Electronics Engineering
| ELECTRONICS ENGINEERING | |
|---|---|
| State code | 6531EX027 |
| Faculty | Faculty of Electronics and Informatics |
| Study field | Electronics Engineering |
| Qualification | Professional Bachelor of Engineering Sciences |
| Form and duration of studies | Full-time studies, 3,5 years |
| Credits | 210 |
| Study plans | Degree Course 2020 – 2024 Degree Course 2019 – 2023 Degree Course 2018 – 2022 Degree Course 2017 – 2021 |
Career Prospects
Graduates will be able to work in different state and private companies, enterprises, firms where electronic and mechatronic systems and their equipment are designed, manufactured, installed and maintained, to organize their own business.
Learning Outcomes
You will be able to:
- communicate in writing and orally in the correct state language (Lithuanian) in business situations and in a foreign language (English);
- professionally formulate and give sound arguments taking into account market situation, social, scientific and ethical considerations;
- work in a team;
- apply legal and standard documents, computer programs;
- perceive the importance of self-directed lifelong learning and prepare for it;
- know the basic electronics engineering concepts and their content;
- explain performance of a wide range of electronics equipment and causes of its malfunction;
- identify and eliminate equipment faults;
- maintain, adjust electronics equipment and systems,
- install hardware and software applying the newest technologies;
- select and set necessary equipment, instruments and methods;
- safely deploy, install, and adjust electronics equipment and systems applying appropriate methods;
- select and make circuits of electronic devices, be able to simulate them on the basis of applications programs;
- create product design and prepare basic product design documents;
- work out economic basis of the project;
- understand design methods used in electronics and be able to apply them;
- select process technology for the product production;
- assess business environment and prepare a business plan;
- organise enterprise (subdivision) activities;
- apply knowledge of electronics engineering to creating electronic/mechatronic systems;
- install and adjust electronic/mechatronic systems;
- identify and eliminate faults of electronics/mechatronics devices and systems.
Full-time studies
Degree Course 2020-2024
Degree Course 2019-2023
Degree Course 2018-2022
Degree Course 2017 – 2021
| 1st semester (30 credits) | ||
|---|---|---|
| Subjects | Credits | Evaluation* |
| English I | 3 | E |
| Physics | 6 | E |
| Mathematics | 5 | E |
| Electrical Engineering | 6 | E |
| Programming of Electronic Devices | 3 | SD |
| Engineering and Computer Graphics | 4 | SD |
| Electronics Practice | 3 | SD |
| 2nd semester (30 credits) | ||
| Subjects | Credits | Evaluation * |
| English II | 3 | E |
| Speciality Language | 3 | IW |
| Mathematics | 5 | E |
| Electronics | 7 | E |
| Signals and Circuits | 6 | E |
| Virtual Electronic Instruments | 3 | IW |
| Computer Aided Design Practice | 3 | IW |
| 3rd semester (30 credits) | ||
| Subjects | Credits | Evaluation * |
| Philosophy / Sociology | 3 | IW |
| Probability Theory and Statistics | 3 | E |
| Analogue Devices | 6 | E (KP) |
| Digital Devices | 6 | E (KP) |
| Electromagnetic Waves and Antennas | 3 | E |
| Programming C Language | 6 | IW |
| Practice of Electronic Devices Programming | 3 | IW |
| 4th semester (30 credits) | ||
| Subjects | Credits | Evaluation * |
| Environmental and Civil Safety | 3 | IW |
| Microprocessors and Controllers | 6 | E |
| Digital Signal Processing | 3 | E |
| Measurement and Basics of Metrology | 3 | IW |
| Telecommunication Systems | 6 | E |
| Electronics Equipment Design and Manufacturing | 6 | E (KP) |
| Electronic Measurement Practice | 3 | IW |
| 5th semester (24 credits) | ||
| Subjects | Credits | Evaluation * |
| Law | 3 | IW |
| Management | 3 | E |
| Automatics Systems | 3 | E |
| Computer Systems | 3 | E |
| OC 1* | 3 | IW |
| OC 2* | 3 | IW |
| Specialization: Electronics Systems | ||
| Audio and Video Technologies | 6 | E |
| Specialization: Mechatronics Systems | ||
| Programmable Logic Controllers | 3 | E |
| Visualization of Processes | 3 | IW |
| 6th semester (36 credits) | ||
| Subjects | Credits | Evaluation * |
| Economics | 6 | E |
| OC 3* | 3 | IW |
| OC 4* | 3 | IW |
| Professional Practice | 12 | IW |
| Specialization: Electronics Systems | ||
| Electronic Apparatus and Maintenance | 6 | E |
| Security Electronics Systems | 3 | E |
| Electronics Systems Project | 3 | P |
| Specialization: Mechatronics Systems | ||
| Mechatronics Systems | 6 | E |
| Robotics | 3 | E |
| Mechatronics Systems Project | 3 | P |
| 7th semester (30 credits) | ||
| Subjects | Credits | Evaluation * |
| Final Practice | 15 | IW |
| Final Project | 15 | P |
| Optional course | Credits | Evaluation * |
| General college study subjects | ||
| Physical Training | 3 | IW |
| Professional English | 3 | IW |
| German 1 | 3 | IW |
| Professional Ethics | 3 | IW |
| History of Culture | 3 | IW |
| Fundamentals of Communication | 3 | IW |
| Oratory | 3 | IW |
| Study field subjects | ||
| Marketing | 3 | IW |
| Quality Management | 3 | IW |
| Methodology of Applied Research | 3 | IW |
| Microwave Technique | 3 | IW |
| Basics of Accounting | 3 | IW |
| Computer Networks | 3 | IW |
| Mobile Networks | 3 | IW |
| PID Controllers | 3 | IW |
| Measurement Automatization System LabView | 3 | IW |
| MATLAB in Electronics | 3 | IW |
| Digital Signal Processors (DSP) | 3 | IW |
| Operating Systems | 3 | IW |
| Project Management | 3 | IW |
| Laser Technologies | 3 | IW |
| Automobile Electronic Systems | 3 | IW |
Optional subjects are freely selectable subjects from the list of predefined subjects.
* E – exam, P – project, IW – independent work, KP – course project/paper,
OC – optional course.