ASML

05/28/2026

In this article, Ankush shares how curiosity, freedom to explore and a focus on impact come together in Research at ASML.

Working in Research at ASML in Wilton offers me something rare: the space to think deeply, explore, and focus on solutions that can have real impact for chipmakers. In three and a half years, I’ve contributed to 15 patents and proved concepts that have a visible impact on semiconductor manufacturi...

05/25/2026

In recognition of Memorial Day and all who served, Missing Service Member Tables were displayed across ASML US campuses throughout May. Each table serves as a tribute to fallen service members, prisoners of war, and those still missing. We remember their service and sacrifice.

05/20/2026

What if you didn’t need to change companies to grow your career?

Clifton’s 10-year journey at ASML shows how staying in one place can still take you across technologies, teams and breakthroughs – driven by curiosity and a culture of continuous learning.

As a Senior Research Engineer working on the EUV (extreme ultraviolet) light source at ASML, I act as a bridge between scientists and test teams, enabling clear, repeatable experiments and fast learning; we aim to fail fast, learn fast, and repeat. Over 10 years, I’ve built a diverse career – no...

05/19/2026

What could your software career look like at ASML? 🖥️

From developing software that controls machines with nanometer precision, to shaping system architecture, safeguarding quality, or growing into technical and people leadership – there are many paths to making real impact.

Curious where your skills could take you? 👉 Swipe to explore our software career tracks at ASML.

05/14/2026

What’s your passion in tech? 💖⚙️

Every day, our colleagues in R&D, manufacturing, customer support and more take on the exciting challenge of building and maintaining the most advanced lithography systems in the world.

When you join ASML: chances are, you’ll be working with people from all sorts of different technical backgrounds in a multidisciplinary team.

05/12/2026

At ASML, April is our Global Volunteering Month – a time when we focus on doing our part to strengthen the communities around us.

From beach cleanups to a 50 km walk supporting children’s nutrition, here’s how ASMLers in multiple countries across three continents rolled up their sleeves this year. 🌎

05/07/2026

A great reflection on learning, collaboration and making impact! Thank you Peter for sharing your journey with us. 💪 http://ms.spr.ly/6184v38yw

05/07/2026

A single microchip can have more than 100 layers, and chipmakers have to choose the right lithography system to print each layer. Critical layers in advanced chips need the highest resolution from extreme ultraviolet (EUV) lithography. But higher up in the stack, deep ultraviolet (DUV) lithography takes over, efficiently patterning layer after layer of circuitry. These technologies work together to give chipmakers the best patterning results, on time and at the right cost.

04/29/2026

For patterning the most critical layers in today’s advanced chips, chipmakers need the precision patterning of extreme ultraviolet (EUV) lithography – and they need that patterning to be fast enough to support high-volume manufacturing.

With a throughput of 230 wafers per hour, 44% higher than previous systems, the TWINSCAN NXE:3800E is our highest-productivity EUV lithography system. Here are three technical advances that were key to reaching that speed:

💥A higher-power source produces more than 500 W so wafers can be exposed more quickly.

🏎️Faster wafer stages turn that higher power into faster patterning.

🏭Other metrology software solutions and improvements to the system’s mechatronics, including a new wafer handler and faster reticle stage, enable the faster exposure.

And we're working hard to build our systems faster, both in the factory and in the field, and expedite delivery so our customers can meet the increased demand in today's chip market.

04/23/2026

What can you work on at ASML in the US? 🔧

From coast to coast, our R&D engineers are enabling progress at the nanometer scale, in fields ranging from mechatronics to data science and everything in between.

And keep in mind that you don’t have to be an engineer to enable high-tech. Our colleagues in business and corporate support functions make sure our internal processes run with the same speed and accuracy as our lithography machines.

04/21/2026

In San Diego, part of our collaboration with external R&D partners involves working with universities to provide student capstone projects. For the past several years, we’ve asked a team of talented undergraduate students from the University of Arizona to put their critical thinking and research capabilities to the test in a real-world semiconductor industry environment. Erik shares his experience as a mentor to these students:

I completed my own capstone project through the University of Arizona in 2009, and now as an optical engineering manager at ASML San Diego, I’m happy to be mentoring students from my alma mater as they complete their own capstone projects at one of the most advanced semiconductor equipment manufac...