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The European Qualifications Framework (EQF) is a translation tool that helps communication and comparison between qualifications systems in Europe. Its eight common European reference levels are described in terms of learning outcomes: knowledge, skills and competences. This allows any national qualifications systems, national qualifications frameworks (NQFs) and qualifications in Europe to relate to the EQF levels. Learners, graduates, providers and employers can use these levels to understand and compare qualifications awarded in different countries and by different education and training systems.

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Legal documents, Studies, Documents agreed by the EQF Advisory Group and

European Qualifications Framework Series 

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Qualifications that are part of national qualifications framework are listed on this page. You can scroll down to find all information. Filter by Subject Field, EQF level and Location and you will find more detailed information on qualifications, and a link to the national database. The qualifications are part of national qualifications frameworks that have formally referenced to the EQF

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Search found 212 items
  1. Professional Master Degree in Transport Systems Engineering, Engineer in Transport Systems (RTU)

    Knowledge (knowledge and understanding): In-depth theoretical and practical knowledge, scientific, professional and creative skills for creative and research activities in the field of transport systems engineering, which provides skills to create and apply new, exceptionally effective technologies, methodologies and systems, and provides opportunity to successfully join knowledgeable and skilful professionals in international transport and logistics community. The curriculum of the study program is constantly updated to integrate the latest discoveries in the professional field of transport systems. The acquired advanced knowledge provides the basis for creative thinking and research activity in different fields (transport information technologies; transport machine design; transport system design and technologies; control, maintenance and repair technologies for special and mechanical equipment). Skills (ability to use knowledge, communication, general skills): - students are able to independently apply theory, methods and problem solving skills to carry out research activity in the field of transport and logistics; - they can propose new solutions, methodologies or technologies in the field of transport; - students are able to reasonably explain and discuss with professionals and non-professionals the application of complex mathematical models for investigating problems in the field of transport and make calculations to optimize the design of transport technical facilities and special equipment; - st ...

    Awarding body- Riga Technical University

    Category: Qualifications Location: Latvia
  2. Professional Master’s degree in Transport Systems, Transport Systems Engineer (RAI)

    To know: Transport business analysis and management methods, transport process modelling principles and possibilities. Be able to: use information technology in business management, to manage business development, innovation projects and financial activities. Can: work as a team member, plan and organize work effectively, collaborate with partners, employees’ and society. ...

    Awarding body- Riga Aeronautical Institute

    Category: Qualifications Location: Latvia
  3. Professional Master Degree in Transport Electronics and Telematics (RTU)

    It is expected that graduates after the acquisition of Professional Master Study Program “Transport Electronics and Telematics” will have the following knowledge and skills for further professional activity and enrolling in Doctoral studies:   - in-depth knowledge of the information transmission theory which includes optimal receivers, schemes of Vitebri detector/decoder, signal receiving and transmission in Walsh base, data encoding  and data protection (cryptography);   - the skill to apply sophisticated kinds of modulation for signals transmission (Pulse-Amplitude Modulation, Phase Modulation, Quadrature-Amplitude Modulation, Frequency Modulation, Continuous-Phase Frequency Modulation, Minimum Shift Keying) and knowledge of its basic features as well as the skill to evaluate the probability of mistake in detecting of such signals;   - the skill to analyse the operation of equalizer and to count the coefficients of digital equalizer for the given communication channel;   - knowledge of systems theory, the skill to perform signal processing of analogue and digital transmitter, the skill to apply Kalman filter for the improvement of measurement accuracy; - the skill to modulate the operation of transceiver’s track in the Simulink environment in channels with different modulation kinds;   - knowledge of digital spectral analysis and its application skills (FFT, method of periodograms, parametric methods: Levinson-Durbin algorithm, Burg ladder filters, etc.).   - the skill to create  digital signal proces ...

    Awarding body- Riga Technical University

    Category: Qualifications Location: Latvia
  4. Professional Master Degree in Transport Electronics and Telematics, Engineer in Electronics (RTU)

    It is expected that graduates after the acquisition of Professional Master Study Program “Transport Electronics and Telematics” will have the following knowledge and skills for further professional activity and enrolling in Doctoral studies: - in-depth knowledge of the information transmission theory which includes optimal receivers, schemes of Vitebri detector/decoder, signal receiving and transmission in Walsh base, data encoding and data protection (cryptography); - the skill to apply sophisticated kinds of modulation for signals transmission (Pulse-Amplitude Modulation, Phase Modulation, Quadrature-Amplitude Modulation, Frequency Modulation, Continuous-Phase Frequency Modulation, Minimum Shift Keying) and knowledge of its basic features as well as the skill to evaluate the probability of mistake in detecting of such signals; - the skill to analyse the operation of equalizer and to count the coefficients of digital equalizer for the given communication channel; - knowledge of systems theory, the skill to perform signal processing of analogue and digital transmitter, the skill to apply Kalman filter for the improvement of measurement accuracy; - the skill to modulate the operation of transceiver’s track in the Simulink environment in channels with different modulation kinds; - knowledge of digital spectral analysis and its application skills (FFT, method of periodograms, parametric methods: Levinson-Durbin algorithm, Burg ladder filters, etc.). - the skill to create digital signal processing syst ...

