Content

The goal of the undergraduate course in Computer Engineering is to use an interdisciplinary approach to prepare students to work at the interface of hardware and software. Computer engineers program microcomputers in consumer electronics devices (embedded systems), in motor controls, machine tools, industrial facilities as well as metrology. Graduates can work on, control and manage small and large projects incorporating both software and hardware. They can also find employment in the planning, commissioning and operation of networks for processors, computers and applications.

Course modules

To be able to integrate computers into other technical systems, the course includes the following fields: computer science, electrical engineering, mathematics, natural sciences, economics and communication. Because these fields are logically linked with each other, students are able to find solutions for interdisciplinary tasks. In addition, they learn about digital electronic circuits, computer systems and computer networks as well as the programs used to control these. The three and a half year course includes an internship semester, during which students work on a practical project independently in conjunction with work at a company or an institution. In addition, one semester at the end of the course consists entirely of optional modules so students can complete this semester at a partner university abroad without any problems.

You can find the complete curriculum in the course description on the corresponding German page or in the course guidelines. Module descriptions are provided in the module catalogue.

Preparatory courses

Before the beginning of the semester THM offers one-week preparatory courses in subjects like Chemistry, Mathematics, Physics and Programming for new students who would like to brush up on their previous knowledge and fill in the gaps. A fee is charged for preparatory courses and students must register to take them.

Career options

Computer engineers apply their knowledge at the interface of hardware and software. They are qualified for careers in both software development fields such as modelling, coding and testing, and in electrical engineering fields such as digital technology, microprocessors, embedded systems and computer networks. Graduates can find employment at companies in the automotive industry, the electrical engineering industry and other areas and can assume responsibility for duties such as design, development, sales, marketing, administration, training and project management.