Telecommunications

Higher Education College Study Programme TELECOMMUNICATIONS
State Code 653H64001
Study Area Technological Sciences
Study Field Electronics and Electrical Engineering
Mode and Duration Full-time studies – 3.5 years  Study plan

Part-time studies – 4.5 years
Volume 210 (ECTS) credits
Qualification Degree Awarded Professional Bachelor of Telecommunications Engineering
Minimum Admission Requirements Secondary education
Completion of Studies Preparation and defence of a final project
Learning Aim:

to prepare highly qualified Professional Bachelors of Telecommunications Engineering who are able to design telecommunication networks, select and monitor telecommunication systems and their equipment, model a network for providing services and technologies for downloading voice, video, data, required by customers, are able to efficiently install and operate sophisticated telecommunication equipment, detect and remove system and equipment faults, set up their own business.
Acquired Skills:
graduates will be able to:

  • to model service providing network and technologies for transmitting voice, image, data tailored to customer’s needs;
  • to select required equipment and design projects, analyse, specify and implement designed projects;
  • to observe and manage activities of telecommunication company, manage projects;
  • to organize business company’s work;
  • to use technical literature, standards, databases, applications programs.
Learning Outcomes:

  • be able to evaluate customers’ needs and development trends;
  • develop the project for a technical solution;
  • develop economic feasibility of the project;
  • define implementation properties of telecommunication network projects;
  • explain structure of telecommunication networks and systems; to explain functions and interactions of individual parts of the network;
  • perform installation, assembling, adjustment and measurement work of telecommunication equipment;
  • be able to analyze procedures of data stream transmission, management, processing and switching;
  • identify and eliminate faults of telecommunication networks;
  • be able to perform qualitative and quantitative metrological measurements and evaluate quality of connectivity;
  • evaluate business environment;
  • carry out market research;
  • organize the activities of a company (department);
  • communicate orally and in written in good Lithuanian language and at least one of foreign languages;
  • be able to professionally articulate and justify arguments based on market conditions, social, scientific, ethics aspects;
  • be able to work in a team;
  • use legal and standard documents; computer programs;
  • be able to study on his/her own.
Career Prospects:

  • designing of telecommunication networks;
  • organizing implementation of telecommunication networks and systems project;
  • installation of telecommunication technical solutions;
  • maintenance and service of telecommunication equipment;
  • organization of telecommunication business.

Study Plan

Study Plan
TELECOMMUNICATIONS
Full-time studies
Semester Subject Credits (ECTS) Final evaluation form*
First year
1 English 3 E
1 Physics 6 E
1 Mathematics 3 E
1 Electrical Engineering 6 E
1 Engineering and Computer Graphics 3 Ss (P)
1 Information Technology 6 Ss (P)
1 Electronics Practice 3 Ss (P)
Total 1 semester: 30
2 English 3 E
2 Philosophy / Sociology 3 Ss (P)
2 Speciality Language 3 Ss (P)
2 Mathematics 6 E
2 Signals and Circuits 6 E
2 Electronics 6 E
2 Information Technology Practice 3 Ss (P)
Total 2 semester: 30
Total first year: 60
Second year
3 Fundamentals of Communication / Business Communications 3 Ss (P)
3 Probability Theory and Statistics 3 E
3 Analogue Devices 3 E
3 Digital Devices 6 E
3 Digital Signal Processing 3 E
3 Telecommunication Lines 6 E
3 Telecommunication Network Measurements (+practice) 6 Ss (P)
Total 3 semester: 30
4 Microprocessors 3 E
4 Environmental and Civil Safety 3 Ss (P)
4 Information Transfer Systems 6 E; Sp
4 Computer Networks 6 E
4 Digital Switching Systems 3 E
4 Mobile Networks 6 E
4 Computer Aided Design Practice 3 Ss (P)
Total 4 semester: 30
Total second year: 60
Third year
5 Law 3 Ss (P)
5 Management 3 E
5 Data Communication Technologies 3 E
5 Access Network Technologies 3 E
5 Digital Audio and Video Technologies / Management of Telecommunication Networks 6 E
5 Management of Telecommunication Networks 6 E
5 Optional Subject 3 Ss (P)
5 Optional Subject 3 Ss (P)
Total 5 semester: 24
6 Economics 6 E; Sp
6 Intelligent Networks 3 E
6 Wireless Telecommunications / Information Security in Telecommunication Networks 3 E
6 Telecommunication Network Project 6 Sp
6 Optional Subject 3 Ss (P)
6 Optional Subject 3 Ss (P)
6 Professional Practice 12 Ss (P)
Total 6 semester: 36
Total third year: 60
Fourth year
7 Final Practice 15 Ss (P)
7 Final Project 15 Defence in QC
Total VII semester: 30
Total: 210
Optional subjects
General college study subjects
Professional English 1 3 Ss (P)
Professional English 2 3 Ss (P)
German 1 3 Ss (P)
German 2 3 Ss (P)
Physical Training 3 Ss (P)
Professional Ethics 3 Ss (P)
History of Culture 3 Ss (P)
Oratory 3 Ss (P)
Study field subjects
Marketing 3 Ss (P)
Quality Management 3 Ss (P)
Methodology of Applied Research 3 Ss (P)
Project Management 3 Ss (P)
Graphics Design 3 Ss (P)
Measurement System LabView 3 Ss (P)
MATLAB in Electronics 3 Ss (P)
Web Sites Development 3 Ss (P)
*Final evaluation form: E – exam, Ss (P) – self-study work (project), Sp -subject project work, QC – Qualification Committee