Within the scope of the Dual-subject Bachelor, you can take Computing Science
as a primary or secondary dual subject (60 ECTS) or
as a Minor (30 ECTS) combined with a Major
Computing Science can be studied either in connection with a non-teaching career goal or as a professional teaching qualification. If you want to become a teacher, you must follow the combinations of subjects for each teaching position.
Without Computing Science and its products, modern life would be unimaginable. Computers have not only become indispensable in organising information and operations in companies, but they have also become a normal part of people's private lives as well. Alongside these 'visible' computers, however, 'embedded systems' play an important role in operating cars, aeroplanes, and every day appliances such as washing machines. All of these applications require the automated processing of information, which forms the basis of the scientific discipline 'Computing Science'. Prospective students should possess the basic skills required for computing science, such as the ability to responsibly handle information, an understanding for constructive progress as well as corresponding problem solving methods, and the ability to acquire required algorithmic and linguistic skills. Because Computing Science has become an essential part of many fields of knowledge, it has become firmly established in school curricula, and it is increasing in importance. This subject should teach pupils basic approaches to computing science and put them in a position to apply the methods and principles of the subject in concrete situations. The key to adequately implementing this subject in schools is the training of qualified teaching staff. The dual-subject bachelor's degree described here offers students a basic qualification that will later enable them to work in school teaching, among other fields. Qualifying as a teacher of computing science in schools offers many opportunities, as there will be a significant demand for teachers in this field in coming years. In addition to this dual-subject bachelor's programme, which prepares graduates for a career in school teaching, students at the University of Oldenburg may also opt for a degree programme in Computing Science (potentially with an applied subject) or Business IT. These bachelor's and master's programmes are distinguished by their heightened technical orientation (see corresponding information materials).
In order to study this course at the University of Oldenburg as a student from outside of Germany, you need an adequate knowledge of German.
German Language Proficiency You can proof your German language proficiency with the following language certificates:
DSH: Deutsche Sprachprüfung für den Hochschulzugang (Level 2) or
TestDaF: Test – Deutsch als Fremdsprache (with level 4 in all four areas)
English Language Proficiency see admissions regulations
Common European Framework of Reference for Languages (CEFR) Level B1 or
if applicants are native speaker or they have university entrance qualification or a university degree obtained in English
The proof of language proficiency must be presented for the enrolment. Applicants who need a preparatory German course before commencing their studies must present their knowledge of English with their application. For other proof possiblities see: Language requirements
International applicants who received their prior education abroad should apply online through uni-assist. For further details see: Application for international students
English Language Proficiency see admissions regulations
Common European Framework of Reference for Languages (CEFR) Level B1 or
if applicants are native speaker or they have university entrance qualification or a university degree obtained in English
The proof of language proficiency must be presented for the enrolment. For other proof possiblities see: Language requirements
This is an open admissions degree course, and application is only possible in the winter semester. The application deadline for the winter semester is 15 October.
If applicable, the application deadline depends on the first subject, if it is admission restricted.
Students in this dual-subject bachelor's programme have the opportunity to combine Computing Science to varying extents with another subject. This degree programme, which is worth 90 credit points, can be combined with an applied subject (30 credit points), and prepares students for careers outside of the teaching field, as well as for further study in related master's programmes. Students who intend to become teachers can choose Computing Science as a 60 credit point subject, leading to a Master of Education (for the Gymnasium), or otherwise study Computing Science as a 30 credit point subject, leading to a Master of Education for vocational schools/teaching business education. Entry to the teaching service usually requires the completion of a Master of Education programme (and a period of teaching practice). Furthermore, there are also other interesting opportunities for direct entry to the private sector after graduation. These include education-related positions in publishing or in non-school educational facilities. Keep in mind that a 30 credit point degree component only covers the basics of the subject area, and that further study is needed. Even the 60 credit point degree component does not provide a complete knowledge of the whole field of Computing Science.
