Engineer in Electronics and Electrical Engineering
Awarded academic degree: Bachelor of Engineering Science in Electronics (43523 02)
Accreditation: until 31 December 2022
Complete study programme volume: 160 credit points (240 ECTS)
Possible forms of education and study languages:
- Full-time – 4 years (latvian, english)
- Part-time – 5 years (latvian, english)
Enrolment requirements: secondary school education.
"This study programme is a great start for everyone who is interested in electronics and wants to learn how to create interesting and useful electronic devices on their own."
Director of the Programme
For a personality, who...
is interested in analog and digital electronics, signal processing, hardware programming; who thinks analytically; who wants to learn how to develop modern electronic devices; who wants to work in a booming industry
Wants to become...
a highly qualified engineer in the field of electronics: developer of mobile software and hardware, digital communications, data processing systems, embedded systems, IoT (Internet of Things) systems, robotic systems, etc.
Wants to be able to...
understand the principle of operation of electronic devices, understand the components, analyse circuit diagrams
design electronic systems, moving from an idea to a real device; to develop algorithms for digital signal processing systems (DSP), to synthesize digital filters
programming microcontrollers (MCUs), programmable logic controllers (PLCs) and programmable logic devices (PLDs)
|Full time||Part time||Distant learning|
|Duration||4 years||5 years|
|Tuition fee EUR/year:|
|EU residents||2000 EUR *||1600 EUR *|
|Residents of the CIS and Central Asian countries||2700 EUR|
|Non-EU residents||3000 EUR|
* If the tuition fee of semester is divided into monthly payments (5 payments), the amount of the tuition fee increases by 100 euro per semester.
If the annual tuition fee is divided into semester payments (2 payments), the tuition fee is increased by 100 euros per year.
Structure of the programme
Block A - mandatory courses
|Design of Digital Systems||4||6.0|
|Digital Processing of Signals||4||6.0|
|Digital Telecommunication Systems Technologies||4||6.0|
|Electronics and Microelectronics||4||6.0|
|Probability Theory and Mathematical Statistics||4||6.0|
|Signals and Circuits||4||6.0|
|Theory of Information Coding and Transference||4||6.0|
|Electrical Circuits Theory||6||9.0|
|Labour Safety, Civil Defence and Environment Protection||2||3.0|
|Bachelor's Thesis and its Defence||10||15.0|
Block B - specialization courses
|Computer Systems Structure||4||6.0|
|Electronic Sensors and Actuators||4||6.0|
|Embedded Electronic Devices and Programming||2||3.0|
|Industrial Networks of Automation Systems||4||6.0|
|Methods and Devices of Electrical Measurements||4||6.0|
|Microprocessor's Control Systems||4||6.0|
|Microwave Electronic Techniques||2||3.0|
|Programmable Logic Controllers and Their Programming||4||6.0|
|Theory of Radio||4||6.0|
|Visualization of Technological Processes||4||6.0|
|Digital Units Computer Projecting||4||6.0|
|Electronic Design Automation (EDA)||4||6.0|
|English for Career Management||2||3.0|
|Global Navigation Systems||2||3.0|
|Introduction to Speciality||2||3.0|
|Optical Fibres and Components||2||3.0|
|Professional English for Information Technologies||6||9.0|
|Robotized Technological Complexes||2||3.0|
|Theory of Automatic Control||4||6.0|
|Theory of Reliability and Technical Diagnostics Fundamentals||2||3.0|
Block C - elective courses
|Subject of Free Choice||8||12.0|
Study programme is supported by:
SAF Tehnika JSC Ltd.
UAF Factore Ltd.
ALFA RPAR Ltd.
HansaMatrix JSC Ltd.