Computer Engineering

["The subject of Computer Engineering deals with the architecture, design, realisation, evaluation and operation of computer, communication and embedded systems. The focus is particularly on aspects of hardware and system-related software. Algorithms and other functionalities can usually be realised – depending on the system requirements – as software solutions on general computer architectures, as digital hardware solutions or also implemented in a mixed form of hardware and software components.The Master's programme prepares graduates for challenging jobs in industry and business and lays the foundation for a high level of professional mobility in the dynamic and changing field of computer engineering. The technical focus is on digital hardware, systems theory, systems-related software and algorithmic skills. Students are guided towards a scientific approach to problem solving. In addition, they are prepared for practical activities in projects and in teams. As experts, they are thus optimally equipped for a successful professional life, e.g. in development departments in industry or in research and science. The "start-up culture" necessary for entrepreneurial development and, if applicable, basic competences relevant for this are also to be imparted to interested students.The new Master's programme in Computer Engineering is unique among German TU9 universities. It combines four focal points: digital computer hardware, system-related software, algorithms and information and communication technology. Graduates are thus able to integrate, apply, analyse and evaluate all components of the overall system. The interdisciplinary environment at RWTH Aachen University offers many opportunities to deal with applications and basic technologies of computer systems. In addition, the degree programme also provides insights into future basic technologies (e.g. neuromorphic hardware, quantum information technology), especially in the context of final theses, as well as "looking beyond one's own nose" into neighbouring disciplines, for example, in the context of elective or optional courses."]