FAQ

Who is this degree program suitable for?

This master’s program is designed for graduates of a technical bachelor’s program who are interested in microelectronics, integrated circuits, and complex electronic systems. You should have technical aptitude, analytical thinking skills, and a strong foundation in mathematics, English, and computer skills. Creativity and an interest in innovative technologies are also important prerequisites.

What are the admission requirements?

To be admitted, you must have a bachelor’s degree in a relevant field or an equivalent degree from a recognized Austrian or international university. You can apply as early as your final semester of your bachelor’s program by submitting your current transcript. You must submit your final diploma no later than the time of enrollment.

In what language is the program taught?

The language of instruction is English. Therefore, a minimum English proficiency level of B2 is required. The English-language curriculum prepares you to collaborate in international research, development, and industry teams.

Is it possible to pursue this degree while working?

The program is a full-time program, but it is organized in a way that is compatible with a full-time job. Classes are held primarily Monday through Friday between 4:00 p.m. and 7:20 p.m. If necessary, earlier class times or two to three Saturdays per month are possible. In-person instruction is supplemented by online components.

How much time should I set aside for my studies?

The master’s program lasts four semesters and comprises 120 ECTS credits. The first three semesters focus on specialized courses, areas of specialization, and an ongoing development project. The fourth semester centers on the master’s thesis, the accompanying master’s thesis seminar, and the final master’s examination.

What does the program cover?

You will focus on the design, modeling, and verification of complex integrated systems and circuits. The curriculum includes analog and digital circuit design, mixed-signal circuits, system modeling, computer-aided design, and semiconductor and manufacturing technologies. You’ll learn how to systematically design, implement, and test modern microchips.

What areas of focus can I choose during my studies?

In the third semester, you will take advanced courses totaling 20 ECTS. Possible areas of specialization include:

• RF-CMOS Design
• Integrated Sensors
• Smart power circuits
• Data converters
• Design automation
• System-on-chip architectures as well as the verification of integrated circuits and systems

This allows you to tailor your skill set specifically to your interests.

Is the program practical?

Yes. A project module guides you through the first three semesters. Together with other students, you’ll develop your own integrated circuit and implement it as a test chip. After manufacturing, you’ll examine the produced chip samples using state-of-the-art testing and measurement equipment in the lab. This way, you’ll gain hands-on experience with the entire microchip development process.

What technologies and tools do I use?

During your studies, you’ll work with modern CAD and electronic design automation tools. CU Carinthia University of Applied Sciences uses software, hardware, and services from Siemens EDA, among others. This allows you to design, model, simulate, verify, and prepare complex semiconductor circuits for manufacturing.

What is the goal of the program?

This master’s program prepares you to develop highly integrated electronic systems and microchips. You will learn to design analog, digital, and mixed-signal circuits using modern design methods and manufacturing technologies. Upon graduation, you will understand all the essential steps—from specification and modeling to verification, fabrication, and testing of an integrated circuit.

What role do research and industry play?

Applied research and collaborations with national and international partners in academia and industry are closely integrated into the program. This allows you to work with the latest technologies, standards, and development processes in microelectronics. You can complete your master’s thesis in collaboration with a company or at CU Carinthia University of Applied Sciences.

What career opportunities does this degree program offer?

After graduation, you can work as a specialist in the Austrian or international semiconductor and electronics industry. Potential areas of responsibility include the design, modeling, verification, implementation, and testing of analog, digital, and mixed-signal circuits. Other areas of work include technical support, PCB design, and test and product engineering.

What kinds of companies can I work for?

Graduates work at semiconductor manufacturers, chip design companies, engineering service providers, and companies whose products contain highly integrated electronic components. The Villach area and southern Austria are home to a strong network of microelectronics companies, research centers, and educational institutions. This allows students to establish valuable connections with the semiconductor industry even while they are still in school.

Where and when does the program take place?

The program is held at the Villach campus of CU Carinthia University of Applied Sciences. Students may begin the program only during the winter semester, which starts in October. Classes are primarily held in the late afternoon and early evening and are supplemented by some online components.

How much does it cost to attend university?

The standard tuition fee is €363.36 per semester, plus the ÖH fee, which is currently €26.20. For students from third countries outside the EU and the EEA, a tuition fee of €500 per semester will apply starting in the winter semester of 2026.

How can I apply?

Applications are submitted online via the CU Carinthia University of Applied Sciences application portal. There, you will submit the required personal documents as well as proof of your academic background to date. You can find the current application deadlines and information on the required documents on the program page. The program begins exclusively in the winter semester.