Bachelor of Engineering in Physical EngineeringPhysical Engineering

The degree programme has a strong focus on applied engineering with practical experience. Students are required to complete an internship before their studies in order to obtain practical experience in their chosen field. The Bachelor of Physical Engineering is tailored to meet the needs of modern engineering, concentrating on aspects of mechanical and electrical engineering, measurement, control and regulation technology, physics, laser technology, microtechnology, and solid state physics. Students are able to plan and construct technical apparatus, develop measurement and manufacturing processes, simulate technical systems with mathematical models, and undertake experiments as part of research and development projects. They are able to develop test runs, monitor production processes, test finished products, and take part in the technical operation of heavy plant equipment. In the first three semesters, students learn the basics of physical engineering, including mathematics, physics, chemistry, technical mechanics, and electrical engineering. Later, students focus on laser techniques and optical technology material science and solid state physics CAD/CAM technology and machine design measuring and control systems. Essential tasks include implementing physical laws and working principles in the manufacture of new products. If for example, high-energy laser beams are to be used in surgical applications or for highly accurate manufacturing processes, such as for CD burners or for measuring instruments, physical engineers are needed. Opportunities are also available in the semi-conductor and automotive industry, in optical applications, in laser and medical technology, and wherever technical problems need to be solved based on scientific knowledge using a systematic, interdisciplinary approach. Our modern, well-equipped labs play a major role in ensuring that students are later able to apply their knowledge to their chosen careers. Advanced students plan projects together, work towards a common goal, and then present the results in a written report as well as to the class. Students can complete their Bachelor's projects in industry or at the nearby Jülich Research Centre (http://www.fz-juelich.de) as well as in the laboratories of the university. Some students choose to continue in a Master's programme, such as our Master of Science in Energy Systems or Master of Science in Medical Engineering or another Master's programme offered at our university or another institution. More details about the programme are available on our website: https://www.fh-aachen.de/studium/studiengaenge/physical-engineering-aos-beng