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Competence based education: Latvian approach

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Presentation on theme: "Competence based education: Latvian approach"— Presentation transcript:

1 Competence based education: Latvian approach
Asnate Kažoka Academic Information Centre Twinning project «Support to strengthening the higher education system in Azerbaijan» (No AZ/14/ENI/OT/01/17 (AZ/49)), Activity 1.1. Baku, September 2018 This project is funded by the European Union

2 Professional HE progr-s
Doctoral programmes (3-4 years) LQF level 8 Professional Master’s programmes ECTS credits (1-2 years) LQF level 7 Master’s programmes 120 ECTS credits (2 years)  Professional HE programmes ECTS credits (4-6 years) LQF level 6 Professional HE progr-s LQF level 6  Professional Bachelor’s progr-s 240 ECTS credits (4 years) Bachelor’s progr-s ECTS credits (3-4 years) College programmes ECTS credits (2-3 years) LQF level 5 Latvian HE system Source: Academic Information Centre, 2016

3 Development of study programme content
The authonomy of the higher education institutions Based on: State standards Professional standards (if applicable) General learning outcomes of the specific European Qualifications Framework Level Specific learning outcomes (defined by the higher education institution itself) in cooperation with employers (employers council, employers Independent review of a labour market representative

4 Developing content of higher education
Designed by HEIs Study programmes Cabinet Regulations: State standard on academic education (2014) State standard on 1st level professional HE (2001) State standard on 2nd level professional HE (2014) State higher education standards OR: requirements for professional qualification Used for professional HE programmes Designed by expert groups, approved by a tripartite council (state, employers and trade unions) Occupational standards

5 State higher education standards
Stipulated on the level of Cabinet of Ministers Three separate standards: First level professional higher education (short-cycle education) Academic education Second level professional higher education Describe - objectives of programmes, reference to the relevant EQF level, main (compulsory) parts of programmes (including provisions for final exams), volume of programmes and their parts (duration and credits), assessment principles and procedures, further education rights

6 Occupational standards or requirements for professional qualification
Separate standard for each professional title, e.g. Computer Engineer Developed by the higher education institutions in cooperation with employers (Sectoral Councils of Experts) Necessary knowledge, skills, competences and attitudes (both general and professional) to perform in a respective profession

7 Example of developing a study programme
The HEI develops the idea for a new programme The HEI in cooperation with employers develops a new occupational standard (if needed) The HEI (in cooperation with employers) develops the content of study programme and aligns it with the state standard and occupational standard The study programme is approved in the institutional Study programme council which includes employers The study programme is annually revised in the institutional Study programme council

8 Revision of the curricula
HEI are free to revise up to 20% curricula (excluding the electives and final exam) in the period between accreditation periods of a study programme without external approval Revisions to study programmes are always approved internally by the HEI Signifficant changes are approved externally, but the quality assurance agency

9 Professional qualifications in the IT sector in Latvia
6th/7th EQF level – 5th level of professional qualifications (professional bachelor/master studies) Programming Engineer System Analyst (Database specialist, Engineer) Information Technology Project Manager Robotics Engineering Telecommunications Engineer Electronics Engineer 5th EQF level – 4th level of professional qualifications (first level professional higher education) Programmer System Administrator (Computer Networks Administrator, Computer Systems Administrator, Data Bases Administrator) Computer Systems Test Engineer Telecommunications Specialist Electronics Specialist

10 What skills do the IT graduates lack?

11 Examples of curricula Professional Master degree in Computer Science (the qualification of a System Analyst or Programming Engineer)

12 State standard (1) At least 60 ECTS; length in full time studies from 1 to 2 years (with the pre-condition that the full time for BA and MA studies is at least 5 years) The content has to comply with the European Qualifications Framework level 7 At least 30% of the volume in full time study mode is organised in the form of contact hours Mandatory content – 1) study courses about new developments in the respective area (>7,5 ECTS); 2) scientific work, design and management study courses (> 4,5 ECTS), 3) internship > 39 ECTS; 4) state exam (> 30 ECTS)

13 State standard (2) In addition study courses that ensure the development of professional competencies in entrepreneurship: Innovation Foundation and organisation of enterprises Management methods Basics of project development and management Record keeping and finance management Labour law, including the facilitation of a social dialogue in the society

14 Occupational (professional) standard
Professional competencies necessary for performing the general professional tasks, e.g. Ability to code by creating the user interface Skills necessary for performing the general professional tasks, e.g. Ability to use algorithms The knowledge necessary for performing the general professional tasks On the level of a notion, e.g. the management of sofware development projects On the level of comprehension, e.g. economics and commercial sciences On the level of usage, e.g. two foreign languages

15 Content of the programme (https://stud. rtu
Degree awarded: Master Degree of Engineering Sciences in Computer Systems and the qualification of a System Analyst or Programming Engineer Degree required Bachelor of Engineering in Computer Control and Computer Science Academic volume: 104 CP / 156 ECTS Study language: Latvian Duration: 2,5 years (full-time)

