- Location
- Kaiserslautern
- Degree
- Bachelor of Science
- Area of study
- Electrical and Computer Engineering
- Standard period of study
- 7 Semester
- Main instruction language
- German
- Time required
- full-time
- Modes of study
- Face-to-Face studies
- Admission semester
- Winter semester, Summer semester
- Credit points
- 210 ECTS
- Admission restriction
- no
- Aptitude test
- no
- Application period
- Dates
In addition to the general fundamentals of electrical and computer engineering, the Bachelor's program includes the basic subjects of the chosen major:
- Automation Technology (AUT)
- Energy Technology (ENT)
- Embedded Systems (ESY)
- Integrated Systems (INS)
- Communication Technology (KOM)
- Mechatronics (MET)
Graduates of the Bachelor's program in Electrical Engineering and Information Technology (EIT) are able to...
- describe, analyze and structure given technical problems in an abstract and networked way.
- calculate, design, test and use electrical and information technology components, machines, plants and systems and the processes for their manufacture.
- design, implement, test and evaluate problem- and goal-oriented technical solutions using mathematical, simulative and algorithmic methods for practical tasks.
- work in a goal- and deadline-oriented team in projects.
- present their goals, plans, methods and results in a structured and target group-oriented manner.
- assess and evaluate their actions with regard to economic, legal, sustainable and social aspects.
- recognize gaps in their knowledge and qualifications independently and close them if necessary (“lifelong learning”).
The Bachelor's program in Electrical and Computer Engineering leads to a first professional qualification after seven semesters. In the Bachelor's program we place great emphasis on a broad basic education in the natural sciences and technology and an initial specialization in the chosen field of study. The course concludes with the Bachelor's thesis.
Every Bachelor's graduate of our program can easily continue their studies in our Master's program Electrical and Computer Engineering.
PD Dr.-Ing. habil. Bernhard Hauck
Building 11, Room 343
Phone: 0631/205-3020 oder 0631/205-2076
E-Mail: eit-studienberatung@rptu.de
You will gain practical experience in a company during a specialist internship lasting at least 13 weeks.
Further information from our Internship Office: https://eit.rptu.de/en/organization/gremien-beauftragte/praktikantenamt
Of course, you also have the opportunity to spend part of your studies abroad. Further information: https://rptu.de/en/international/exchange/outgoing/study-abroad
Study info - Start in winter semester (PDF, german): https://eit.rptu.de/fileadmin/eit/public/Studium/Studienverlaufspl%C3%A4ne/Bachelor_EIT/2024-11-11_Bachelor_EIT_Beginn_Wintersemester.pdf
(auch erhältlich in Papierform im Dekanatssekretariat EIT)
Study info - Start in summer semester (PDF, german): https://eit.rptu.de/fileadmin/eit/public/Studium/Studienverlaufspl%C3%A4ne/Bachelor_EIT/2024-11-11_Bachelor_EIT_Beginn_Sommersemester.pdf
(auch erhältlich in Papierform im Dekanatssekretariat EIT)
Registration forms for Bachelor's examinations (official download page): https://rptu.de/en/studies/during-studies/examinations-in-attendance-studies/registration-for-examinations
Lectures in the first semesters of the Bachelor's program are offered in German. Courses in higher semesters and on the Master's program are also partly in English, although school English is sufficient.
We shape the future. This applies to the most diverse areas, for companies as well as for the private sphere. And it applies to a wide variety of target groups, from young people to older people. In electrical engineering, you will be working directly on the backbone of the digitalized and smart world of tomorrow.
In communication technology, we are developing the Internet of tomorrow and the next generation of mobile communications in collaboration with international research groups. We encounter embedded systems everywhere in our daily lives, for example in our cars or in our homes. The aim here is to develop safe and verifiable systems under real-time conditions with the help of sensor technology and microelectronics. Automation technology not only includes factory automation and the development of innovative control systems for Industry 4.0, but also the design of devices to improve living conditions with assisted living. In energy technology, highly efficient electric motors are being developed using rare earth magnets, while other research projects deal with the challenges of the energy transition. The department is also focusing on developing the necessary infrastructure for electromobility.
The StudierendenServiceCenter offers a variety of consultation and information all around studying at the RPTU.