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Photonics Training Courses Lithuania

Degree Course title Region City Description Contact name Telephone E-mail Website
BA-level course Laser Physics with Computers Lithuania Vilnius Equations describing lasers and their modelling. Learning outcomes Students will learn the processes which take place in laser medium as well as during the propagation of laser light in linear and nonlinear medium. They will learn to create numerical models of such processes with Matlab. Laima Mikalauskienė +370 5 2366005 laima.mikalauskiene@ff.vu.lt http://www.lasercenter.vu.lt/en/studies/2015-03-12-07-45-28/computer-based-laser-physics
BA-level course Light Technologies Lithuania Vilnius By the end of the course the students are expected to be familiar with the newest achievements in light technologies, be able to apply the knowledge in some optical systems. Students gain an understanding of the theoretical generalization and practical application of light technologies. Laima Mikalauskienė +370 5 2366005 laima.mikalauskiene@ff.vu.lt http://www.lasercenter.vu.lt/en/studies/2015-03-12-07-45-28/light-technologies
BA-level course Laser Physics Lithuania Vilnius By the end of the course the students are expected to understand and explain the principles and design considerations of various lasers, understand the principles of ultrashort pulse generation and amplification, gain the basic skills of practical work with lasers. Laima Mikalauskienė +370 5 2366006 laima.mikalauskiene@ff.vu.lt http://www.lasercenter.vu.lt/en/studies/2015-03-12-07-45-28/laser-physics
BA-level course Physics of Waves Lithuania Vilnius The aim of course is to unify the study of waves by developing abstract and general features common to all wave motion. It is done by examining a sequence of concrete and specific examples. Students will be able to comprehend a wave phenomena and use theirs knowledge in other fields of physics. Laima Mikalauskienė +370 5 2366007 laima.mikalauskiene@ff.vu.lt http://www.lasercenter.vu.lt/en/studies/2015-03-12-07-45-28/physics-of-waves
BA-level course Optics and Atomic Physics Lithuania Vilnius This is a shorten optics an atomic physics course with an intend to give the basic of theoretical and practical knowledge for the students of the main optics and atomic physics chapters like geometrical optics, polarization, photometry, interference, diffraction, quantum optics, quantum mechanics. Laima Mikalauskienė +370 5 2366007 laima.mikalauskiene@ff.vu.lt http://www.lasercenter.vu.lt/en/studies/2015-03-12-07-45-28/optics-and-atomic-physics
BA-level course Photonics Fundamentals Lithuania Vilnius After course, students will gain the knowledge and understanding of the various light phenomena explaining models and their applicability limits. Students will understand the various light beam propagation in optical elements. Doc. Dr. Vidita Urbonienė +370 5 223 4535 vidita.urboniene@ff.vu.lt http://www.ff.vu.lt/en/studies/information
BA-level course Laser Application in Biology and Medicine Lithuania Vilnius Main aim - to provide students the latest information about optical technologies used in biomedicine, understanding about such technologies and devices and their operating principles adaptation. Doc. Dr. Vidita Urbonienė +370 5 223 4535 vidita.urboniene@ff.vu.lt http://www.ff.vu.lt/en/studies/information
BA-level course Nanophotonics Lithuania Vilnius The main aim - introduce students with artificial materials – photonic crystals, applications and light propagation in the photonic band gap materials (PBG). Raimundas Žaltauskas +370 5 2790053 raimundas.zaltauskas@leu.lt leu.lt/download/29949/nanophotonics.doc
BA-level course Phenomena of Modern Optics and Nanophotonics Lithuania Kaunas Students gains physics knowledge about laser working principles. Understands the nature of optical material properties and familiarize with modern optical elements. Gets introduction to continuous and pulsed laser light interaction with optical materials. Tomas Tamulevičius +370 662 26308 tomas.tamulevicius@ktu.lt http://ktu.edu/en/studies
MA-level course Kinetic and Laser Spectroscopy Lithuania Vilnius Subject deals with a very rapid molecular electronic excited states of relaxation processes, leading to many
natural and technical energy exchange mechanisms. Educated experimental work skills in laser spectroscopy area.
