The most important information related to studying electrical engineering and information technology
Structure and content of electrical engineering and information technology
This major imparts competencies in mathematical, scientific, and electronic foundations as a prerequisite for subsequent engineering work in the field of electrical engineering and information technology. These include modules such as physics, technical mathematics, mechanics and computer science, but also building and materials sciences (particularly for electrical and mechatronic engineering). This basic training is usually supplemented with intensive laboratory phases, where the knowledge and skills acquired are tested in independently taken exams or construction tasks. In addition, knowledge of mostly foreign languages must also be demonstrated. Other topics include measurement techniques, knowledge of materials and properties of components, signal transmission, microprocessors or robotics. As this field of study has become an integral part of a large number of industry branches, corresponding seminars are also held in subsequent semesters in different application contexts. These include, for example, automation technology, communication and media technology, technical information technology or business electives. Majors in information technology are primarily communication technology, circuit technology, or communication networks, while “special topics” of electrical power technology include the number of power electronics or power supply systems. Industrial training and practical project work are usually an integral part of the course.
The main subjects taught in this major:
- Electrodynamics and technical mechanics
- measurement technology
- Math and system descriptions
- electrical circuits
- Energy Transfer Mechanisms
- control engineering
- Signals and systems
- digital technology
- Mechanical engineering and physics
- microprocessor technology
Professional life after studying electrical engineering and information technology
Potential employers for electrical engineering and information technology graduates include the electronics, telecommunications, and information industries, as well as industries that maintain electrical and information technology sectors such as automotive, aviation, and multimedia companies. Electrical and information technicians also work professionally in administration, research, and education. Areas of responsibility include planning, production, and operation of IT and electrical systems and systems, sales, marketing and control in the areas of communications, news, information, microsystems, microelectronics, and multimedia. As well as high frequency transmission technology. Moreover, electrical and information technicians examine and solve problems in the field of environmental protection and rational use of energy and are engaged in the expansion of information, communication and energy infrastructure.
What is the median rate of income after graduation?
Electrical engineers with less than two years of professional experience earn an average annual salary of €48,500 after studying electrical engineering. This puts young engineers from the industry above the overall average salary of €48,000 per year. Experienced engineers can expect an income of around 64,700 euros per year.
This is what you can expect while studying this major
- An electrical engineering course deals with all the processes related to electricity.
- You must have a strong basic knowledge of Mathematics and Physics.
- Computer skills, technical understanding, and analytical thinking
- You can conduct experiments and excursions.
- You will learn programming languages, technical English and business management.
- Practical separation is often mandatory.