Electrical and Electronic Engineering (EEE) is a fascinating, stimulating and critical field for shaping our future. The world is increasingly driven by technologies where EEE is at their heart. As we face a new era, the world needs new minds to enter this field, to grasp the potential the field has to offer and light the way for tomorrow.

There are a lot of opportunities in electrical and electronics engineering. As an electrical and electronics engineer, you will be at the forefront of global innovation, contributing to a breakthrough in fields such as renewable energy, artificial intelligence (AI), health, communication, medicine and more.

In the field of renewable energy, for example, electrical engineers play a central role in developing efficient electricity production and storage systems, which are the key to dealing with the global energy crisis and the fight against climate change. In addition, electrical engineers make a critical contribution to upgrading and maintaining electrical systems to integrate these renewable energy sources.

The development of AI and robotics mainly requires electronics engineering. As an electronics engineer, you will be able to design complex circuits, sensors and tiny processors that are the brains of these smart systems, driving progress in areas such as autonomous vehicles and personalized medicine.

Communication, which is a required industry in the global world that is more connected than ever, is also under the domain of the EEE. As an engineer in this field, you can contribute to the development of faster, more reliable and more secure communication networks.

Also, in the field of health, EEE has a significant impact - from the design of precise components for advanced medical photography to the development of wearable technologies that identify vital indicators and aid in early diagnosis.

Additionally, EEE is a field that fosters problem solving and critical thinking skills. It offers fascinating thought challenges, an opportunity to be a lifelong learner and a sense of satisfaction in finding solutions that will benefit society. The combination of practical-applied work and conceptual-theoretical understanding makes electrical and electronics engineering a fascinating learning field.

Despite the many opportunities that studies in the field of EEE open up, the industry faces a shortage of electrical and electronics engineers. As this field affects our daily life, an EEE engineer fits into the various industries. It is not just one field, but a collection of many fields, each combining unique challenges and rewards.

Studying EEE can be challenging, but also very rewarding. In the age adapted to technology, this is a profession that is more important than ever, as it allows to inspire, find the phenomenon and light the way to innovation and progress.

Dr. Gabriela Dorfman-Furman
Head of the department