Possibility becoming reality
The people powering advanced computing
Have you ever looked up at the moon and wondered how we got there? Or thought about the technology that helps doctors see what the human eye cannot? Or boarded a long-haul flight and considered how much innovation it takes to make that journey possible? These advances do not happen by accident. They begin with people working at the smallest scale, so that others can dream bigger, build further, and create what’s next.
New tools, new possibilities, and new breakthroughs are emerging faster than ever. Behind them are the materials, processes, and technologies that help turn possibility into reality.
For nearly 60 years, materials discovery has been ASM’s playground. Working at the atomic scale, our people discover, engineer and scale materials that enable the technologies shaping the future. As technology continues to evolve, demand is growing for more powerful semiconductors capable of supporting the next generation of computing, AI and digital innovation.
The semiconductor industry is one of the most exciting industries to be part of today, attracting people who want to impact billions of lives through their work. More than 5,000 ASMers, scientists, engineers, technicians, manufacturing specialists, software developers and teams across the business, bring different expertise and perspectives to a shared pursuit of discovery.
Autrin:
"I can work across software, robotics, automation, equipment and manufacturing. I've been trusted to take ownership of projects from the initial problem through development, deployment, and support. That combination of technical depth, independence and direct connection to real equipment is difficult to find elsewhere."
Discovery is where the journey starts. Ideas are tested, shaped, and refined until they become technologies that can scale.
Rita:
"No two days look exactly the same. One week you're solving a technical problem you've never encountered before. The next, you're working with colleagues in another part of the world who approach the same challenge from a completely different perspective."
At ASM we start with curiosity, a question, an idea, a challenge worth solving, and keep exploring until we find an answer.
Kaspar:
"The most rewarding projects are usually the ones that seem impossible when they start. Seeing an idea move from a discussion on a whiteboard to something that makes a real difference is what keeps it exciting."
Our teams imagine what the future could look like, discover materials, engineer solutions and scale innovations into real-life technology.
Dinkar:
"ASM has given me the unique opportunity to innovate at multiple levels throughout my career, from designing pulse valve manifolds for ALD systems to developing robotic preventative maintenance solutions for Epi platforms, while contributing to ASM's intellectual property through numerous patents. Being part of the Arthur del Prado Society of Inventors and seeing our team's innovations recognized by both customers and company leadership makes me proud to be part of ASM."
At ASM, we believe breakthroughs start with people. The scientists who ask bigger questions. The engineers who solve impossible problems. The teams who collaborate across regions, disciplines and perspectives. And the leaders who create the conditions for innovation to thrive.
HyeMin:
"Working with colleagues across different countries and cultures has been a unique opportunity. ASM's global environment has allowed me to broaden my perspective, learn from diverse experiences, and contribute to projects that have an impact beyond my local office. That level of international collaboration is something I truly value."
Few people ever see what we do, but without it, much of the modern world simply wouldn't exist. What we build may be invisible to most people, but it's foundational to the technologies shaping the future.
Discovery drives everything we do. And breakthroughs start with us.
If you won’t take it from us, take it from them:
We are ASM
This campaign isn’t AI-generated. It’s ASM-generated.
