"

Though I am from semiconductor background, I am particularly unhappy with making children to learn things way beyond their age. I'll never put my 12 year old in such a course. A few years back it was advertisements about 5 year old's learning C-coding and now it is the semiconductor rush. I quote from their website "By end of the project, these students would have gathered knowledge on digital logic design, System-on-Chip (SoC) concepts, and Electronic Design Automation (EDA) tools. Library cell characterization, CMOS inverter design, and SPICE simulation will also be taught to these young minds." Isn't it ironical that most of these concepts are not even taught in the 4 years of electrical engineering even in IITs? As an interviewer for many years, I know that we don't even ask CMOS inverter question to B.Tech graduates because many of them have not learnt CMOS inverter. If industry is really interested in increasing skill-building, shouldn't these be introduced into colleges first before targeting high school students? Looks like yet another way to make money with very little outcomes. And it is open for even 6th graders who have just started learning algebra! Let's be real!

Renesas and Indian Institute of Technology Hyderabad Sign Agreement to Accelerate India’s Semiconductor Independence Renesas Electronics Corporation, a premier supplier of advanced semiconductor solutions, and the Indian Institute of Technology Hyderabad (IITH) have signed a three-year memorandum of understanding (MOU) for research and collaboration in the field of VLSI and embedded semiconductor systems. The engagement with IITH professors and staff will focus on R&D and academic interactions with a goal to drive innovation in India’s semiconductor industry and advance the nation’s “Make in India” strategy. https://lnkd.in/g8F32-ud

Day 7: Staying Current in the VLSI Field 🔍 Continuous Learning: Keeping Up with VLSI Innovations Hello LinkedIn Family! Welcome to Day 7 of our 100-day VLSI journey! We've explored the fundamentals, career paths, and emerging technologies in VLSI. Today, let’s discuss practical tips on how to stay current with the rapid advancements in the VLSI field. 💡 Why Continuous Learning? In a fast-paced industry like VLSI, staying updated with the latest trends, tools, and techniques is crucial. Continuous learning helps you remain competitive, innovate effectively, and advance your career. 🌟 Tips for Staying Current: >Follow Industry News: Sources: Subscribe to reputable journals, websites, and blogs dedicated to VLSI and semiconductor news. Examples: IEEE Spectrum, Semiconductor Engineering, and EDN Network. >Join Professional Organizations: Benefits: Access to exclusive resources, networking opportunities, and industry events. Examples: IEEE, ACM SIGDA, and SEMI. >Attend Conferences and Workshops: Why: Gain insights from experts, discover the latest research, and network with peers. Examples: DAC (Design Automation Conference), ISSCC (International Solid-State Circuits Conference), and VLSI Symposium. >Take Online Courses and Certifications: Why: Enhance your skills and knowledge in specific areas of VLSI design and technology. Platforms: Coursera, edX, Udacity, and LinkedIn Learning. >Participate in Webinars and Online Communities: Why: Learn from live sessions, ask questions, and engage in discussions with industry professionals. Examples: YouTube channels, Reddit’s r/ECE, and LinkedIn groups focused on VLSI and semiconductors. >Read Technical Papers and Books: Why: Deepen your understanding of advanced concepts and stay informed about cutting-edge research. Sources: IEEE Xplore, SpringerLink, and Google Scholar. >Network with Peers and Mentors: Why: Share knowledge, seek advice, and stay motivated through professional relationships. How: Attend meetups, join forums, and engage with colleagues on LinkedIn. 📚 Fun Fact: The first-ever VLSI Design conference was held in 1985 in Bangalore, India, marking the beginning of one of the most influential events in the VLSI community. 👉 Stay Committed! Tomorrow, we'll dive into the practical applications of VLSI in various industries and how it shapes our everyday lives. Stay tuned, and feel free to share your learning strategies or questions in the comments below! 🔗 Follow me for daily insights and let’s continue this exciting journey together #VLSI #IEEE #career #semiconductor #100dayschallenge

