15 Technology Course Programs in Germany

T-Course (Technical Sciences) Studienkolleg NRW is part of the renowned Hochschule Fresenius - University of Applied Sciences. We prepare international applicants with a foreign university entrance qualification - that is not recognized as equivalent to the German Abitur - for academic studies at a German university.

T-Course (Technical Sciences) in English language Studienkolleg NRW is part of the renowned Hochschule Fresenius - University of Applied Sciences. We prepare international applicants with a foreign university entrance qualification - that is not recognized as equivalent to the German Abitur - for academic studies at a German university.

The Fraunhofer Institute for Experimental Software Engineering IESE offers a unique part-time Master’s course which is primarily run as a distance learning program by the Distance and International Studies Center (DISC) of the University of Kaiserslautern, Germany. The course is geared to international participants and is therefore conducted entirely in English. If you are interested in entering the Master Program in Software Engineering for Embedded Systems please note, that you can apply from mid-May to mid-July of every year.

Artificial intelligence (AI) is fast becoming a “general purpose technology” with repercussions in industries worldwide, leading to enhanced operational efficiencies, new sources of competitive advantage and new, innovative business models. This paradigm shift calls for a new approach that merges global leadership with technological expertise. 

Caring for patients with an amputation is complex and requires a network of specialists. The Massive Open Online Course (MOOC) provides 20-minute videos in which you can learn more about the relevant professions and their associated education paths. Specialists from all over the world will demonstrate what good cooperation between the various professions in treatment centres could look like.

Systems and applications are becoming more and more complex, and more interconnected. This expands the areas in which the systems are susceptible to attacks.Whether it's PC applications, smartphone applications, or devices as part of the Internet of Things, the development of secure software systems will become more and more important for you when looking to increase resistance to attacks.

New functions in vehicles are increasingly created through networked connections of control devices both interconnected between devices and with other external communication partners. As this new complexity also creates new possibilities for attacks on the safety of traffic participants, their privacy or on the business model of vehicle manufacturers, IT security aspects must be incorporated into vehicle development in a target-oriented manner.

Lab.D, which stands for Laboratory for Dimensional research, is a primary facility at the Academy of Media Arts Cologne, KHM for research and production of interdisciplinary projects dealing with 3D technologies and investigating space, time and play as a principal thematic field.

Carrying out IT security analyses of vehicle systems poses completely new challenges for developers and testers. Unlike classic safety tests, security problems here are unexpected and hard to foresee. They are exploited by unpredictable and intelligent attackers. A systematic approach is necessary in order to obtain a comprehensive and meaningful assessment of IT security within a limited testing period.

Just imagine that all the security measures of our IT systems are undermined from one day to the next. Hackers have access to virtually every networked information system and can manipulate data at their own discretion. The consequences of such a scenario are dramatic. IT security today is based on problems that cannot be solved by an ordinary computer, or only with a disproportionately large amount of effort. This principle forms the basis of the modern communication society.

More and more devices and systems can now be reached through the Internet and other networks, exposing them to direct attacks. This creates challenges for many companies to appropriately secure their systems and protect themselves against possible hacker attacks. Despite the protection mechanisms currently available (e.g. non-executable storage regions, ran-domization of addresses or stack cookies inserted by the compiler), weaknesses in applications are still being successfully exploited. 

Quantum mechanics provides the basis for a new computing paradigm. In the 1990s Shor's algorithm which exponentially speeds up classical integer factorization demonstrated the theoretical power of quantum computers. Recently, the development of quantum computers is making great progress and we need to learn how we can use the advantage of quantum computers.

A digital twin is a reflection of reality: It can visualize not only the geometric appearance and structure, but also the behavior of products or systems. It merges reality and virtuality, creates transparency in complex technical and operational processes and is an indispensable tool for the development and operation of cyber-physical systems (CPS). Digital twins can support companies across their value chain by providing clarity through digital data.