Description

Objective of the study programme is to prepare specialists with knowledge in computer science, software engineering, theory of computer systems development, database technologies, programming languages, software development environments, and artificial intelligence, as well as with ability to participate in software development projects, fulfilling different (including manager) roles and complying with IT industry standards and professional ethics.

A. Compulsory Courses 37 CP
1.DIP485 Software Metrology and Planning Methods 4 CP
2.DSP451 Large Databases 4 CP
3.DPI502 Object Oriented Systems Analysis 4 CP
4.DSP422 Artificial Intelligence 4 CP
5.DPI401 Programming of Processes 4 CP
6.DPI503 Evolution of Object-Oriented Software 4 CP
7.DIP414 Computer Aided Solution Processing 4 CP
8.DIP501 Special Data Processing Technologies 4 CP
9.DSP555 Requirements Engineering 4 CP
10.IDA117 Basics of Occupational Safety 1 CP
11.DIP513 Theory of Software Reliability 4CP

B. Limited Choice 20 CP
B.1. Specialized Courses 16 CP
1.1.DSP411 Theory of Systems and Processes 4 CP
1.2.DSP412 Computer Systems Design (Scientific Seminar) 2 CP
1.3.DSP505 Computer Systems Design Methods (Scientific Seminar) 2 CP
1.4.DSP450 Information Systems and CASE Tools 4 CP
1.5.DSP560 Knowledge Management 4 CP
1.6.DPI538 Software Quality 4 CP
1.7. DPI402 Workshop of Applied Computer Science 4 CP
1.8. DPI504 CASE Tools for Object-Oriented System Development 4 CP
1.9. DPI508 Methods and Evolution Trends of Applied Computer Science 4 CP
1.10.DIP415 Network Software 4 CP
1.11.DIP484 Applied Software Systems (scientific seminar) 2 CP
1.12.DIP409 Advanced Software Technologies (scientific seminar) 2 CP
1.13.DIP483 Development Methods of Applied Intelligent Software Systems 4 CP
1.14.DIP513 Theory of Software Reliability 4 CP
B.2.Humanities and social sciences 4 CP
2.1. HSP483 Industrial Relations 2 CP
2.2. HSP488 Business Sociology 2 CP
2.3. HSP430 Social Psychology 2 CP
2.4. HFL432 Ethics 2 CP
2.5. HFL433 Presentation Skills 2 CP
2.6. HFL438 European Classical Philosophy 2 CP
2.7. HSP446 Pedagogy 2 CP
2.8. HSP484 Psychology 2 CP
2.9. IUV453 Management of Small Business 2 CP
2.10. IRO405 Small Business Organization 2 CP
2.11. IUE439 Planning of Enterprise Operation 2 CP
2.12. IUE409 New Product Marketing 2 CP
2.13. IRO398 Commerce 2 CP

C. Free Choice Courses 4CP

E. Final Examination 20 CP
1. DSP002 Master Thesis 20 CP
2. DPI002 Master Thesis 20CP
3. DIP002 Master Thesis 20CP

Total: 81 CP

Highlights

Study program Computer Systems
Study level: Master Studies
Duration of studies: 2 years
Number of credits: 81 Credit Point (CP) or 121 ECTS
Previous education: Bachelor of Engineering Sciences in Computer Science
Degree awarded: Master of Engineering Sciences in Computer Systems
RTU program code: ADMD0

Minimum Education

Bachelors

Subject Areas

• Computer Electronics
• Computer Information Systems
• Computer Programming
• Computer Science / It
• Mathematics
• Physics

Cost in US$:

This Program is open to

Worldwide Participants.

Typical Living Arrangements

• Dormitory
• Independent living

Participants Travel

Independently

Typically Participants Work

Independently

Application Process Involves

• Disciplinary Clearance Form
• In-Person Interview Required
• Phone/Video Interview
• Transcript
• Written Application

Typically The Application Process Time is

2 months

Post Services Include

• Alumni Network

Riga Technical University's Mission Statement

Our aim and mission is to advance and encourage the intellectual growth potential offering courses ranging from social sciences to high technologies.

Year Founded

1862