Program Overview

Introduction to the Master's Program in Electrical Engineering and Information Technology (ETIT)

The Master's program in Electrical Engineering and Information Technology (ETIT) is designed to provide students with a comprehensive education in the fields of electrical engineering and information technology. The program is tailored to prepare students for challenging research and development tasks in industry or academia.

Admission Requirements

To be eligible for the Master's program in ETIT, applicants must have a Bachelor's degree in Electrical Engineering and Information Technology or a related field from a German or international university. They must also fulfill the admission requirements specified in ｧ2 of the current examination regulations (PO 2020).

Career Prospects

Upon completing the Master's program, graduates have various career opportunities, including direct entry into industry or academia, starting their own business, or pursuing a doctoral degree (Dr.-Ing.) at the faculty.

Program Structure

The Master's program in ETIT is designed to be completed in four semesters. The program consists of a combination of mandatory and elective courses, as well as a Master's thesis. The language of instruction is German.

Specializations

The program offers several specializations, including:

• Automatisierungstechnik (Automation Technology)
• Elektromobilit舩ssysteme (Electromobility Systems)
• Elektronik (Electronics)
• Energiesystemtechnik (Energy System Technology)
• Hochfrequente Sensoren und Systeme (High-Frequency Sensors and Systems)
• Kommunikationstechnik (Communication Technology)
• Medizintechnik (Medical Technology)
• Plasmatechnik (Plasma Technology)

Application and Enrollment

The Master's program in ETIT is not subject to admission restrictions. However, an online application is required. Applicants must carefully follow the application and enrollment process and observe the application deadlines.

Master's Information Day

The annual Master's Information Day provides an opportunity for prospective students to learn about the program's specializations and to discuss their interests and qualifications with the program coordinators.

Top.ING Promotionsprogramm

The Top.ING Fast-Track Promotion Program offers selected Bachelor's graduates the opportunity to work on their dissertation as a research assistant while pursuing their Master's degree.

Study with Research Practice

The program allows students to earn money and gain relevant research experience while studying.

International Study Opportunities

The program offers various international study opportunities, including double degree programs and exchange programs with partner universities in Europe and worldwide.

Faculty and Research

The faculty comprises a range of research groups and institutes, covering topics such as electrical engineering, information technology, and related fields. Research areas include:

• Allg. Elektrotechnik & Plasmatechnik (General Electrical Engineering and Plasma Technology)
• Allg. Informationstechnik & Kommunikationsakustik (General Information Technology and Communication Acoustics)
• Analoge Integrierte Schaltungen (Analog Integrated Circuits)
• Angew. Elektrodynamik & Plasmatechnik (Applied Electrodynamics and Plasma Technology)
• Automatisierungstechnik (Automation Technology)
• Digitale Kommunikationssysteme (Digital Communication Systems)
• Eingebettete Systeme (Embedded Systems)
• Elektronische Schaltungstechnik (Electronic Circuit Technology)
• Energiesystemtechnik & Leistungsmechatronik (Energy System Technology and Power Mechatronics)
• Hochfrequenzsysteme (High-Frequency Systems)
• Integrierte Hochfrequenzsensoren (Integrated High-Frequency Sensors)
• Integrierte Systeme (Integrated Systems)
• Kognitive Sensorik (Cognitive Sensors)
• Lernende technische Systeme (Learning Technical Systems)
• Medizintechnik (Medical Technology)
• Mikrosystemtechnik (Microsystem Technology)
• Nonlinearity Engineering
• Photonics & Ultrafast Laser Science
• Photonik & Terahertztechnologie (Photonics and Terahertz Technology)
• Simply Complex Lab
• Theoretische Elektrotechnik (Theoretical Electrical Engineering)
• Vernetzte Energieeffiziente Systeme (Networked Energy-Efficient Systems)
• Werkstoffe & Nanoelektronik (Materials and Nanoelectronics)

Contact

For further information, please contact the study advisory service or the faculty's administration office.