Information on Degree Programmes

Information Technology (Bachelor)

Program Name

 Information Technology

 

Qualification Awarded

PROFESSIONAL  BACHELOR degree in Information Technology, qualification of Software Engineer

 

Level of Qualification

First Cycle (Bachelor’s Degree)

 

Specific Admission Requirements

The university’s General Admission Requirements, as specified in Part I: Information on the Institution, apply to this Programme.

 

Admission requirements:

  • General Certificate of Secondary Education (official transcript is required);
  • The grade in Mathematics from the GCSE (if there are more than one discipline the average grade is taken into account);
  • The grade in English from the GCSE;

 

Specific Arrangements for Recognition of Prior Learning

General arrangements, as specified in Part I: Information on the Institution apply

 

Qualification Requirements and Regulations

Even though there is no National Qualifications Framework in Latvia, Liepaja University implements the Qualifications Framework as established within the framework of the Bologna process. Accumulation of credits is documented in the official institutional transcript of record and in the Diploma Supplement. 

 

Profile of the Programme

The goal of the study programme is to train highly qualified specialists for industry of information technology and telecommunications, to provide opportunity for students to acquire second level higher professional education and profession, and to develop competences that facilitate creative personal development and professional career development in the regional and international area.

 

Objectives of the study programme

To provide acquisition of knowledge corresponding to second level professional higher education standard 

To develop research skills and a creative approach that are necessary for solving various social, economic and technological problems using information technology

To promote the satisfaction of self-education needs and participation in continuing education

 

Key Learning Outcomes

  • General skills required for team-working, self-planning of the individual work, presentation of provided IT solutions and project results, and communication in Latvian and in English 
  • Knowledge (common for the Information Technology branch) about computer architectures and the principles of their organization, IT applications for solutions of natural, technical and social problems, IT national and international standards, terminology of IT branch in Latvian and English, as well as advanced skills for the use of the acquired knowledge into practice
  • Knowledge about and skills to apply methods and technologies of programming, software development, and development and maintenance of computer systems 
  • Competences required to carry out independent research in the branch of information technology
  • Advanced competences of software engineers that are necessary for professional duties, i.e., coding, design, software maintenance, software implementation, software testing, requirements specification, development of user documentation,  and development of software project plan

 

Occupational Profiles of Graduates with Examples

Graduates can find a job in a variety of sectors, both in private and public organizations, such as the:

  • Information technology sector
  • Professional services (customized application development, web-based applications, network system administration and maintenance) 
  • Educational sector
  • Research laboratories 

 

Access to Further Studies

Graduates of the programme can be accepted into Second Cycle degrees (Master’s Degree).

 

Course structure diagram with credits

The size of the Professional Bachelor study programme is 168 credit points (CP) (252 ECTS), and the duration of the programme is 4 years. The programme consists of three parts:

Part A (65 CP) – compulsory courses of Information Technology, Mathematics, Economics, Law, and Management;

Part B (97 CP) – compulsory courses providing advanced competencies in Information Technology and Software Engineering, practice in industry, and development of Bachelor thesis

Part C (6 CP) – free optional courses chosen according to students’ interests.

 

COMPULSORY PART (A)

Course code(s)

Course title

Credit points

ECTS credits

EkonPA03

Economy and Business

4

6

VadZP113;  VadZPB04

Management of Human Resources

3

4,5

VidZPA09

Sustainable Development

2

3

PsihPA03

Business Psychology and Ethics

3

4,5

ValoP794

Document Management and Business Relationships

2

3

JurZP044

Labour Law

2

3

Valo1899;  ValoP389

English I, II

4

6

ValoPA90;  ValoPA91

Latvian I, II

8

12

DatZ1010

Introduction to Computing

3

4,5

DatZ1011

Programming

4

6

DatZ2881

Algorithms and Data Structures I
Data Structures I

2

3

DatZ2003

Database Technology I

4

6

InfT2001

Analysis and Design of Information Systems

4

6

DatZ3929

Operating Systems

2

3

DatZ2007

Local Area Networks

4

6

DatZ3007

Internet Technologies

4

6

InfT6009

Information Systems Security

2

3

DziTPA06

Laws and Standards of ICT industry

2

3

MatePA06; MatePA99

Mathematics I, II

6

9

B-PART-RESTRICTED OPTION

DziTPA07

Development of Web-based Software

2

3

DziTPA08

Computer-Aided Design Systems

2

3

DatZ1013

Computer Graphics and Animation

2

3

DatZ4006

Non-linear Computer-based Video Montage

2

3

DatZ2986

Multimedia Systems

2

3

DatZ2011

Software Project Management

2

3

DatZ2012

Software Testing and Quality

2

3

DatZ5305

Programming Languages

2

3

DatZ2871

Algorithms and Data Structures II

2

3

DatZP077

Object-Oriented Programming

2

3

DatZP091

Database Technology II

2

3

DziTPA30

Software Engineering Issues

2

3

DziTPA32

Software Engineering Technologies

2

3

DatZ3003

Object-Oriented Analysis and Modeling

2

3

DziTPA31

Agile Software Developments

1

1,5

DatZ3892

Computer Architecture

4

6

Mate1746 Mate1932Mate2754

Linear Algebra and Analytical Geometry I, II, III

6

8

Mate1004

Discrete Mathematics

4

6

Mate2010-I Mate2013-II

Probabilities and Mathematical Statistics I, II

4

6

Fizi3A01 Fizi4A01

Physics I, II

4

6

ETelPA01

Introduction to Electronics

2

3

DziT2A02

Annual Project (Software Developments)

2

3

CitiPB73

Annual Project (Databases)

2

3

DziTPA35

Annual Project (Information Systems)

2

3

PRACTICE

DziTPA33 DziTPA34

Practice I, Practice II

26

39

ELECTIVE PART (C)

-

Students' free choice

6

9

STATE EXAMINATIONS

CitiP628

Bachelor Thesis

12

18

 

Examination Regulations, Assessment and Grading

The ten-point accepted by the Ministry of Education and Science has been used for the formal assessment of students’ knowledge. The following documents approved by the university Senate (Board) regulate the evaluation of the learning outcomes:

          Regulation of the studies and higher-level studies 

          (approved by the Senate on 20.12.2010; amendments on 19.12.2011);

          Rules on the course examinations 

          (approved by the Senate on 20.12.2010);

          The rules on the final examinations and state examinations

          (approved by the Senate on 20.12.2010; amendments on 17.12.2012);

          Rules on obligations and rights of academic staff and students 

          (approved by the Senate on 21.02.2011).

At the end of each course, students have final assignment or exam. In most of the learning courses, students have to perform several tests providing feedback on learning progress and the ability to determine the degree of achievement of learning outcomes during the semester. In most cases, the students' home assignments, e.g., problem solutions, software code, presentations, reports, essays, etc., have been assessed by grades, but in some cases teacher marks “submitted / not submitted”. For the courses implemented in virtual learning environment Moodle, assessments of students’ assignments and tests are available during the whole semester. The final assessment of each learning course is available in university information system www.lais.lv

The cumulative scoring is applied for final assignment that motivates students to work throughout the semester. Exam grade is either result of a single test, or it may be calculated as sum of the evaluation of the semester work and assessment of final test. At the beginning of the learning course, students has introduced with the scoring system and completion requirements. The description of the evaluation criteria and methods for achievement and assessment of the learning outcomes has included in the course curricula.

 

Graduation Requirements

The student must complete 252 ECTS (168 CP) and all programme requirements. 

 

Mode of Study

Full-time study is available

 

Programme Director

Name: Dzintars Tomsons

Department: Faculty of Natural and Social sciences

E-mail: dzintars.tomsons@liepu.lv 

Liepaja University