Embedded Systems in Electrical Engineering is a field of study that focuses on the design, development, and implementation of electronic systems embedded within devices, vehicles, and machines. The group studies the principles of designing hardware and software that can be programmed to perform specialized tasks automatically and accurately. Students in this group learn about the technologies that support embedded systems, including microcontrollers, microprocessors, and FPGAs (Field-Programmable Gate Array). They understand how to build efficient and reliable hardware and software interfaces, and understand the principles of operating systems that enable the desired functionality. Important aspects in embedded systems include control systems, where students learn techniques to automatically control system behavior. In addition, they understand data communication to enable efficient information exchange between different parts of the embedded system. Power management is also a focus, ensuring optimal energy efficiency and battery life. In the era of the Internet of Things (IoT), students in this group also learn about connected embedded systems, where devices can communicate and interact with each other over a network. They also explore the concept of autonomous vehicles and related technologies to develop intelligent vehicle systems.

Electrical Power Quality in Electrical Engineering is a field of study that focuses on issues related to electrical power characteristics, such as voltage, current, frequency, harmonics, and electrical noise. The group studies techniques for measuring, analyzing, and improving electrical power quality, as well as designing hardware and software related to these purposes. Students in this group understand how important good electrical power quality is to ensure electrical systems function reliably and efficiently. They learn methods to mitigate issues such as voltage fluctuations, current surges, and harmonics that can affect the operation of electronic and industrial equipment. In addition, students also learn about data analysis techniques that can be used to thoroughly monitor and analyze electrical power quality. An important aspect of Electrical Power Quality is the development of solutions to improve power quality, such as the design of devices that can improve voltage and current, as well as energy storage technologies to cope with power fluctuations. Students also learn the concept of smart grids and how these can help improve the efficiency and reliability of power distribution.

Wireless and Mobile Communication Technologies in Electrical Engineering addresses the development of technologies related to wireless and mobile communications, such as cellular networks, WiFi, Bluetooth, and satellite technologies. The main focus of this group is to understand the basic principles, architectures, and protocols on which wireless communication systems are based, and to analyze crucial aspects such as security, performance, and energy efficiency. Students in this group study the evolution of communication technologies, including new standards and innovations that drive better communication speed and quality. For example, the development of 5G and next-generation mobile communication technologies is a major focus of research and experimentation. In addition, students also understand and develop innovative mobile applications that utilize technological advances, such as Augmented Reality (AR) and Virtual Reality (VR), to create more immersive and interactive user experiences. Security aspects are also a serious concern in this group. Students understand the various security risks associated with wireless communications and learn about techniques to protect sensitive data and information from security threats. Energy efficiency is another aspect emphasized, where students learn how to optimize energy usage in wireless and mobile communication systems to support sustainability.