Whether in the market, in industry, or even in our personal routines, it is no longer possible to imagine everyday life without technology and without its source of energy: electricity. In electrical engineering, the student will have contact with the problems associated with electrical energy systems and electronic systems, where electrical, electronic, microelectronics, or communications systems will be addressed in an integrated manner with electrical engineering. As a professional who graduated from Eniac's Bachelor of Electrical Engineering you will be able to act in the development, implementation of project maintenance in several areas, from civil to industrial.

The Electrical Engineering course at Univale has modern laboratories for Chemistry, Physics, Electronics, Electrical Materials and Measurements, Electrical Machines, Industrial Instrumentation, Automation, Technical and Computational Design and Information Technology.

The undergraduate course in Electrical Engineering at Universidade Santa Úrsula aims at training generalist engineers with knowledge in Power Systems.

Technology, Innovation and Energy: these topics are favorites when it comes to Electrical Engineering, but curiosity and interest in problem solving are also fundamental characteristics for the course. During graduation, the student will be introduced to energy systems, electronics, automation and embedded areas through basic and professional content. With technologically equipped laboratories, subjects such as Automation, Artificial Intelligence, Electrical Circuits and Power Electronics are taught.

The Electrical Engineer applies his specific knowledge and methods in systems involving electrical energy.

To adapt to the needs of the market, aiming at targeted training, the Course maintains agreements and exchanges with technology borrowing companies, electricity concessionaires, research institutes and other universities in Brazil and abroad.

The Electrical Engineer is a professional capable of exercising the following functions: studying, designing, implementing, and providing ideal conditions for the dynamics of the installations of power systems and telecommunications and electronic systems. The undergraduate program is composed of engineers with solid scientific and technological training, and who incorporate these characteristics into creativity and the ability to adapt to new challenges. The Electrical Engineer has a wide and growing field of work. There are large corporations such as energy utilities, services, and consulting companies, automation companies, and others, which are continually hiring these professionals.

The Electrical Engineer works in transformation industries in general, in companies and concessionaires of generation, transmission and distribution of electric energy; in electrical machinery and equipment industries; in companies that work in the design, installation and maintenance of industrial electrical systems; in companies that work in the areas of planning and consultancy in energy efficiency, energy conservation, renewable energy sources; in the regulatory bodies of the national electricity system; in scientific and technological research companies and laboratories. You can also act autonomously, in your own company or providing consultancy

The s technological advances have linked the world in networks such asInternet, cable TV, telephone, voice and images via radio waves, satellite, and fiber optics. This evolution of communications resulted in the emergence of a relatively new profession in Brazil, that of Telecommunications Engineer.