3rd Laboratory of photonics 1103-4Fot22
As part of the Laboratory course, the student completes two advanced experimental or numerical exercises selected from the proposed list, or one exercise on an individually agreed topic in photonics carried out within a chosen research group. The topic and detailed scope of the exercise are determined in consultation with the supervisor and approved by the Laboratory coordinator.
Course coordinators
Learning outcomes
The student knows selected advanced experimental techniques used in photonics, such as thin-film deposition, various types of scanning microscopy, and the design and construction of optical and fiber-optic systems. The student understands the fundamentals of numerical modeling methods for nanostructures and photonic systems, as well as their applications in experimental research. They are familiar with the specific nature of research conducted in selected photonics groups at the Faculty of Physics, University of Warsaw.
The student is able to carry out advanced experimental or numerical exercises, including the design, implementation, measurement, and analysis of results related to photonic structures and systems. They can operate specialized research equipment and apply appropriate measurement and computational techniques relevant to the assigned task. The student is capable of processing experimental or simulation results, interpreting them in the context of contemporary photonics, and formulating sound scientific conclusions.
The student is prepared to perform research tasks responsibly and reliably, including work requiring adherence to safety procedures and effective collaboration with supervisors and research group members. They are able to work efficiently in a laboratory environment, consult their actions when necessary, and make use of expert support. The student understands the need for continued development of experimental and computational competencies in the context of modern photonics research.
Assessment criteria
The assessment is based on a written report documenting the execution of the exercise, including the description of the procedure, analysis of the results, and formulated conclusions. The report is evaluated by the instructor supervising the exercise.
Bibliography
Individually assigned, depending on the exercise.
Additional information
Additional information (registration calendar, class conductors, localization and schedules of classes), might be available in the USOSweb system: