Basic information
Study programme | Telematics and Transport Electronics Systems |
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Higher Education Institution | Riga Technical University |
Study field | Information Technology, Computer Hardware, Electronics, Telecommunications, Computer Management, and Computer Science |
StudyProgramJointToForeign |
All data
Code of the study programme in accordance with the Latvian Education Classification | 47523 |
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EQF/LQF Level | 7 |
Study Programme Type | Otrā līmeņa profesionālā augstākā izglītība (profesionālā maģistra grāds vai piektā līmeņa profesionālā kvalifikācija un profesionālā maģistra grāds), īstenojama pēc bakalaura, profesionālā bakalaura grāda vai piektā līmeņa profesionālās kvalifikācijas ieguves. Studiju ilgums pilna laika studijās vismaz viens gads. Kopējais pilna laika studiju ilgums pieci gadi |
Study programme (short name) | Professional master study programme |
Thematic group | Elektronika un automātika |
ISCED code | 0714 |
ISCED | Elektronika un automātika |
Credit points | 80-120 |
Degree to be acquired | Professional Master's Degree in Telematics and Electronic Systems for Transportation |
Qualification to be obtained | Lead Electronics Engineer |
Study type and form | Full time studies |
Study lenght | 2 years; 1 years, 6 months |
Language | latvian; english |
Licence information
Licence number | - |
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Licence date | |
Licenced till |
Accreditation information
Accreditation page number | Netiek izsniegta |
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Accreditation date | 29.11.2023 |
Accreditation duration (in years) | 6 |
Accreditation till | 30.11.2029 |
Results
Graduate of the study programme:
- can manage transport computer networks, understand their internal processes;
- can design, develop, and operate electronic equipment and telematics systems. Perform its testing, analysis, operation modelling and improvements in accordance with requirements of the standards and develop the appropriate technical documentation;
- can utilize latest technologies and software for design and production processes of electronic equipment and systems;
- can participate in research projects and provide assistance in pedagogical work;
- can evaluate human resources and create a project working group, delegate work tasks and control their execution, present the progress and results of the project;
- is proficient at concept level in latest telematics and electronic equipment manufacturing technologies, industry standards and technical norms;
- is proficient at application level in signal processing, telecommunications theory, data coding and protection (cryptography) and training neural networks;
- is proficient at application level in construction and design of telematics equipment, transport intelligent data transmission systems and sensor networks;
- is proficient at application level in programming microcontrollers and microprocessors by using high-level languages.
- can manage transport computer networks, understand their internal processes;
- can design, develop, and operate electronic equipment and telematics systems. Perform its testing, analysis, operation modelling and improvements in accordance with requirements of the standards and develop the appropriate technical documentation;
- can utilize latest technologies and software for design and production processes of electronic equipment and systems;
- can participate in research projects and provide assistance in pedagogical work;
- can evaluate human resources and create a project working group, delegate work tasks and control their execution, present the progress and results of the project;
- is proficient at concept level in latest telematics and electronic equipment manufacturing technologies, industry standards and technical norms;
- is proficient at application level in signal processing, telecommunications theory, data coding and protection (cryptography) and training neural networks;
- is proficient at application level in construction and design of telematics equipment, transport intelligent data transmission systems and sensor networks;
- is proficient at application level in programming microcontrollers and microprocessors by using high-level languages.
Documents
Document | Document type | Language |
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Expert / Experts joint report | Expert / Experts joint report | english |
Self-evaluation report | Self-evaluation report | english |
Self-evaluation report | Self-evaluation report | latvian |
History of study programme