Chip War by Chris Miller. I wanted to read something to get an overview of the semiconductor industry and its supply chains. This was a perfect book for it. I learned a few interesting things. e.g. the supply chain was actually not disrupted that much during COVID, the shortages were caused by unexpectedly high demand (and in case of automotive industry, cancelled orders due to overly pessimistic demand projections). This book is quite a page-turner, and I highly recommend it. I think it is a must-read for physics and electrical engineering students, as it gives a nice overview of the job market and a global business perspective, that can be very helpful for future career planning. #semiconductor #semiconductorindustry #phdlife #phdcareers

It’s okay to take risks in your career.   Recently one of my team members asked me about my career path and how I ended up where I am now. That conversation reminded me that I’ve taken some different turns throughout my professional career that’s been fun, sometimes stressful, and challenging. It also kept me from being bored and always learning something new. So I thought I would share a little bit about my career journey.   I graduated with a biology degree with an aspiration to attend medical school. Soon after graduation, I realized my passion was less in the medical field and more in solving challenges. This led me to an interest in engineering, so I returned to school for an electrical engineering degree.   After completing my engineering degree, I worked for a biotech company. From there, I worked in lasers, then the aerospace industry. Now, I work in the semiconductor industry at Silfex.   My career has taken many unexpected but fun turns. Some might call it “untraditional.” But, I’ve followed my passions, figured out my strengths and weaknesses along the way. Most of all I didn’t shy away from trying new things, and allowed myself to be curious.   Don’t be afraid to take control of your career – you never know where it can take you!   #CareerAdvice #Semiconductor  

Arizona State University Paves the Way for Semiconductor Industry Careers I am thrilled to see the proactive steps being taken by Arizona State University (ASU) to prepare the workforce for the rapidly growing semiconductor industry. With the increasing demand for semiconductor chips in everything from everyday appliances to advanced military equipment, the need for skilled professionals in this field has never been greater. ASU’s Southwest Advanced Institute, one of eight hubs in a network collaborating with the Department of Defense, is at the forefront of semiconductor manufacturing and workforce development. Jason Conrad, who leads this institute, emphasizes the abundance of job opportunities in the industry, stating, “There’s a tremendous amount of jobs in this industry right now.” To meet the demand for skilled workers, ASU is actively collaborating with industry partners to develop tailored programs and courses. Several large chip factories in Arizona are looking to hire thousands of employees, and ASU is stepping up to the challenge by offering a variety of educational options. For those interested in joining the semiconductor industry, ASU provides stackable credentials, micro-classes, and other learning opportunities that do not necessarily require pursuing a full degree. The School of Engineering is also preparing thousands of engineers each year to contribute to the semiconductor industry and other related fields. It’s important to note that not every position in the semiconductor industry requires a four-year degree. The Maricopa Community College District, for example, offers a 10-day Semiconductor Quick Start program to help individuals get their foot in the door. This program is an excellent option for those looking to explore career opportunities in the field. The semiconductor industry offers a wide range of career paths, from project management and industrial engineering to procurement and supply chain. As Jason Conrad points out, “Amazing amount of jobs that are funded and required for making semiconductors successful.” For those interested in learning more about the programs offered by ASU and other institutions in Arizona, I encourage you to visit the https://lnkd.in/gMAMuXTM web page for more information. As the semiconductor industry continues to grow and evolve, it is crucial that we support initiatives like those at ASU that are working to develop the skilled workforce needed to drive innovation and success in this critical field. With the right education and training, anyone can be a part of the exciting and rewarding semiconductor industry. I look forward to seeing the impact that ASU and other educational institutions will have on the future of this industry and the talented professionals who will shape it. #SemiconductorIndustry #ASU #SouthwestAdvancedInstitute #WorkforceDevelopment #CareerOpportunities

Do you know a young engineer excelling in their studies or early career stages? Could this be you? 👩🔬👨🔬 Submit an entry for #Brightsparks2024 to showcase your achievements: https://ow.ly/Y1Af50SjOvU ✔️ #electronicsweekly #engineers #electronics #electronicsweekly #innovation #semiconductor #System #manufacturing #technology

Sinclair Community College Expands Semiconductor Workforce Training To meet the rising demand for skilled workers in the semiconductor industry, Sinclair Community College is introducing two new certificate programs this fall. These programs are designed to provide essential skills for high-demand jobs and facilitate pathways to further education. Semiconductor Fundamentals: This short-term certificate covers the basics of micro-electronics manufacturing, including clean room procedures, basic mechanical and electrical skills, and quality control. Semiconductor Maintenance Technician: Building on the Fundamentals certificate, this one-year program trains Industrial Maintenance Technicians with specialized skills to support chip manufacturing. These programs are backed by the Ohio Semiconductor Network and industry leaders like Intel Corporation. Funding from the Ohio Department of Higher Education’s Super RAPIDS program will support the purchase of specialized equipment. Intel’s $20 billion investment in Ohio chip factories is set to create 3,000 jobs. According to the Semiconductor Industry Association, the workforce is expected to grow by 33%, adding nearly 115,000 jobs by 2030. Karl Hess, Dean of Sinclair’s STEM Division, emphasized Sinclair’s commitment to providing students with the skills needed to thrive in today’s job market, stating, “These new semiconductor certificates offer a direct path to rewarding careers and provide a robust foundation for further education. Thanks again to Dayton Daily News for the full article with more background and insights click the source link in the comments below 💡 🙏👇 FRIENDS: Join me at the International Semiconductor Executive Summits global events where we shape the future of our industry. Together, we'll strategize, network, and chart the roadmap for semiconductor innovation. Don't miss this opportunity to connect with fellow leaders and drive our field forward! #Semiconductor #WorkforceDevelopment #STEM #HigherEducation #TechJobs #OhioTech #FutureOfWork #SkillsTraining

I am happy to support Marina Goldshmidt and our partners at Kent State University to promote a FREE micro-credential they are offering: Introduction to Semiconductor Devices. Program Highlights: ☑ Semiconductor Manufacturing Fundamentals and Overview: Subject matter experts will provide insights through recorded lectures. ☑ Hands-on Experience: Participants will gain practical experience inside the state of the art KSU cleanroom. ☑ Professional Skills Development: Important professional skills will be taught. ☑ Opportunity for Networking: Connect with professionals who are actively seeking qualified individuals to participate in additional training opportunities and/or potential employment. Target Audience: 📢 Senior high school students (will consider Juniors if space is available) 📢 Undergraduate students 📢 Instructors in relevant fields 📢 Individuals looking to upskill or reskill 📢 Those exploring a new career direction A flyer is attached with additional information, and I encourage those interested to apply sooner rather than later. Contact Marina Goldshmidt if you have any questions. #stemcareers #stemcommunity #semiconductors #growthopportunities

The College of Engineering has collaborated with Siemens Digital Industries Software to create a four-course microcredential series that will help better prepare engineering students for the workforce.      Read more about the Career Ready Series, supported by Siemens and housed within Penn State SEDI ➡ https://bit.ly/3zPxA6l     #PennState #PennStateEngineering #PennStateSEDI #Microcredential #CareerReady 

Do you remember the early years of your career? Maybe you are just starting your professional life as an #electronicsengineer yourself? Our colleague Antonio Becerra Esteban shares an anecdote from one of his first projects after engineering school and how he now knows to avoid these mistakes! ⚙ #electronicsdesign

Emerging engineers can find valuable insights in an article addressing their most pressing career questions. A resourceful guide for those seeking to advance in the engineering field: https://lnkd.in/eKFtVvQG #EngineeringExcellence #CareerDevelopment

Preparing future leaders of the battery industry...