What the ASML case study teaches semiconductor manufacturers about digital transformation
ASML did not become one of the world’s most critical semiconductor equipment makers by accident. Its case study points to a simple lesson for semiconductor manufacturers: digital transformation only works when the people using the tools can apply them consistently and confidently.
For a Head of Manufacturing, that is the part worth paying attention to. The challenge is not just choosing advanced software. It is making sure teams have the skills, standards and follow-through to turn that software into better day-to-day execution across the fab.
What can semiconductor manufacturers learn from ASML?
What ASML shows is that semiconductor digital transformation is not a single rollout or a one-time training event. It is the discipline of building proficiency, improving consistency and making engineering data easier for teams to create, understand and reuse.
In the Siemens ASML case study, ASML used structured certification for engineers working with NX and Teamcenter. The program helped the company identify skill gaps, guide training and support recertification. The case study reports that, after training and recertification, engineers were on average 50% more effective with NX and Teamcenter.
Lesson 1: Treat workforce skills as capital
Buying technology is the easier part. Getting people to use it well, in a consistent way, is where many transformation efforts either gain traction or stall.
That is what makes ASML’s approach useful for other manufacturers. It treats proficiency as something worth building, measuring and maintaining. For leaders, that shifts skills development from a background training activity to a practical lever for productivity, quality and readiness for change.
Lesson 2: Measure proficiency instead of assuming it
Most organizations know how much they spend on software. Fewer know how consistently their teams use it. Certification gives leaders a clearer way to see where capability is strong, where gaps exist and where training can make the biggest difference.
This is important: certification should not feel like a performance review. Used well, it is a diagnostic. It helps teams improve together and gives decision makers a more realistic view of where enablement is needed.
Lesson 3: Standardize for better engineering data
When software is used inconsistently, the data often becomes inconsistent too. Models, assemblies and drawings can become harder to interpret, update and reuse. That creates friction for the teams trying to move work forward.
The lesson is straightforward: standard ways of working protect the value of engineering data. When teams use NX and Teamcenter more consistently, they are better prepared to manage complexity and adopt new capabilities without adding unnecessary friction.
Lesson 4: Sustain improvement through recertification
Transformation efforts can lose momentum when they are treated as one-and-done initiatives. ASML’s case study highlights the value of recertification, which helps keep skills aligned as tools, processes and business needs change.
For manufacturing leaders, that continuity matters. Recertification helps keep proficiency from fading after initial training and gives the organization a more durable way to support continuous improvement.
After training and recertification, engineers were, on average, 50 percent more effective with NX and Teamcenter.
Denis Loncke, Group Leader, Mechanical Development, Wafer Stages, ASML
Lesson 5: Build the business case for transformation
The ASML case study is useful because it ties enablement to a measurable outcome. The reported 50% improvement in effectiveness with NX and Teamcenter, after training and recertification, gives leaders a concrete proof point for structured skills development.
That does not mean every manufacturer should expect the same result. It does show why skills, measurement and ROI need to be part of the transformation plan from the start. Without them, digital transformation can stay too abstract to manage well.
FAQ’s: Questions manufacturing leaders ask about semiconductor digital transformation
What did ASML actually change?
ASML used structured certification for engineers working with NX and Teamcenter. That helped the company identify skill gaps, guide training and support recertification.
Why does certification matter to manufacturing leaders?
It gives leaders a clearer view of workforce capability. Instead of assuming teams are using software well, they can see where support is needed and where training can create value.
Does the 50% result apply to every manufacturer?
No. In the Siemens ASML case study, the figure specifically shows that engineers are, on average, 50% more effective with NX and Teamcenter after training and recertification.
What is the broader lesson for semiconductor fabs?
Digital transformation works best when software adoption is paired with skills development, consistent data practices and a way to keep improving over time.
Read the ASML case study
ASML’s case study gives semiconductor manufacturers a practical example of how skills, consistency and measurement can support digital transformation. Read the ASML case study to see the full story behind the certification program and what it may mean for your own transformation plans. CLICK HERE
