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Faculty of Electrical Engineering and Information Technology
Degree programs
Faculty of Electrical Engineering and Information Technology 
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Overview

The field of Electrical Engineering and Information Technology covers all areas of technology concerned with electricity as an energy carrier and as the basis of modern information processing.

Scientific findings are examined from a practical perspective and applied to technical applications. This takes place in a wide variety of fields and on very different scales: conventional and renewable power plants, high-voltage transmission lines, substations, electric drives in machines and vehicles, automated production lines and robots, communications engineering, communication networks, mobile communications, radar, automotive electronics, modern aviation and space technology, audio, television and video technology, as well as the development and production of the microelectronic and nanoelectronic components required for these applications are all possible fields of activity for electrical engineers and information technology engineers.

The degree program reflects this diversity by offering a comprehensive range of professional specializations that can be selected during the course of study:

  • Automation Engineering
  • Electrical Power Engineering
  • Microsystems and Nanoelectronics
  • Information and Communication Technology

Students do not decide on one of these professional specializations until the 4th or 5th semester, i.e. during their studies, after they have acquired a common foundation and gained deeper insight into the entire field.

The Bachelor's degree program in Electrical Engineering and Information Technology at Chemnitz University of Technology is therefore also a good choice for students who are generally interested in the field but do not yet wish to decide on a specific specialization immediately after completing their university entrance qualification.

Career Prospects

Graduates find interesting career opportunities in many fields on both the German and international job markets. Depending on the specialization selected, these include, for example:

  • Electronics and Chip Industry
  • Telecommunications Industry
  • Computer Industry
  • Electrical Power Supply
  • Automation Engineering and Robotics
  • Environmental Engineering
  • Transportation Engineering
  • Software Development
  • Chemical and Pharmaceutical Industry
  • Automotive Manufacturers
  • Aviation and Aerospace
  • Research Institutions

After completing this Bachelor's degree program, Master's degree programs offer a consecutive continuation of the academic education. In Chemnitz, depending on the professional specialization selected, these include in particular Energy and Automation Systems, Microsystems and Microelectronics, as well as internationally oriented English-taught programs such as Embedded Systems, Information and Communication Systems and Micro and Nano Systems.

Program Structure

Module Areas

1st to 4th semester Foundation Modules

Mathematical and Physical Foundations

  • Experimentalphysik (Experimental Physics)
  • Höhere Mathematik 1 - 4 (Advanced Mathematics 1 - 4)

Electrical Engineering Foundations

  • Systemtheorie (Systems Theory)
  • Grundlagen der Elektrotechnik 1 - 3 (Fundamentals of Electrical Engineering 1 - 3)
  • Elektronische Bauelemente und Schaltungen (Electronic Devices and Circuits)
  • Elektrische Messtechnik (Electrical Measurement Technology)

Information Technology Foundations

  • Mikroprozessortechnik (Microprocessor Technology)
  • Nachrichten- und Signalübertragung (Communications and Signal Transmission)
  • Digitale Systeme (Digital Systems)
  • Grundlagen der Informatik I (Foundations of Computer Science I)

General Engineering Foundations

  • Technische Mechanik 1 (Engineering Mechanics 1)
  • Mikro- und Feingerätetechnik (Micro- and Precision Engineering)
  • Werkstoffe der Elektrotechnik/Elektronik (Materials for Electrical Engineering/Electronics)
5th to 6th semester Specialization Modules

Students choose one of four professional fields for their technical specialization:

Automatisierungstechnik (Automation Engineering)

  • Regelungstechnik 1 (mit Praktikum) (Control Engineering 1 with Lab)
  • Steuerungstechnik (Control Technology)
  • Grundlagen der Robotik (Fundamentals of Robotics)
  • Sensoren und Sensorsignalauswertung (Sensors and Sensor Signal Evaluation)

Elektrische Energietechnik (Electrical Power Engineering)

  • Elektromagnetische Energiewandler (Electromagnetic Energy Converters)
  • Leistungselektronik (Power Electronics)
  • Nachhaltige Elektroenergieerzeugung (Sustainable Electric Power Generation)
  • Hochspannungstechnik (High-Voltage Engineering)

Mikrosysteme und Nanoelektronik (Microsystems and Nanoelectronics)

  • Mikrotechnologien (Microtechnologies)
  • Mikro- und Nanosysteme (Micro- and Nanosystems)
  • Physikalischer und elektrischer Entwurf (Physical and Electrical Design)
  • Sensoren und Sensorsignalauswertung (Sensors and Sensor Signal Evaluation)

Informations- und Kommunikationstechnik (Information and Communication Technology)

  • Schaltkreisentwurf (Circuit Design)
  • Signal- und Informationstheorie (Signal and Information Theory)
  • Elektronische Schaltungstechnik 1 (mit Praktikum) (Electronic Circuit Engineering 1 with Lab)
  • Hochfrequenztechnik und Photonik (High-Frequency Engineering and Photonics)
  • Kommunikationsnetze (Communication Networks)
2nd to 6th semester Complementary Modules

Depending on the selected professional field, students complement their studies with field-specific and interdisciplinary electives as well as modules from professional fields not selected.

Field-Specific Electives

Additional modules in automation engineering, electrical power engineering, microsystems and nanoelectronics, and information and communication technology allow students to further develop their individual technical profile.

Interdisciplinary Electives

  • languages
  • additional engineering and information technology courses
  • business and intellectual property law
  • work science
  • presentation, communication and work organization

Students may also choose Praktische Ausbildung (Internship), which is completed in a company or a research and development institution.

6th semester Bachelor's Thesis Module

The bachelor's thesis topic should be in the field of electrical engineering / information technology.

Note: The study and examination regulations applicable to the respective enrollment cohort are authoritative for all binding requirements.

Admission Requirements

University entrance qualification:

Admission to the degree program requires an appropriate university entrance qualification.

Accepted qualifications include the German general higher education entrance qualification (Abitur), a relevant subject-specific higher education entrance qualification, or an equivalent recognized university entrance qualification.

German language proficiency:

The degree program is taught in German. For direct admission, proof of sufficient German language proficiency recognized by Chemnitz University of Technology is required.

As a guideline, German language proficiency at
CEFR
level C1 should be used as the reference level. A general B2 certificate is not sufficient for direct admission to a German-taught degree program.

The complete and current overview can be found on the Student Services information page under “Language skills”.