Discover the world of microprocessors, their programming, integrated circuit design, and the endless possibilities of their applications. Dive into the micro and nanoscale realm of semiconductors, computer simulations, and the use of AI for modeling. If you're curious about what powers electric vehicles, this is where you belong!
E-application Admission Requirements
Basic information
| Name: | Electronics |
| Degree of education: | 1st level, ISCED-F kód 665 |
| Field of study: | Electrical and Electronics Engineering, ISCED-F kód 0714 |
| Type of study programme: | Bachelor's study programme |
| Awarded academic degree: | bachelor (Bc.) |
| Form of study: | only full-time |
| Standard length of study: | 3 years |
| Supervisor: | prof. Ing. Ľubica Stuchlíková PhD. |
What will you learn?
A graduate of this study program is well-versed in the design, construction, operation, and application of electronic circuits and systems across various fields of electronics and electronic communications. One of the advantages of this program is that graduates possess not only theoretical knowledge but also practical experience in diverse areas of electronics, such as nanoelectronics, smart sensors, chip design, organic electronics, optoelectronics, and Internet of Things (IoT) systems, including their practical applications. The broad scope of their knowledge ensures high adaptability in solving tasks across different areas of electronics.
Graduates of the Electronic Systems and Chip Design program can pursue further studies at the engineering or master's level in related or specialized follow-up study programs.
Who will you become?
The versatility of this bachelor’s program enables graduates to find employment in industries across the European Union in fields related to electronics, circuit technology, or electrical engineering, where a first-level university degree is required. Graduates are capable of designing, analyzing, diagnosing, implementing, and operating various electronic systems using modern micro- and nanoelectronic technologies.
They can work in roles such as electronic system and circuit designer, electrical device planner, testing technician for electronic devices, microprocessor and electronic system programmer, as well as strategic purchaser, marketing manager, and similar positions. Graduates also find significant opportunities in research related to electronic components and materials, as well as in fields like batteries, sensor technology, security systems, and optoelectronics.
Additionally, graduates can apply their skills in related industries such as construction, mechanical engineering, transportation, or environmental science, where collaboration with electronics or the application of their acquired competencies is essential.
