collageStart your application today for a bachelor degree in information technology and engineering in the hearth of Germany and gain all the skills you need to transform the technology and engineering systems that will be designed to solve future problems.
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The educational goals of the bachelor of science information technology degree include:
- learn the fundamentals in the fields of information technology, electronics and computer sciences in order to understand current complex information engineering systems
- acquire solid knowledge of hardware and software development
- create solutions that are technically workable and economically sound
- master structured approaches to analysing and solving problems
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Admission Requirement For The Bachelor of Science Information Technology
High School certificate for EU Citizens
GCE A’Levels or One Year University Studies for NON EU Applicants
The required documents:
- Printed and signed online application form
- Copies of school learning certificates with grades from the 10th school year upwards. These must be translated into German or English and attested by the German embassy/ consulate in the home country.
- Language certificates
- CV with photo
- Copy of passport or national ID card
- If necessary, proof of previous studies and results
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Tuition Fee For The
There are no tuition fees for this degree program.
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About The Bachelor of Science in Information Technology and Engineering
The bachelor of science information technology and engineering degree is designed to contain several engineering fields and it is broken into the following categories.
Basics of Mathematics and Mathematics Extensions
The first two semesters will supply the mathematical fundamentals for scientific engineering (12 TU). During the following two semesters, the basics of signal and system theory (8 TU) are taught, which are essential for information technology in general.
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Introduction to Electrical Engineering and Electrical Engineering
In this series of lectures, the foundations of electrical engineering (8 TU) are presented, which include basic measuring techniques and methods of design and analysis of linear and nonlinear circuits. These courses are supplemented by two lectures on electronics which introduce electronic devices and the foundations of analogue electronic circuits (9.5 TU). One lecture on digital circuits (4 TU) completes this series.
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Electrical Engineering Applications
Information and communication systems are software-based and work on application-specific hardware. Fundamentals of microcontroller architectures and programming are introduced in one course (5.5 TU). An additional course (4 TU) will offer the design and implementation of application-specific digital systems and the corresponding hardware description language VHDL.
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Software Construction
Technical systems are widely based on software. Therefore, knowledge of programming languages and methods of software design is absolutely essential. This course introduces the procedure-oriented programming language C and the object-oriented language JAVA (9.5 TU). Additional topics are algorithms and data structures (4 TU).
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Computer Science
This course is based on the course “software construction”. It contains methods and procedures to design complex software systems (4 TU) and is completed with modern concepts of databases (4 TU) and operating systems (4 TU). Finally, there is a software engineering project in which students have to apply their knowledge to solve a manageable problem in small groups.
Advanced Engineering Topics and Electives
Students specialise in further fields of engineering by electives (15 TU) and the following modules: bus systems and sensors (4 TU), digital communication systems (4 TU) and digital signal processing (4 TU) which deal with the transmission and processing of analogue and digital signals.
Non-technical Modules
The programme complements the engineering modules with other modules that prepare graduates for success in their careers: Economics & Management and Scientific & Project Work (8 TU), Intercultural Competence (2 TU) and German Language (2 TU). The study process is supported by two modules in Learning and Study Methods (4.5 TU).
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