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Kaunas University of Technology (KTU) |
Rector | Prof. Dr. Habil. Kestutis Krišciunas |
Address | 2. K. Donelaicio g. 73 LT- 3006 Kaunas Lithuania |
Tel. No. | +370-7-324044 |
Fax No. | +370-7-324144 |
E-mail address | komisija@cr.ktu.lt |
Faculties | |
Centres | |
Institutes | |
Type of courses | Full time, part time and intensive studies |
Length of courses | Depending from the programme from 1 to 2 semesters (from 4 to 8 months). |
Date of commencement | 1st of September |
Class size | From 10 to 30 people |
Accommodation | Available |
Fees | Overseas students: 2500.00 USD per year |
Financial assistance | Students grants and financial assistance only for Lithuanian students |
Admission requirements | Applicants to the Kaunas University of Technology must have the sufficient command of English, French, German or Russian to follow lectures, take notes, do assignments, and participate in laboratories and tutorials. Applicants should fill out the Application Form. It is available at the KTU Admission Office and may also be downloaded from http://www.ktu.lt . The completed application form and the supporting documents must be received at the KTU Admission Office by 1 August. |
Student profile | |
Contact for application | Admission Office Kaunas University of Technology Donelaicio 73 LT- 3006, Kaunas Lithuania
Tel.: (+370- 7) 300044 |
In 1930, the university was given the name of Vytautas the Great (Vytautas Magnus). It consisted of 6 faculties: Theology-Philosophy, Law, Humanities, Mathematics and Natural Sciences, Technology, and Medicine with almost four thousands students in total. In 1940, when the Soviet Army occupied our country, Vytautas Magnus University was renamed the University of Kaunas and many things underwent changes at the university. In 1950, the Kaunas Polytechnic Institute (KPI) emerged as a successor of the State University of Kaunas. In 1990, KPI changed its name to Kaunas University of Technology, regained its university status and began intensive reforms. The reforms in Lithuanian higher education were inspired by the political and economical changes of the country as well as by the changing mission of the universities in the world. Our goal for the university is to fulfill the requirements of Great European University Charter, UNESCO and EU regulations, and coordinate its work with other European and Lithuanian universities. Mission of KTU
Facilities
Academic study structure
First stage:
Second stage:
Third stage:
Environmental Engineering (B.Sc.*, M.Sc.**) Physical Sciences: Applied Chemistry (B.Sc.) Humanities: Architecture (B.Sc., M.Sc.) Social Sciences: Social Education (B.Sc.)
* Bachelor of Science degree Research is carried out at 6 institutes, 14 centers of science and technology, 62 training and 18 research laboratories and 58 departments of KTU. Scientists interested in a particular project naturally organize themselves into research groups. Approximately 37 research programmes were developed and about 118 research groups were registered at the university in 1997. Research in the form of teamwork enables a group to produce substantial results, to join in large-scale research programmes, and also guarantees continuity. Some research projects are designed for specific industrial or other aims. Research leads to effective professional improvement for workers, and the creation of high-quality course modules in the universities. It is especially important for graduate students, who must combine their course work with their research. Academic study programmes
Number of Bachelor's degree programmes 29 Specialized professional studies
Engineer Diploma professional programmes 30
Staff (1999)
Professors 124 Researchers 185 Doctoral students 380 **** Teacher's diploma (professional qualification)
