Learning from One of Europe’s Strongest Technology Ecosystems
The semiconductor industry is built on more than advanced machines.
It depends on universities, researchers, engineers, manufacturers and technology companies working as one connected ecosystem.
In June 2026, MAHANAKORN joined Thailand’s national mission to the Netherlands and Belgium to study how that ecosystem operates in Europe, with a particular focus on Brainport Eindhoven, ASML and Eindhoven University of Technology (TU/e).
The mission focused on understanding how world-class research, education and industry can work together to develop both technology and the people behind it.
Inside the Brainport Model
Brainport Eindhoven is known for bringing together technology companies, universities, research organisations and highly skilled talent within one innovation region.
During the mission, the Thai delegation studied the Brainport model and held discussions with ASML and TU/e, two major parts of Europe’s advanced technology ecosystem.
For Thailand, the lesson goes beyond copying a single technology.
The bigger question is how to build an environment where:
- universities develop relevant engineering talent
- researchers work closely with industry
- companies gain access to skilled people and innovation
- students understand how their knowledge connects with real technology sectors
That connection is becoming increasingly important as semiconductor and advanced electronics industries continue to expand.
Why Talent Matters as Much as Technology
Advanced semiconductor systems require highly specialised knowledge across electronics, materials, computing, automation and manufacturing.
Thailand’s national strategy therefore places strong emphasis on developing a workforce capable of supporting industries such as chips, AI and future technologies. MAHANAKORN is also one of three Thai universities appointed as a National Semiconductor Training Center, with a role in developing semiconductor and advanced-electronics talent.
That role connects education directly with national technology development.
It means preparing students not only to understand engineering fundamentals, but also to see how those skills fit into a much larger global industry.
From University to Industry Ecosystem
Visits to organisations such as ASML and TU/e provide a clearer view of how technology moves from research into industry.
Universities help develop knowledge and talent.
Research turns ideas into new technologies.
Industry scales those technologies into systems used around the world.
For students, understanding those connections can make engineering feel less abstract.
What begins in a classroom may eventually connect with semiconductor design, automation, advanced manufacturing, artificial intelligence or global technology research.
Where Could You Take It Next?
Students interested in the technologies behind the semiconductor ecosystem can begin building relevant foundations through:
Communication & Electronics Engineering
Develop knowledge in electronics, circuits, communication systems and technologies connected with advanced electronics and semiconductor applications.
Explore Communication & Electronics Engineering →
Computer & AI Engineering
Build foundations in computing, artificial intelligence and data — increasingly important across intelligent systems, automation and advanced technology.
Explore Computer & AI Engineering →
Mechanical Engineering
Explore engineering systems, automation, design and manufacturing technologies that support modern high-tech industries.
Explore Mechanical Engineering →
The semiconductor industry is global. Understanding how its ecosystem works is one step toward becoming part of it.