🔧 Strategic Guide for EE & EC Students: Conquer GATE & Campus Placements Together 🚀 Balancing GATE and campus placements may seem overwhelming, but with the right strategy, you can master both! Being someone who has been there and done that multiple times, I am here to help you guys prepare the write in the best time possible. Here's how you can structure your preparation to target core subjects that are critical for GATE and hardware roles in campus placements. 🎯 Essential Subjects to Focus On: 📍 Digital Electronics & Microprocessors GATE Weightage: 7-8 Marks Importance: Fundamental for VLSI and embedded systems, crucial for GATE and technical interviews. Focus: Sequential circuits, state machines, 8085/8086 microprocessors. 📍 Analog Circuits GATE Weightage: 8-10 Marks Importance: Vital for GATE and hardware roles, especially in VLSI. Focus: Circuit design, amplifiers, oscillators, filters. 📍 Network Theory GATE Weightage: 8-10 Marks Importance: High-scoring, fundamental to circuit analysis. Focus: Thevenin’s theorem, RLC circuits, transient analysis. 📍 Control Systems GATE Weightage: 8-10 Marks Importance: Important for automation, robotics, and signal processing. Focus: Stability analysis, root locus, Bode plots. 📍 Electronic Devices GATE Weightage: 8-12 Marks Importance: Core for semiconductor physics and hardware roles. Focus: PN junctions, MOSFETs, BJTs, device fabrication. 📍 Signals and Systems GATE Weightage: 10-12 Marks Importance: Crucial for signal processing and communication systems. Focus: Fourier transforms, Laplace transforms, Z-transforms, sampling theorem. 💡 Pro Tip: To efficiently balance GATE and placements, allocate 60% of your time to GATE preparation (focusing on solving numerical problems) and the remaining 40% to placement-specific tasks (such as mock interviews and aptitude tests). I have prepared a document which has the best FREE RESOURCES for you to prepare. DM me to get your hands on it !!! Follow Soumick Majumdar for more such technical content. Happy Connecting !!! #gate #gate2025 #CampusPlacements #hiring #iiitb #analogvlsi

✨ Expert Talk on Core VLSI Career Opportunities ✨ I was thrilled to address an enthusiastic group of B.Tech students during an expert talk titled "Shaping Your Future in Core VLSI: Unlocking Career Opportunities in the Chip Design Era" at SR University. The session focused on empowering students from ECE and EEE backgrounds with insights into the VLSI industry's dynamic landscape. We explored: ✅ The significance of VLSI in the semiconductor revolution ✅ Career pathways in chip design, verification, and testing ✅ Emerging trends like AI-enabled designs and low-power architectures ✅ Essential skills for succeeding in the VLSI domain It was exciting to see students engage during the interactive Q&A session, showcasing their curiosity and eagerness to excel in this field. A big thank you to everyone who participated and made this session successful! Let’s continue to nurture young talent and pave the way for a brighter future in the world of VLSI. SR University InternationalECE SR UniversityDeepak Garg #VLSI #CareerOpportunities #SemiconductorIndustry #EngineeringEducation #BTechStudents #SRUniversity #Innovation

Invitation for Collaboration: Nationwide FREE VLSI Webinar/Seminar Series Hello Students, I hope this message finds you well. We are reaching out to invite colleges, universities, and students across India to collaborate on a Nationwide FREE VLSI Webinar/Seminar Series. Objective: Our goal is to raise awareness among engineering students about the semiconductor industry and India's Semiconductor Mission, aiming to establish the nation as a leading semiconductor hub in this decade. Agenda: The webinar/seminar series will cover a wide range of topics, including: What is VLSI & its Applications? Evolution of VLSI VLSI Ecosystem & different VLSI companies Importance of VLSI in modern Electronics VLSI Design Flow Misconceptions about the VLSI Field Road-map to start a career in VLSI Future & Trends of the VLSI Industry Different JOB Profiles in VLSI Skills & Tools needed for different Profiles Queries - A Q&A session Important Concepts of Verilog, Digital, CMOS, etc. Why Choose VLSI FOR ALL? With a community of over a million VLSI aspirants and experts, VLSI FOR ALL aims to bridge the gap between students and the semiconductor industry. By participating in our seminars and workshops, students gain essential insights for a successful career in VLSI. Request for Collaboration: I extend a personal invitation to colleges nationwide to collaborate with VLSI FOR ALL in hosting this FREE VLSI Webinar/Seminar Series. This series is designed to provide students with valuable knowledge about the VLSI industry and career opportunities, enhancing their academic experience. Next Steps: If your institution is interested in this proposal, I am open to discussing further details, including scheduling, promotional activities, and any specific requirements your institution may have. Join VLSI Jobs : Whatsapp Channel : https://lnkd.in/dHsz2TZh Download VLSI FOR ALL Community App : https://lnkd.in/dB_QDcHT FREE Mentorship : https://wa.me/918218599381 Call us on (+91)-9643070368 Apple Users App Link : https://lnkd.in/dA_7YmYJ Write us on info@vlsiforall.com #vlsiforall #vlsijobs #freshers #internship #vlsitraining https://lnkd.in/gYxmqpJs