Check out your Company Bowl for anonymous work chats.
Forbes included us in its World's Best Employers 2023 list, based on a survey of 170,000 workers spanning 55 countries—explore the complete list.
Explore our blog by Dr. Assawer Soussou, semiconductor process and integration (SPI) engineer in our Semiverse™ Solutions group, to learn about the challenges of a semi-damascene integration scheme with airgap structures.
Kari Harvey, our university recruiting program manager for Talent Outreach, spoke with three of our summer interns about their experience at Lam. Hear what they had to say on the blog.
We made it on Forbes’ America’s Best-In-State Employers list for the third year in a row! Based on a survey of 70,000 workers at companies across the U.S., we ranked #11 in the state of Oregon. See the full list.
We’re committed to creating a more inclusive and diverse culture and our partnership with the National GEM Consortium exemplifies this commitment. Visit our blog to learn how we actively support the GEM interns.
Lam Capital, our venture group, recently closed the investment in Membrion, Inc. Read to see how Membrion will transform various industries, from electronics to semiconductors and beyond, with its sustainable solutions.
Michelle Bourke, managing director of Strategic Marketing for the Customer Support Business Group (CSBG), delves into how our pulsed laser deposition (PLD) products enable the high-volume production of lead-free piezoelectric haptic devices which aim to provide users with realistic tactile sensations.
Explore our release to view the complete list of suppliers we recognized for their outstanding performance with the 2023 Supplier Excellence awards.
We partner with chip designers and manufacturers across the globe. Dive into our blog to learn the differences between fabs, fabless companies, and foundries, and how we cater to each one.
Explore our blog by Ankush Halbe, our senior manager in Spares Product Marketing, to dive into the benefits of one of our collaborative spare parts programs—Cost per Wafer Pass (CpWP). This program minimizes the need for continuous raw material harvesting.