Doc. Dr. Vidita Urbonienė +370 5 223 4535 vidita.urboniene@ff.vu.lt http://www.ff.vu.lt/en/studies/information
MA-level course Optical Information Processing Methods Lithuania Vilnius This course provides an overview and examines the optical information creation, transmission, management, detection, storage methods; optical fields characterization and analysis of mathematical and physical methods; optical systems; modern information optics problems and trends. Doc. Dr. Vidita Urbonienė +370 5 223 4536 vidita.urboniene@ff.vu.lt http://www.ff.vu.lt/en/studies/information
MA-level course Solid State Lasers Lithuania Vilnius An overview of the solid state laser operating principles and a solid body laser material. Examination of electronic transitions and electronic vibration transition solid-state lasers, laser amplifiers, frequency modulated extended pulse amplification and etc. Doc. Dr. Vidita Urbonienė +370 5 223 4537 vidita.urboniene@ff.vu.lt http://www.ff.vu.lt/en/studies/information
MA-level course Ultrashort Pulse Optics Lithuania Vilnius The aim of the course - to provide students basic knowledge about modulated amplitude and phase of light waves propagation through transparent dielectric media. Doc. Dr. Vidita Urbonienė +370 5 223 4538 vidita.urboniene@ff.vu.lt http://www.ff.vu.lt/en/studies/information
MA-level course Optical Connection Lithuania Vilnius Engineering principles of optical communications systems and main components. Passive optical network structure, operating principles and improvement perspective and etc. After hearing the course, students will be familiar with the telecommunications and optical communication bases. Doc. Dr. Vidita Urbonienė +370 5 223 4539 vidita.urboniene@ff.vu.lt http://www.ff.vu.lt/en/studies/information
MA-level course Modern Optics Lithuania Vilnius This course presents the most recent light pulses reconstruction of three-dimensional technique, ultra- short light
pulse shaping and analysis techniques, exotic terawatt pulse optics and problems.
Doc. Dr. Vidita Urbonienė +370 5 223 4540 vidita.urboniene@ff.vu.lt http://www.ff.vu.lt/en/studies/information
MA-level course Optical Fiber Technology and Physics Lithuania Vilnius After this course, students will be able to explain the principles of light propagation of a different type
optical fiber, provide the main characteristics of optical fiber, to name the main optical fiber use area, specify a different type of fiber lasers and amplifiers, their adaptations and etc.
Doc. Dr. Vidita Urbonienė +370 5 223 4541 vidita.urboniene@ff.vu.lt http://www.ff.vu.lt/en/studies/information
MA-level course Nonlinear Optics Lithuania Vilnius After this course, students will be able to understand, explain, and identify the practical application of basic
nonlinear optical phenomena, generate laser harmonics and measure ultrashort pulse duration of the autocorrelation method, understand contemporary problems of nonlinear optics.
Doc. Dr. Vidita Urbonienė +370 5 223 4542 vidita.urboniene@ff.vu.lt http://www.ff.vu.lt/en/studies/information
MA-level course Physics and Technology of the Light Sources and Detectors Lithuania Vilnius Non-coherent light sources and light metrology. Color vision. The imaging equipment and imaging techniques.
Physics of light detection devices, radiation registration, data analysis.
Doc. Dr. Vidita Urbonienė +370 5 223 4543 vidita.urboniene@ff.vu.lt http://www.ff.vu.lt/en/studies/information
MA-level course Quantum Optics Lithuania Vilnius Introducing the quantum description of the radiation and the fundamental laser radiation, and non-coherent
light sources in quantum optics phenomena.
Doc. Dr. Vidita Urbonienė +370 5 223 4544 vidita.urboniene@ff.vu.lt http://www.ff.vu.lt/en/studies/information
MA-level course Laser Material Processing Lithuania Vilnius After this course, students will understand, explain and identify the practical application of basic laser materials processing principles, understand and explain the most important laser technology equipment operating principle, will be able to work in educational and scientific laboratories. Doc. Dr. Vidita Urbonienė +370 5 223 4545 vidita.urboniene@ff.vu.lt http://www.ff.vu.lt/en/studies/information
MA-level course Ultrashort Pulse Optics Lithuania Vilnius After completing this course, students will be able to understand, explain, and identify the practical application of basic ultrashort pulse optical phenomena; perform calculations, allowing to model ultrashort light pulse propagation through optical media. Doc. Dr. Vidita Urbonienė +370 5 223 4546 vidita.urboniene@ff.vu.lt http://www.ff.vu.lt/en/studies/information
MA-level course Laser Technologies Lithuania Vilnius Learning about laser light and matter interaction. An overview of specific industrial laser materials processing processes, micromachining, laser ablation and laser treatment. Analyze transparent materials labeling and safety when working with lasers. Doc. Dr. Vidita Urbonienė +370 5 223 4547 vidita.urboniene@ff.vu.lt http://www.ff.vu.lt/en/studies/information
MA-level course Electronics and Photonics Market Lithuania Vilnius The aim is to provide knowledge by linking Master academic education and production, market issues, to clarify how scientific ideas turn into products. Doc. Dr. Vidita Urbonienė +370 5 223 4548 vidita.urboniene@ff.vu.lt http://www.ff.vu.lt/en/studies/information
MA-level course Technologies of Optical and Laser Elements Lithuania Vilnius The main aim - to provide practical and theoretical knowledge of the optical elements’ properties, the manufacture, treatment and coating technology, and optimization, characterization methods. Doc. Dr. Vidita Urbonienė +370 5 223 4549 vidita.urboniene@ff.vu.lt http://www.ff.vu.lt/en/studies/information
