Study programme management and contacts

Programme director – lect. Mg.Sc.Ing. Jānis Šate (email: janis.sate@venta.lv);

Study programme parameters

Study field Information Technology, Computer Hardware, Electronics, Telecommunications, Computer Management, and Computer Science
Accreditation till 26.10.2029.
Code of the study programme in accordance with the Latvian Education Classification 42523
Study programme cycle and level First cycle study programme, Sixth level of professional qualification, LQF and EQF level 6
Type of final examination Bachelor's thesis
Degree to be obtained Professional Bachelor's degree in Electronics and Electronics Engineer qualifications
Study type and form Full time studies
Duration of implementation (years) 4 years
Language of implementation Latvian
Study programme (CP) 241 CP / ECTS
Admission requirements General secondary education or vocational secondary education (Qualification level 3 according to the Vocational Education Law of the Republic of Latvia)


Aim of the study programme

To prepare specialists in engineering sciences with a professional bachelor's degree and qualification of electronics engineer, whose theoretical knowledge and research skills allow to continue studies in engineering master's level study programmes and higher level professional study programmes in electronics for obtaining level 7 professional qualification, as well as to independently and systematically improve their knowledge and skills to adapt to professional activities in changing labour market conditions. To develop and defend a 12 credit point bachelor’s thesis in electronics.

Objectives of the study programme:

  • to provide the knowledge, competences and skills appropriate to the bachelor's level, the qualification of electronics engineer and  international standards;
  • to encourage students to learn independently and creatively, and to evaluate and apply new developments in electronics;
  • develop students' analytical skills, independent problem-solving skills, and encourage their involvement in practical and scientific  problem-solving;
  • ensure the practical application of acquired knowledge and skills by analysing different situations of concern, case examples and tackling practical challenges;
  • create motivation and contribute to meeting students continuing education needs, including motivation to continue education in both  professional and academic masters study programmes to ensure that the study process is supported by qualified teaching staff and training that meets modern requirements;
  • to provide a student-centred study process with modern teaching laboratory equipment, as well as to give students the opportunity to practice solving real scientific and technical problems by involving them in the work of electronics companies during their internship;
  • modify the content and  presentation methods of the programme in a timely manner in response to changes in the labour market and correctly predict changes in the near and distant future.

Study programme learning outcomes

  • Ability to develop electronic equipment and systems;
  • Ability to participate in research and development projects;
  • Ability to define a manufacturing process and to manufacture electronic equipment and systems;
  • Ability to perform and manage the installation, maintenance and repair of electronic equipment and systems;
  • Ability to carry out the general tasks of pursuing a professional activity;
  • Understanding and knowledge of electronics engineering at the state-of-the-art of the field.


Last modified: Friday, 28 June 2024, 4:23 PM