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Light engineering
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Summary of the Profile
Objective(s) of a study programme:
Light Engineering is a bachelor's study program focused to provide a high level of knowledge and practical skills that ensure the appropriate qualification of graduates for work in the Lithuanian light technology industry. The studies will aim to (1) provide and deepen of practical knowledge of general physics, mathematics and chemistry, (2) develop the ability to creatively apply theoretical knowledge for standard semiconductor and laser technology processes and the competence to use analytical and modeling methods for description and analysis of physical processes, and to develop (3) the technological and engineering skills required to work in the laser, laser technology, modern lighting, photovoltaic, photonics and semiconductor industries.
Learning outcomes:
1.1 Know and systematically understand the essential fundamentals, theoretical and applied basics of the technology and concepts.
1.2 Be able to apply the knowledge of general physics in formulating, analyzing and solving emerging physical problems.
1.3 Be able to apply the theoretical specific knowledge to clarify the causes of technological and engineering problems as well find appropriate solutions.
2.1 Be able individually to plan, organize and carried out the activities assigned to him / her, to summarize and conclude.
2.2 Be able to find, learn and apply knowledge find in Internet, scientific articles and books; will be able to critically compare, analyze and systematize information from different sources.
2.3 Be able to perform standard laboratory procedures, synthesize materials and apply knowledge of chemistry and materials engineering in technological processes.
2.4 Be familiar with modern digital modeling methods, will be able to use software for process automation and control.
3.1 Be able to apply optical knowledge, practical and engineering skills to understand, analyze and develop the principles of operation of optical systems.
3.2 Have the knowledge of semiconductor physics required to understand the principles of operation of semiconductor electronic and optoelectronic devices, and have the skills to work with technological equipment.
3.3 Understand the principles of modern lasers, and will be able to characterize laser beams, will be able to manipulate them.
3.4 Be able to explain the principles of operation of new technologies based on the knowledge of general physics, will be able to adapt the methods and processes of other technologies.
4.1 Be able to understand the scientific literature in English; will be able to exchange information with specialists via oral presentation and/or writing reports.
4.2 Be able to work in a team taking responsibility for the task assigned to him.
4.3 Be able to work in multilingual groups and companies.
4.4 Be able to initiate research and commercial projects; will be able to understand, analyze, organize, plan and exploit the potential commercial benefits of the projects.
5.1 Be able to present results of his research to colleagues as well to non-scientists community.
5.2 Be able to exchange the information, ideas, problems and solutions by communicating with other specialties.
5.3 Be able to critically analyze his / her activities and properly assess the impact of his / her research on society life quality.
Activities of teaching and learning:
Lectures, tutorials, laboratory works, seminars, self-study (reading of literature and completion of assignments), analysis of papers and their presentation, problem based teaching, group work, preparation of written works, discussions, scientific and work practices, consultations, project works.
Methods of assessment of learning achievements:
Written and(or) oral exams, tests, written works, defence of scientific and work practices reports, defence of final thesis, self-reflections, defence of laboratory works, presentations, evaluation of self-work assignments, peer-review and peer-assesment.
Framework:
Study subjects (modules), practical training:
Subjects on technologies (85 credits): Technical Drawings, Numerical Methods, Visual Programming, Applied Electronics, Computerized Physical and Technological Measurements, Lasers, Optoelectronics, Semiconductors growth technologies, Laser technology, Organic Optoelectronics, Solar energy and photovoltaics, Optoelectronic and lasers engineering, Metrology of light sources and components, Optical System Design; subjects on general physics and mathematics (45 credits), elective subjects (15 credits), gerenal university modules (15 credits), English for Specific Purposes (5 credits), Study Skills and Computer Literacy (5 kreditai), Course Work (5 kreditai), Practical Training (15 credits), Final Thesis (15 credits).
Optional courses:
During the period of studies students are able to choose three of the following subjects (each 5 credits): Functional and Smart Materials, Applied Electronics II, Optical Spectroscopy, Modern Illumination Technologies and Light Design, Fiber Technology and Nano- and Microstructure Technologies.
During period of studies students will be able to choose three (each 5 credits) gerenal university modules from variuos fields taught in VU: Rethorics, Entrepreneurship Psichoactive materials, Logics, Political Geography, Psichology and more than 80 other subjects.
Distinctive features of a study programme:
This study programme delivers competences on a modern and rapidly developing field of technologies where laser and semiconductor physics, numerical modelling, electronics and intelligent lightning systems meet.
Study programme is shorter than usual programmes and is pratice-oriented. Programme is delivered in English.
Access to professional activity or further study:
Access to professional activity:
Graduates will be able to pursue career paths within the solid state laser producers, other laser, optical component and semiconductor providers, the photovoltaic and intelligent lightning device and service companies, solar panel and renewable energy factories.
Access to further study:
Master studies in study fields of Technologies, Physical Sciences or Engineering in Lithuania or abroad.
