Revision of an Optical Engineering Lecture Based on students\u27 Evaluation of University Teaching

This article describes the revision of a lecture in optical engineering based on an evaluation of university teaching by students. Although this evaluation method is widely accepted and investigated, only few practically oriented reports on the deduction of teaching improvements from the evaluation\u27s results on lectures are available. Our approach is the analysis of evaluation results by applying the principles of the explorative factor analysis (EFA). The changes that were derived from this analysis were mainly focused on a revision of the course structure and its presentation style.Finally, the impact of the modifications was measured by the evaluation of the lecture after the completed revision. The later evaluation showed improvements in all intended areas of interests illustrating the benefit of thorough revisions for the quality of teaching

Silicon-organic hybrid (SOH): a platform for ultrafast optics

Silicon signal processing at bitrates beyond 100 Gb/s is demonstrated. A new enabling platform is reviewed, which relies both on silicon-based CMOS technology for waveguide fabrication, and on an organic cladding providing nonlinearity for switching