Check out your Company Bowl for anonymous work chats.
“When we invest in students’ potential, we strengthen the innovation pipeline that drives our company and our industry to enable breakthroughs that advance the world.” — Christie Valdez, Senior Director of Global Social Impact. Read the blog post to learn more.
At the 2025 FIRST Global Challenge, students from across the globe will compete in a robotics challenge aimed at solving real-world problems! We’re proud to invest in the next generation of STEM talent — and maybe even future colleagues one day. Read the blog post to learn more.
Engineering knowledge travels both ways. Our engineers mentor student robotics teams at the 2025 FIRST Global Challenge and apply the same systematic thinking and iterative design principles that Dextro™ employs alongside engineers in semiconductor manufacturing. The blog post tells you more.
The future of yield optimization is virtual. At SEMICON West 2025, we introduced Fabtex™ Yield Optimizer, which uses virtualization and AI to help fabs reduce variability and improve product quality. See how Fabtex and our Semiverse® Solutions platform open the path to higher performance chips via the blog.
Our tools support larger substrates and stacked architectures for advanced packaging, giving designers more room to build the AI chips of tomorrow. Learn more in the EE Times article.
Virtual twins reveal how each layer of a semiconductor system — from mechanical assemblies to chemical processes to sustainability metrics — interacts in real time. By linking these layers to reality, engineers can predict outcomes, optimize trade-offs, and advance toward fully autonomous fabs. Tap the link to learn more.
We landed on Forbes’ 2025 World’s Best Employers list! 🎉 This recognition stands as a testament to our people-first culture and the passion our teams bring every day.
Lam Cryo™ 3.0 won the 2025 SEMI Award at SEMICON West! See how this innovative solution paves the way for 1,000-layer 3D NAND, powering the AI Era.
Fabtex™ Yield Optimizer uses AI, digital twins, and in-line fab data to reduce variability, save weeks in process tuning, and minimize wafer waste. Faster results and real-world impact. Check it out.
Chips don’t just happen. They’re built with the right tools. Our technology helps manufacturers meet the demands of our everyday devices. Explore the “Made by Lam” tools and resources blog for more info on our technologies.