16 A Compulsory study courses 18 CP /27 ECTS
Code Subject CreditPoints ECTS DIP485 Software Metrology and Planning Models 3.0 4.5 DSP451 Information System Methodologies DPI502 Computer Network Operating Systems DSP422 Administration of Large Databases DPI401 PROLOG and Logical Programming DIP414 Processing of Split Data in Computer Networks

17 B Compulsory elective study courses 18. 0 CP/ 27
B Compulsory elective study courses 18.0 CP/ 27.0 ECTS B1 Field-specific study course 16.0 CP / 24.0 ECTS Code Subject CreditPoints ECTS DSP411 Methods of designing intelectual systems 3.0 4.5 DSP412 Set of Computer Systems Design Tools DSP505 Business intelectual systems DSP450 Introduction to Computerized Processing of Solutions DSP560 Applied Computer Graphics DSP779 HTML Project Quality Management Multi-Base Systems Information Protection User-Adaptive Interface Software

18 Code Subject CreditPoints ECTS DSP411 Object-Oriented Programming Practice (Study Project) 2.0 3.0 DSP412 Practice of Modern Programming Languages 4.5 DSP505 CASE Tools for Designing Databases 4.0 6.0 DSP450 Software Development Tools DSP560 Software Risk Analysis DSP779 Model Driven Software Development Practitioner Technical Support Systems and Communications Parallel processes and language ADA Object-Oriented System Analysis Programming in Computer Networking Processing Solutions in Microsoft Environment Labor Protection

19 Applied Computer Sciences
Code Subject CreditPoints ECTS DPI538 Software Quality 4.0 6.0 DPI402 Workshop on Applied Computer Science DPI504 CASE Tools for Object-Oriented System Development DPI508 Methods and Evolution Trends of Applied Computer Science Applied Computer System Software Code Subject CreditPoints ECTS DIP415 Network Software 4.0 6.0 DIP484 Applied Software Systems (scientific seminar) 2.0 DIP409 Advanced Software Technologies (scientific seminar) DIP483 Development Methods of Applied Intelligent Software Systems DIP513 Theory of Software Reliability

20 B2 Humanities and social sciences study courses 4.0 CP/ 6.0 ECTS
Code Subject CreditPoints ECTS HSP489 Organizational Psychology 2.0 3.0 HSP446 Pedagogy C Free elective study courses 4.0 CP/ 6.0 ECTS E Final examination 20.0 CP/ 30.0 ECTS Code Subject CreditPoints ECTS DSP002 Master Thesis 20.0 30.0

21 Academic master study programme «Computer Systems»

22 A Compulsory study courses 18 CP /27 ECTS
Code Subject CreditPoints ECTS DIP485 Software Metrology and Planning Models 4.0 6.0 DSP451 Large Databases DPI502 Object-Oriented System Analysis DSP422 Artificial Intelligence DPI401 Programming of Processes DIP414 Computer Aided Solution Processing DPI503 Evolution of Object-Oriented Software DIP501 Special Data Processing Technologies DSP555 Requirements Engineering IDA700 Basics of Occupational Safety 1.0

23 B Compulsory elective study courses 20. 0 CP/ 30
B Compulsory elective study courses 20.0 CP/ 30.0 ECTS B1 Field-specific study course 16.0 CP / 24.0 ECTS Computer System Design Code Subject CreditPoints ECTS DSP411 Theory of Systems and Processes 4.0 6.0 DSP412 Computer System Design scientific seminar 2.0 DSP505 Computer System Design Methods (scientific seminar) DSP450 Information Systems and CASE Tools DSP560 Knowledge Management DSP779 Advanced Analytics and Knowledge Technologies

24 Applied Computer Sciences
Code Subject CreditPoints ECTS DPI538 Software Quality 4.0 6.0 DPI402 Workshop on Applied Computer Science DPI504 CASE Tools for Object-Oriented System Development DPI508 Methods and Evolution Trends of Applied Computer Science Applied Computer System Software Code Subject CreditPoints ECTS DIP415 Network Software 4.0 6.0 DIP484 Applied Software Systems (scientific seminar) 2.0 DIP409 Advanced Software Technologies (scientific seminar) DIP483 Development Methods of Applied Intelligent Software Systems DIP513 Theory of Software Reliability

25 B2 Humanities and social sciences study courses 4.0 CP/ 6.0 ECTS
Code Subject CreditPoints ECTS HSP489 Organizational Psychology 2.0 3.0 HSP446 Pedagogy C Free elective study courses 4.0 CP/ 6.0 ECTS E Final examination 20.0 CP/ 30.0 ECTS Code Subject CreditPoints ECTS DSP002 Master Thesis 20.0 30.0

26 Academic Information Centre
Post address: Vaļņu Street 2 Rīga LV-1050 Latvia   Office address: Dzirnavu Street 16 (3rd floor) Rīga, Latvia  


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