Electronics

Core Courses

The core curriculum of the Bachelor in Electronics program provides students with a strong multidisciplinary foundation in mathematics, physics, programming, and fundamental electronics. Students acquire essential knowledge in electronic circuits, signal theory, and electronic measurement techniques. These courses develop the analytical, technical, and practical skills necessary to understand, analyze, and design modern electronic systems, preparing students for advanced studies and professional careers in electronics engineering.

Advanced Topics

·        As students progress in the program, they study microprocessor systems, which allow them to understand the architecture and operation of modern electronic processing units.

·        They learn embedded systems, enabling them to design and implement intelligent electronic devices that interact with sensors and external components.

·        Students also study signal processing, which provides the tools necessary to analyze and manipulate electronic signals in real-world applications.

·        The program includes power electronics, where students learn energy conversion and power control techniques used in industrial systems.

·        Students study automatic control systems, which enable them to understand how electronic systems can be regulated and optimized for stable performance.

·        They also learn about sensors and instrumentation, allowing them to measure physical quantities and monitor system behavior accurately.

·        In addition, students develop skills in electronic measurements, ensuring they can test and evaluate electronic circuits and systems.

·        Finally, they study electronic system design, which integrates their knowledge and prepares them to develop complete electronic solutions for modern technological applications.