1. Barauskas R., Ostaševicius V. Analysis and optimization of elastic vibro-impact systems. - K.: Technologija, 1999. - 214 p.(monografija) 2. Ultrasonic Technique for the Investigation of Structural Properties of Biological Fluids / A.Voleišis, R.J.Kažys, L.Mažeika, R.Šliteris, B.Voleišiene // Acustica-Acta Acustica. - ISSN 1436-7947. - 1999. - Vol.85, Suppl.1. - P.S443-444. 3. Kažys R.J., Mažeika L., Jasiuniene E. Application of Ultrasound Reflection Tomography for Nondestructive Evaluation of Objects with a Complex Geometry // Acustica - Acta Acustica. - ISSN 1434-7947. - 1999. - Vol.85, Suppl.1. - P.S434. 4. Mažeika L., Kažys R.J. Simulation of Ultrasonic Fields in Composite Media with Planar Boundaries // Acustica -Acta Acustica. - ISSN 1436-7947. - 1999. - Vol.85, Suppl.1. - P.S127. 5. Kažys R.J., Mažeika L., Jasiuniene E. Application of Ultrasound Reflection Tomography for Nondestructive Evaluation of Objects with a Complex Geometry // Journal of the Acoustical Society of America. 1999. - Vol.105, No.2, Pt.2. - P.1360. 6. Mažeika L., Kažys R.J. Simulation of Ultrasonic Fields in Composite Media with Planar Boundaries // Journal of the Acoustical Society of America, 1999. - Vol.105, No.2, Pt.2. - p.1053. 7. Voleišiene B., Migliniene G., Voleišis A. Ultrasonic Study of Ionic Association in Aqueous Solutions of Lanthanide Salts // Journal of the Acoustical Society of America. - Berlin, 1999. - Vol.105, No.2, Pt.2. - P.962. 8. Ultrasonic Technique for the Investigation of Structural Properties of Biological Fluids / A.Voleišis, R.J.Kažys, L.Mažeika, R.Šliteris, B.Voleišiene// Acustica-Acta Acustica. - ISSN 1436-7947. - 1999. - Vol.85, Suppl.1. - P.S443-444. 9. Voleišiene B., Migliniene G., Voleišis A. Ultrasonic Study of Ionic Association in Aquerous Solutions of Lanthanide Salts // Acustica - Acta Acustica. - ISSN 1436-7947. - 1999. - Vol.85, Suppl.1. - P.S36. 10. Galdikas A. Surface Topography Development and Ion Mixing in the Study of Depth Profiling of Multilayered Structures // Vacuum. - ISSN 0042-207X. - 1999. - Vol.55. - P.51-58. 11. Galdikas A., Grigonis A., Šilinskas M. The Oxidation of Surface Layers During Reactive Ion Etching of GaAs in CF2Cl2+O2 and O2 Plasmas // Applied Surface Science. - ISSN 0169-4332. - 1999. - Vol.138-139. - P.581-586. 12. Tijuneliene L., Strazdiene E., Gutauskas M.V. The Behaviour of Polyethylene Membrane Due to Punch Deformation Process // Polymer Testing. - Netherland: Elsevier Science, 1999. - No.18. - P.635-640. 13. Krikštolaityte S., Martynaitis V., Šackus A. Annelation of Lactam Rings to 2,3,4,4a-Tetrahydro-1H-Carbazole Derivatives // Khimiya Geterotsiklicheskikh Soedineniya. - Riga, 1999. - No.5. - P.645-648. 14. Janickis V. Synthese and Crystal Structures of Phenyltrimethylammonium Salts of a Mixed Hexabromoselenate/tellurate(IV), [C6H5(CH3)3N]2[Se0.75Te0.25Br], and a Mixed catenapoly[Di-m-bromobis{tetrabromoselenate/ t // Acta Chemica Scandinavica. - ISSN 0904-213X. - 1999. - Vol.53, No.3. - P.188-193. 15. Verikas A., Gelžinis A. Training Neural Networks by Stochastic Optimisation // Neurocomputing. - North-Holland: Elsevier Science,1999. - No.30 - P.153-172. 16. Palubeckis G. Generating hard test instances with known optimal solution for the rectilinear quadratic assigment problem // Journal of Global Optimization. - 1999. Vol. 15. - 2 - P.127-156. 17. Ragauskas A., Kanapienis A.. Simultaneous invasive and noninvasive ICP waves study in animals. - Medical & Biological Engineering & Computing. - 1999. - Vol. 37, S1. - P. 330-331. 18. Ragauskas A., Viržonis D.. Investigation of the Time of Flight to Intracranial Pressure Conversion Factors. - Medical & Biological Engineering & Computing. - 1999. - Vol. 37, S1. - P. 328-329. 19. Ragauskas A., Petkus V., Jurkonis R.. Simulation of ultrasound pulse propagation through the human extra / intracranial media. - Medical & Biological Engineering & Computing. - 1999. - Vol. 37, S1. - P.426-427. |
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