Graduates of the Electronic Systems and Chip Design program can continue their studies at the master's or engineering level in related programs or fields. The versatility of this bachelor's program also allows them to find employment across the European Union in industries related to electronics, circuit design, and electrical engineering, where a first-level university degree is required. Additionally, graduates can pursue careers in related fields such as construction, mechanical engineering, transportation, or environmental science, where collaboration with electronics or the application of their acquired skills is essential. One of the program’s advantages is that graduates gain not only theoretical knowledge but also practical experience in various areas of electronics, including nanoelectronics, smart sensors, chip design, organic electronics, optoelectronics, and Internet of Things (IoT) systems, as well as their practical applications. Graduates are equipped to design, analyze, diagnose, implement, and operate various electronic systems based on modern micro- and nanoelectronics technologies. They can take on roles such as electronic system designer, electrical device constructor, electrical device project manager, strategic buyer, marketing manager, electronics testing technician, or programmer of microprocessors and electronic systems.
