We invite all students to study Optoelectronics !!

1) The Optoelectronics graduate is well prepared for creative engineering work as well as for research and development projects in the field of design, building and using electronic and optoelectronic equipment and systems.

2) The Optoelectronics graduate, being a Master of Science in Electronics, majoring in Optoelectronics, is well prepared for taking part in creative and innovative engineering projects as well as for research and development. Project in the field of design, building and using electronic and optoelectronic equipment and systems.

Knowledge acquired by the graduate covers three main field: optical telecommunications, optical measurement techniques, lasers and  their applications,

In the field of optical telecommunication students learn about optical fibers, couplers, optical amplifiers and Rother components used in that field as well as about methods, setups and systems for generation and detection of optical signals. Education in this field covers also photonic integrated circuits, integrated optical circuits as well as specialized measurement techniques used in optical telecommunication.

Education in the field of optical measurement techniques covers classical techniques, such homodyne and heterodyne interferometry, point and distributed optical fiber sensors, holography. Optical processing of information and information visualization methods are also subjects of study.

Education on lasers and their applications covers all key laser types as  well as their applications in science, engineering, medicine and industry. Emphasis is placed on laser safety, femtosecond pulse generation, high power pulse generation, beam quality and innovative applications, such as optical combs and supercontinum generation

 The Optoelectronics graduate is well prepared for work in companies manufacturing or using electronic equipment as well as in firms and research institutions in the fields of optical measurement techniques, optical telecommunications, optical fiber sensing, integrated optics, lasers and micro-opto-electro-mechanical systems (MOEMS).