Study programme	Telematics and Transport Electronics Systems
Higher Education Institution	Riga Technical University
Study field	Information Technology, Computer Hardware, Electronics, Telecommunications, Computer Management, and Computer Science

Code of the study programme in accordance with the Latvian Education Classification	42523
EQF/LQF Level	6
Study Programme Type	Pirmā cikla augstākās izglītības programma bakalaura grāda un sestā līmeņa profesionālās kvalifikācijas ieguvei, īstenojama pēc vismaz vidējās izglītības ieguves
Study programme (short name)	First cycle (professional bachelor’s) study programme
Thematic group	Elektronika un automātika
ISCED code	0714
ISCED	Elektronika un automātika
Credit points	240
Degree to be acquired	Professional Bachelor's Degree in Telematics and Electronic Systems for Transportation
Qualification to be obtained	Electronics Engineer
Study type and form	Full time studies
Study lenght	4 years
Language	latvian; english

Licence number	-
Licence date
Licenced till

Accreditation page number	Netiek izsniegta
Accreditation date	29.11.2023
Accreditation duration (in years)	6
Accreditation till	30.11.2029

Graduate of the professional bachelor study programme:
- knows the basics of field-related fundamental sciences necessary for mastering theoretical study courses;
- is proficient at concept level in wired and wireless transport telecommunications networks, key technologies, and standards;
- is proficient at concept level in electrical circuits and signal processing;
- is proficient at concept level in standards and technical regulations of the electronics industry;
- is proficient at concept level in basics of operation and measurement methods, methods of telecommunication networks and systems design and analysis;
- is proficient at application level in transport electronics and telematics equipment principles of operation;
- is proficient at application level in electronic components, analogue, digital and radio electronic devices;
- is proficient at application level in programming of microcontrollers and microprocessors by using high-level languages;
- is proficient at application level in real-time transport radio and navigation systems;
- is proficient at application level in transport intelligent and sensor systems;
- is able to perform experimental data processing for analysis of telecommunications and transport electronic systems operation;
- is able to systematize the related information, summarize, interpret and analyse results of measurements and calculations, prepare summarized reports and present them;
- is able to apply latest technologies and software for the design of transport electronic systems and data transmission systems;
- is able to design electronic equipment and systems, simulate its operation, develop applications and algorithms for solving specific tasks;
- is able to design printed circuit boards and the appropriate technical documentation;
- is able to work with scientific, technical and methodological literature in foreign language;
- can work individually and as a part of a team, to continue learning in the field of transport telecommunications and data transmission, to act in a sustainable, ethical and responsible manner not to harm society and environment.