    Awarding body- Riga Technical University

    Category: Qualifications Location: Latvia
  5. Professional Master Degree in Heat Power and Thermal Engineering (RTU)

    Graduates of the study program are able: - to demonstrate skills demanded for an engineer in the field of heat and power engineering, to apply this knowledge practically and perform critical and logical analysis of the most recent scientific and technological developments in the industry;   - to conduct professional, innovative engineering and research work;    - to describe analytically information, formulate problems and solutions in the heat power sector;    - to find technical, scientific and reasonable solutions to problems;   - to select and analyze heat power and thermal engineering plant alternatives, to justify their technical economic indicators;   - to use professional terminology in the state language and in at least two foreign languages;      - to independently obtain and analyze information about heat power, thermal engineering and physics, as well as other industries and to use it to make independent decisions, observing professional ethics and advance professional development; The alumni of the study program;    - demonstrate knowledge of thermal engineering and heat power equipment design, physical and technical principles of operation of devices and processes, operating conditions and safety requirements;    - have an ability to perform thermodynamic and thermophysical experiments, mathematical processing of the results and interpretation of the data;    - are able to set up plans for research projects and to prepare the reports;    - to produce scientific publications and deliver ...

    Awarding body- Riga Technical University

    Category: Qualifications Location: Latvia
  6. Professional Master Degree in Heat Power and Thermal Engineering, Engineer in Heat Power and Thermal Engineering (RTU)

    Graduates of the study program are able: - to demonstrate skills demanded for an engineer in the field of heat and power engineering, to apply this knowledge practically and perform critical and logical analysis of the most recent scientific and technological developments in the industry; - to conduct professional, innovative engineering and research work; - to describe analytically information, formulate problems and solutions in the heat power sector; - to find technical, scientific and reasonable solutions to problems; - to select and analyze heat power and thermal engineering plant alternatives, to justify their technical economic indicators; - to use professional terminology in the state language and in at least two foreign languages; - to independently obtain and analyze information about heat power, thermal engineering and physics, as well as other industries and to use it to make independent decisions, observing professional ethics and advance professional development; The alumni of the study program; - demonstrate knowledge of thermal engineering and heat power equipment design, physical and technical principles of operation of devices and processes, operating conditions and safety requirements; - have an ability to perform thermodynamic and thermophysical experiments, mathematical processing of the results and interpretation of the data; - are able to set up plans for research projects and to prepare the reports; - to produce scientific publications and deliver presentations at co ...

    Awarding body- Riga Technical University

    Category: Qualifications Location: Latvia
  7. Professional Master Degree in Nano-Engineering (RTU)

    Program graduates obtain:   - competence to carry out research;   - the ability to make independent decisions on nanoengineering issues;   - to deepen and broaden the knowledge and understanding of  nanoengineering related research, the design and engineering service issues in connection with variety of engineering fields;   - the ability and skills to apply theoretical knowledge to nanoengineering related problems;   - the ability to develop their skills;   - ability to prepare staff performance analysis and take responsibility for the collective;   - ability to do business and implement innovations in the globalized environment in nanoengineering related technologies.   ...

    Awarding body- Riga Technical University

    Category: Qualifications Location: Latvia
  8. Professional Master's Degree in Maritime Transport (LJA)

    - completed compulsory courses, 20 credit points; - courses of restricted option, 13 credit points; - elective course, 1 credit point, practical training, 6 credit points, Master Thesis, 20 credit points. ...

    Awarding body- Latvian Maritime Aca­demy

    Category: Qualifications Location: Latvia
  9. Professional Master Degree in Electrical Engineering, Electrical Engineer (RTU)

    Learning outcomes for study programme are formulated in accordance with (1) the state standard of second level professional higher education and (2) the relevant occupational standard. State education standard Register of occupational standards Learning outcomes: Not available Competences:1. The KNOWLEDGE at the level of notion: 1.1. general sociology; 1.2. basics of communication. 2. The KNOWLEDGE at the level of understanding : 2.1. economics; 2.2. chemical engineering; 2.3. mechanics; 2.4. supplementary mathematics (electrical engineering); 2.5. probability theory and mathematical statistics; 2.6. programmable logic controllers; 2.7. physics; 2.8. introduction to the speciality; 2.9. electricity and magnetism; 2.10. electricity production; 2.11. professional terminology in the official language and at least two foreign languages. 3. The KNOWLEDGE at the level of use: 3.1. mathematics; 3.2. computer studies (basic course); 3.3. computer studies (special course in industrial electronics); 3.4. theoretical basics of electric engineering; 3.5. computer realization of electrical engineering mathematics; 3.6. control theory basics; 3.7. programming languages in industrial electronics; 3.8. programming technologies in industrial electronics; 3.10. power electronics; 3.11. electrical measurements; 3.12. electronic equipment; 3.13. electrical machinery; 3.14. electric drive basics; 3.15. digital electronics; 3.16. circuit theory; 3.17. labour protection; 3.18. environmental protection; 3.19. employment relationship; ...

    Awarding body- Riga Technical University

    Category: Qualifications Location: Latvia
  10. Professional Master Degree in Electronics, Engineer in Electronics (RTU)

    Graduates of the study program are able: - to demonstrate knowledge of physical processes and technical solutions used in electronics; - knowledge and skills on design, production and maintenance of electronic equipment in selected specialization field;   - knowledge and skills in working with computer needed in analysis and design of electronic equipment;   - practical working skills of students in research and industry; - knowledge and practical skills in analysis of information resources and definition of problems, research and innovation, strategy development, project definition, planning and management;   - knowledge needed to start pedagogical work; - alearning skills enabling them to continue their professional development. ...

    Awarding body- Riga Technical University

    Category: Qualifications Location: Latvia

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