Electronics,-MSc

Computer Engineering and Electronics

Awarded academic degree: Master of Engineering in Computer Engineering and Electronics

Complete study program volume: 80 CP | 120 ECTS / 60 CP | 90 ECTS

Possible forms of education and study languages:

  • Full-time – 2 years / 1.5 years (English, Latvian)
  • Part-time – 2.5 years / 2 years (English, Latvian)

Enrolment requirements: Bachelor of Engineering in Electronics, Electricity-, Information Technology-related Sciences; Bachelor of Natural Sciences in Computer Sciences or Physics, or Second Level Professional Higher Education in Electronics, Physics or Computer Sciences

Admission Rules

* In the 2023/2024 academic year, the degree granted in the study programme will change to a master’s degree in engineering in electronics and automation. It will also be possible to learn the programme in the short version in the amount of 60 CP in 1,5 years of full-time studies and 2 years of part-time studies.

“This study program prepares specialists with international qualifications in the field of Embedded electronics, who know the principles of engineering and are able to develop modern electronic real-time systems”

Alexander Grakovski
Professor, 
Dr. sc. ing.
Aleksandr Grakovski
Director of the Programme
For individuals, who…

Education of highly qualified specialists in the field of electronics, who can further:

apply for the post of a head of the technical department or laboratory at the production site, in the state institutions or research institutes and universities

engage themselves in the leading hardware and software development

independently carry out scientific research

continue education in doctoral studies

Potential careers…

Project Manager in Electronics
Head of Production Department
Consultant of Local and International Projects in the Field of Electronics
Software Senior Developer for Embedded Systems
Hardware Senior Developer
Technical Author
Lecturer, Senior lecturer and later as a Professor at the University

Wants to obtain...

use in practise the latest mathematical methods, modern and advanced digital signal processing algorithms, intelligent data analysis algorithms, methods for software implementation for embedded electronic systems

About the Programme

Short video about the programme

Blended mode

Study mode

Foreseen schedule

(Day/Time)

Foreseen efforts

(per week)

Theoretical classes: Remote \ Synchronous mode

Tuesday-Thursday (18.15-21.30),
2 evenings per week as per schedule

2-4 classes (4-8 ac.h)

Tutorials, practical classes, seminars, discussions, groupwork: Face-to-Face mode

Friday evenings (18.15-21.30)  + Saturdays (8.45-15.45), weekly

4-6 classes (8-12 ac.h)

Independent individual or group studies

Within a semester
(including exam sessions)

20 ac.h in average

Tuition Fee

 Full timePart timeDistance learning
Duration2 years2.5 years 
Tuition fee EUR/year4500 EUR4500 EUR 
Tuition fee for applicants from 🇱🇻 🇱🇹 🇪🇪 🇺🇦 🇪🇺 and EEA, EUR/year2700 EUR2700 EUR 

Block A – Mandatory Courses

Title
CP
ECTS
Data Mining4.006.0
Optimization of Systems4.006.0
Real Time Operating Systems4.006.0
Signals Digital Processing Algorithms and Systems8.0012.0
Integral Transformations for Signals Digital Processing2.003.0
Latvian Language2.003.0
Research Methodology2.003.0
Research Seminar I2.003.0
Master Thesis20.0030.0

Block B – Specialization Courses

Title
CP
ECTS
Adaptive Signal Processing4.006.0
Embedded system based on modern microcontrollers4.006.0
Intelligent Systems-14.006.0
Microwave Circuits Design4.006.0
Signal Processors for Signal Digital Processing4.006.0
Wireless embedded system4.006.0
Labour Safety, Civil Defence and Environment Protection2.003.0
Research Laboratory Practice4.006.0

Block C – Elective Courses

Title
CP
ECTS
Subject of Free Choice 4 6.0

Study programme is supported by:

HansaMatrix JSC logo
SAF logo
UAV Factory logo
ALFA RPAR logo
mikrotik logo

Alumni testimonials

Deniss_Baribins
New knowledge and skills
"Study at TSI expand my horizons and boosted my professional life, I developed as a person as well. The skills acquired at the institute allow me to find quick and innovative solutions to the problem"
Deniss Baribins, 
Radio equipment engineer

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