joint master’s program of the
Faculty of Electrical Engineering and Informatics and the
Faculty of Natural Sciences of the
Budapest University of Technology and Economics
The English-language master’s program in Semiconductor Engineering is a joint program offered by the Faculty of Electrical Engineering and Informatics and the Faculty of Natural Sciences at BME, in collaboration with industry partners such as Bosch, Semilab, and Infineon. The program aims to address the shortage of professionals with expertise in semiconductor technologies, both nationally and across Europe. The curriculum covers the entire semiconductor industry value chain, ranging from semiconductor physics and materials science to process technology, metrology, integrated systems and chip design, all the way to emerging information technology solutions.
You can study the physics and process technology of semiconductors and semiconductor devices, and gain knowledge of measurement techniques and computer modeling used by the semiconductor industry. The program covers a wide range of areas, from semiconductor materials and individual devices to integrated systems and emerging technologies.
Semiconductor Engineering MSc
Did you know that the European Chips Act aims to double the EU’s global market share in semiconductor industry to 20% by 2030 by mobilizing over €43 billion in public and private investment?
Did you know that there are also many rapidly growing companies in Hungary that specialize in semiconductor and chip technologies?
It is the right time to join this cutting-edge field of engineering!
This specialization, offered by the BME Faculty of Electrical Engineering and Informatics, aims to equip students with the technological and design knowledge necessary for the development of complex, integrated systems that utilize modern, diverse (heterogeneous) semiconductor manufacturing technologies. Focus areas include:
This specialization, offered by the BME Faculty of Natural Sciences, aims to gain an understanding of the structure and operating principles of modern semiconductor devices, as well as the modern measurement techniques used in semiconductor manufacturing, with a special focus on emerging technologies. Focus areas include:
