Will you help shape the future of chip technology? Chip technology powers innovations such as quantum computing, AI, self‑driving cars and medical breakthroughs.
By choosing one of our English-taught bachelor’s or master’s programmes in chip technology and semiconductor devices, you develop the knowledge and skills to design, build and optimise advanced chip systems. You contribute to solutions for today’s challenges - from the global chip shortage to the demand for energy‑efficient technologies - while helping shape the innovations of tomorrow.
Become a pioneer in chip technology? With the bachelor’s and master’s programmes below, you can turn your passion for computers and technology into high-tech solutions for various societal challenges. Here, you’ll bring technological innovations to life and contribute to the future of chip technology.
Tip: Explore the different master's specialisations and discover how each pathway allows you to build expertise in a specific area of chip technology.
Below, you can start up a chat with a student of the programme you are interested in.
Chip technology is a vibrant and essential field driving the world around us, from smartphones to medical devices and self-driving cars. A career in chip technology offers endless opportunities for technical and creative professionals. Think of roles like chip designer, process engineer, R&D engineer, or test engineer. Specialisations such as Integrated Circuit Design, Applied Nanophotonics, and Semiconductor Devices & Technology, as well as the master’s in Embedded Systems, pave the way to exciting and innovative projects. Whether you want to tackle the chip shortage or develop new energy-efficient technologies and semiconductor devices, a career in chip technology means working on the future.
Chip technology involves designing and using tiny electronic circuits, known as chips, that form the foundation of nearly all modern devices. These chips, examples of semiconductor devices, are made from materials like silicon and contain millions of miniature components that work together to process and store information. They enable smartphones, computers, cars, and even medical devices to function. Continuous advancements in chip technology make devices faster, smarter, and more energy-efficient, unlocking new possibilities such as artificial intelligence and cutting-edge medical treatments.
The University of Twente is home to leading experts in chip technology, supported by various specialised research centres. Learn from top lecturers and scientists who will help you elevate your knowledge to the next level.
Our cutting-edge campus, equipped with modern laboratories and innovative research facilities, offers essential hands-on experience in chip design, manufacturing, and applications. It features the Netherlands’ largest academic cleanroom, the MESA+ NanoLab, where academic research, R&D projects, and pilot production for companies take place.
Our strong ties with top technology companies such as NXP, ASML, Cisco, and Nedap provide valuable networking opportunities. Many students kick-start their careers through internships that often lead to employment, thanks to these collaborations.
Our chip technology programmes are designed to incorporate the latest industry trends, tools, and methodologies. You'll gain both practical skills and theoretical knowledge, ensuring you’re well-prepared for real-world challenges.
As an international university, UT attracts students from all over the world, fostering a diverse community of ambitious and talented individuals. You’ll have the chance to collaborate and connect with peers and experts globally, enriching both your education and professional network.
Not sure which bachelor’s or master’s programme in chip technology suits you best? Get in touch with the Study Information Centre. The study advisers are happy to help you explore your options and make an informed choice.There are also several ways to get to know the programmes and the University of Twente better, such as attending an Open Day or a Student for a Day event.