FAQ
Would you like to learn more about the Bachelor’s degree program in Systems Engineering – Green Mechatronics? Here you’ll find answers to frequently asked questions about the curriculum, technical requirements, sustainability, part-time study, and your career prospects. If your question isn’t listed here, we’d be happy to assist you personally.
Who is the Green Mechatronics program suitable for?
This degree program is designed for anyone interested in technology, robotics, automation, and sustainable product development. Creativity, logical thinking, and an interest in scientific problems provide a solid foundation. A technical high school education is not required.
What is Green Mechatronics?
Green Mechatronics combines mechanics, electronics, and computer science with sustainability. In this field, you’ll develop technical systems in which sensors, actuators, control systems, and software work together. In addition to functionality and reliability, energy efficiency, resource conservation, and a product’s entire life cycle are also taken into account.
What will I learn in college?
Among other things, you'll study mechanical engineering, electronics, computer science, sensor technology, control engineering, industrial automation, and embedded systems. You'll also learn how to model, simulate, program, and implement technical systems in practice.
What is the difference between Green Mechatronics and Green Electronics?
Green Mechatronics focuses more on mechanical systems, robotics, automation, dynamics, and electric drives and actuators. Green Electronics places greater emphasis on electronic circuits, semiconductor technology, and the development of energy-efficient electronic devices.
Do I need any prior technical knowledge?
No, the program is open to graduates of various types of high schools. What matters is an interest in technology and a willingness to engage intensively with mathematical, scientific, and technical issues. Preparatory courses in mathematics, computer science, and physics make it easier to get started.
Do I need to know how to program already?
No, programming skills are not required. During the program, you'll learn the basics of computer science and programming. Later on, you'll use software for applications such as embedded systems, industrial control systems, robots, simulations, and the analysis of technical data.
What role does sustainability play in college?
Sustainability is a central theme throughout the entire program. You’ll explore energy-efficient systems, eco-design, the circular economy, and life cycle assessment. Through this, you’ll learn to plan, evaluate, and further develop technical products in a way that conserves resources throughout their entire life cycle.
Is the program practical?
Yes, in lab exercises and projects, you’ll apply your theoretical knowledge directly in a practical setting. You’ll program control systems and robots, analyze sensor data, work with models and simulations, and develop technical solutions for specific tasks. A professional internship is also part of the program.
Can I study Green Mechatronics while working?
Yes, Green Mechatronics is offered in German in both full-time and part-time formats. Starting in the fall of 2026, a full-time program taught in English will also be available. All programs are held on the Villach campus. In the part-time program, classes begin on Mondays and Wednesdays at 4:50 p.m. and on Fridays at 4:00 p.m. On Saturdays, classes are held in blocks until 4:00 p.m.
How long does the program last, and what degree will I receive?
The bachelor's program lasts six semesters and comprises 180 ECTS credits. Upon successful completion, you will receive the academic degree Bachelor of Science in Engineering (BSc).
Can I get credit for courses I took at an HTL?
Yes, graduates of relevant HTL programs can enter the second or third semester under certain conditions. These include electronics and technical computer science, electrical engineering, mechatronics, automation technology, and IT network technology. Admission to the second semester is possible without entrance exams. For the third semester, a grade point average of 2.0 or higher on the last two annual report cards, as well as entrance exams, are required.
What career opportunities does this degree program offer?
After completing your degree, you can work in fields such as robotics, automation technology, product development, measurement and sensor technology, control engineering, or environmental engineering. Typical responsibilities include the development, control, analysis, and optimization of technical systems, facilities, and production processes.
What kind of support is available for career guidance and career planning?
CU Carinthia University of Applied Sciences relies on a comprehensive network of partners to provide students and alumni with the best possible support in achieving their personal career goals. At the same time, we maintain close contact with regional and international companies to stay closely connected to the business world, identify needs, and provide our students with the appropriate training through our diverse range of degree and continuing education programs.
Can I pursue a master´s degree after completing my bachelor´s degree?
Yes, this degree qualifies you to pursue a master’s program in engineering and IT at CU Carinthia University of Applied Sciences or at another college or university. The master’s program in Systems Design offers a direct path to further specialization in this field.
How does the application process work?
Applications are submitted online through the CU Carinthia University of Applied Sciences application portal. You will then participate in an admissions interview, which will be taken into account when allocating study spots. Depending on the specific requirements of the program, additional written or subject-specific aptitude tests may be required.
How much does it cost to attend college?
Tuition is €363.36 per semester, plus the applicable ÖH fee. For students from non-EU countries, tuition will be €500 per semester starting in the winter semester of 2026.