MA-level course Interaction of Laser Radiation with Matter Lithuania Vilnius This course examines intense laser radiation and matter interaction physics, describes the interaction of light and matter models, discusses the electromagnetic radiation absorption processes, materials behavior in presence of light. Doc. Dr. Vidita Urbonienė +370 5 223 4550 vidita.urboniene@ff.vu.lt http://www.ff.vu.lt/en/studies/information
MA-level course Optical Systems Lithuania Vilnius After completing this course, the student will be able to independently analyze various complexity optical systems, assess their performance characteristics, adapt digital simulation programs (OSLO, ZEMAX) for projected systems development, optimization and testing. Doc. Dr. Vidita Urbonienė +370 5 223 4551 vidita.urboniene@ff.vu.lt http://www.ff.vu.lt/en/studies/information
MA-level course Laser processing technology equipment Lithuania Vilnius After this course, students will be able to understand, explain and identify the components used in laser materials processing equipment, understanding laser technology equipment operation principles, work with laser technological equipment in educational and scientific laboratories. Doc. Dr. Vidita Urbonienė +370 5 223 4552 vidita.urboniene@ff.vu.lt http://www.ff.vu.lt/en/studies/information
MA-level course Adaptive Optics and Photonics Lithuania Vilnius Presented information about modern science of photonics industries. Introducing the localization of light manifestation. Compare and summarize the one-dimensional , two-dimensional and three-dimensional photonic crystal properties manifestation and etc. Doc. Dr. Vidita Urbonienė +370 5 223 4553 vidita.urboniene@ff.vu.lt http://www.ff.vu.lt/en/studies/information
MA-level course Modern Semiconductor Devices - Physics and
Technology
Lithuania Vilnius Students will gain knowledge about modern materials, customized for microelectronic device manufacturing, learn the basic physical principles of operation of devices, will be able to apply this knowledge in electronic circuits with semiconductor elements creation. Doc. Dr. Vidita Urbonienė +370 5 223 4554 vidita.urboniene@ff.vu.lt http://www.ff.vu.lt/en/studies/information
MA-level course Inorganic Optoelectronic Device Physics and Technology Lithuania Vilnius After this course, students will be able to understand and explain the modern optoelectronic devices physical principles of operation, device manufacturing techniques and experimental methods to investigate them, explain the modern electronic devices and optoelectronic design principles. Doc. Dr. Vidita Urbonienė +370 5 223 4555 vidita.urboniene@ff.vu.lt http://www.ff.vu.lt/en/studies/information
MA-level course Light, Colour and Measurements of their Made Sense Lithuania Vilnius Students will know more about light and color and caused sensations, know about the physical stimulus presentation, light and color sensation and perception measurement, data collection and analysis, be able to determine the relationship between light and color physical stimulus. Doc. Dr. Vidita Urbonienė +370 5 223 4556 vidita.urboniene@ff.vu.lt http://www.ff.vu.lt/en/studies/information
MA-level course Energy-Saving Semiconductor Technology Lithuania Vilnius Aim - to introduce to the energetics problems and development trends and opportunities for semiconductor technology achievements used in energy production, paying particular attention to the solid-state non-coherent light sources, photovoltaic cells and high power semiconductor electronics. Doc. Dr. Vidita Urbonienė +370 5 223 4557 vidita.urboniene@ff.vu.lt http://www.ff.vu.lt/en/studies/information
MA-level course Organic Optoelectronics Technology Lithuania Vilnius Aim – to gain knowledge about the basic optoelectronics materials and their properties, organic optoelectronics technical descriptions. Doc. Dr. Vidita Urbonienė +370 5 223 4558 vidita.urboniene@ff.vu.lt http://www.ff.vu.lt/en/studies/information
MA-level course Solid-state Lighting Technology Lithuania Vilnius After hearing the course, students will understand the principles of operation of light-emitting diodes, know the basic materials of LED systems, structure and characteristics, know basic solid-state lighting application areas and etc. Doc. Dr. Vidita Urbonienė +370 5 223 4559 vidita.urboniene@ff.vu.lt http://www.ff.vu.lt/en/studies/information
MA-level course Chaotic Matter Physics and Technologies Lithuania Vilnius The goal - to gain knowledge about the chaotic material physics, their production technologies, characteristics, research methods. Doc. Dr. Vidita Urbonienė +370 5 223 4560 vidita.urboniene@ff.vu.lt http://www.ff.vu.lt/en/studies/information
MA-level course Silicon Photovoltaic Cell Manufacturing Technology Lithuania Vilnius After this course students will be able to explain the crystalline silicon solar cell physics and technology, summarize and compare solar cells made in laboratory conditions and in mass production, evaluate research trends and factors of technological development. Doc. Dr. Vidita Urbonienė +370 5 223 4561 vidita.urboniene@ff.vu.lt http://www.ff.vu.lt/en/studies/information
MA-level course Applied Optics and Photonics Lithuania Kaunas The students are able to master the properties of the light (waves and photons) in interaction with materials. The principal laws of physical and geometrical optics are taught to use in practice. The knowledge about physical principles of modern optical devices operation is given. The students are introduced about application of optical control and measurement methods in physical experiments, technology and materials science Giedrius Laukaitis +370 686 96355 gielauk@ktu.lt http://ktu.edu/en/studies