Electrical and Information Technology (Friedberg)

Students of electrical and information engineering at THM acquire a broad foundation of knowledge during their studies. In the field of electrical engineering, they learn about topics such as measurement technology, sensor technology, and electronics. In the area of ​​computer science and information technology, students study topics including digital technology, microcontroller technology, and programming.

As early as the first semester, students complete their first practical project in small groups to put the learned theory into practice. This also provides training in fundamental work methods and teamwork. Further practical projects and excursions to regional and national companies follow throughout the course of study.

Building upon the foundational studies completed in the first three semesters, students can then specialize in "Technical Computer Science," "General Electrical Engineering," or "Building Automation." Each of the three specializations has specific required modules as well as further Elective modules that can be freely chosen. A wide range of Elective modules allows every student to incorporate their own interests into their studies.

In the final semester, the knowledge gained is applied within the framework of the professional practical phase (BPP) and the bachelor's thesis.

The degree program begins with a three-semester foundation course. Starting in the fourth semester, you can then choose between the specializations of General Electrical Engineering, Computer Engineering , or Building Automation .

The following is a list of the courses offered in this degree program. The numbers indicate the weekly contact hours (SWS) or the credit points you will receive for successful completion of the course. A total of 210 credit points must be earned. You can find information about the content of each course in the module handbook.

The detailed study program can be found in the module handbook.

Electrical engineers possess broad knowledge of the application areas of electrical engineering and electronics and their subfields. They have in-depth knowledge of diverse electrotechnical components and systems. They independently develop, plan, and implement electrical and electronic devices and systems such as power grids, modern power electronics, motors, and energy storage systems for controlling and supplying power to drives. The integration of software and networking in these applications is a strong trend and opens up many new career opportunities.

The following are the modules of the advanced phase of the specialization.

Digitalization and climate change are the future challenges in building technology. Building automation engineers know and understand the structure of the "building" system, as well as building automation and the functionality of the associated subsystems, components, and communication technologies. They can assess, plan, implement, and commission complex building automation systems in modern buildings. Since the trend in building technology is toward internet-connected and intelligent buildings (so-called smart buildings), they are familiar with concepts such as the Internet of Things and data-based services and can apply them practically. They possess broad expertise and strong communication skills to coordinate the collaboration of various trades.

The following are the modules of the advanced phase of the specialization.

Graduates specializing in Computer Engineering are proficient in the interface between hardware and software. They possess in-depth knowledge of networks and networked systems (e.g., sensors and actuators, mobility systems, smart cities and smart grids, Internet of Things applications, and autonomous systems) as well as software development (modeling, coding, and testing) and can apply this knowledge to digital technology systems, microprocessors, embedded systems, security, computer networking, and industrial communication in general.

They understand the software and hardware of digital computers, data networks, and communication systems, and are familiar with the applications of such systems. They possess knowledge of security mechanisms for data networks, data transmission, communication systems, and signal processing, and can apply this knowledge practically. They are able to develop digital circuits and integrate them into analog environments, work with processors, microcontrollers, and system-on-a-chip products, and develop software from the hardware to the system level.

The following are the modules of the advanced phase of the specialization.

Working in the electrical engineering and information technology sector offers the allure of being at the forefront of technology. Electrical and information technology is a dynamic core area of ​​our modern, export-oriented industrial society. As an interdisciplinary field, it is characterized by the fact that not only does it offer a broad range of career opportunities within the electrical engineering and electronics industry, but other sectors also rely on the expertise of electrical and information technology professionals. For example, electronic components and systems are increasingly used in automotive engineering, building technology, manufacturing, medicine, and agriculture. The chemical and pharmaceutical industries also urgently require the support of specialists in the field of electrical and information technology.

Electrical engineers have a wide range of career opportunities due to their broad fundamental knowledge. Their fields of work include, but are not limited to:

• Hardware and software development
• System integration
• Project planning
• distribution
• Commissioning at the customer's site (worldwide)

Our graduates have acquired the ability to independently design, implement and maintain information technology and electrical engineering products, processes and systems from a wide variety of fields, including hardware and software components.

In the "GettING Started" study program variant, the number of modules in the first semesters is reduced. The program offers students academic support and guidance throughout their individual studies, extending the standard period of study by two semesters.

All information can be found on the Getting Started page.

In the Electrical and Information Engineering degree program, international students have the option of completing their studies in a bilingual format:

• Study the first 4 semesters in English
• Learn German at the same time – at no extra cost
• Switch to German-language courses after 4 semesters (2 years)
• Graduate with a fully recognized German Bachelor's degree
• Extended study duration: 9 semesters instead of 7 – for smooth language integration

With your German language skills and technical abilities, you are ideally prepared for a position in a German company!

All information regarding application procedures and deadlines can be found on the 's website Department.

degree

Bachelor (B.Eng.)

Standard period of study

7 semesters

Accreditation

ASIIN Düsseldorf

Study options

Full-time studies

Main language of instruction

German

Study location, site

Friedberg

Cost

Semester fee

Admission mode

The degree program is open admission, without a numerus clausus (NC). You only need to enroll within the respective deadline and meet the enrollment requirements to secure a place.

Start of studies

Winter semester

Bridge courses

Before the start of lectures, THM one-week bridging courses in subjects including mathematics, physics, programming, and chemistry. First-year students can use these courses to refresh their prior knowledge and fill any gaps.

Enrollment period

June 1st to September 20th (winter semester)

Application period for international students

from April 1st to July 15th (winter semester) via uni-assist.
Further information for international applicants is available from the International Office.

matriculation

Continue to enrollment