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Electronics engineering
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Summary of the Profile
General Description:
Objective(s) of a study programme:
The objectives of the study programme are to prepare Professional Bachelors in Electronics Engineering who are able to professionally install, operate sophisticated electronics equipment and systems, diagnose and address various electronic systems faults, design, build and program electronic and mechatronic systems functional units, apply the computer programs for the design of electronics and mechatronics systems equipment, understand essential factors of business environment as well as have communication, teamwork, logical and systematic thinking skills, self-expand and deepen knowledge, apply the theoretical principles into practice.
Learning outcomes:
1.1. Communicate orally and in written in good Lithuanian in professional situations and a foreign (English) language.
1.2. Professionally formulate and justify arguments taking into account market situation, social, scientific, ethical aspects.
2.1. Work as a team.
2.2. Use legal and standard documents, computer programs.
2.3. Understand the individual importance of life-long learning and prepare for it.
2.4. Know the main electronics engineering concepts and their contents.
3.1. Explain operation of various profile electronics equipment and causes of fault.
3.2. Identify and eliminate the equipment faults.
3.3. Supervise, adjust electronics equipment and systems.
3.4. Install hardware and software applying the latest technologies.
4.1. Select and assemble the necessary equipment, tools and methods.
4.2. Securely implement, install and adjust electronic equipment and systems applying appropriate methods.
5.1. Select and create the circuits of electronic devices, be able to simulate them using computer applications programs.
5.2. Make a product design and prepare the main product design documents.
5.3. Work out economic justification of the project.
5.4. Understand design methodologies used in electronics and be able to apply them.
5.5. Select the technology process for product production.
6.1. Evaluate business environment.
6.2. Write a business plan.
6.3. Organize company (department) activities.
Electronic systems specialization
7.1. Apply electronics engineering expertise in developing electronic systems.
7.2. Install and debug electronic systems.
7.3. Identify and remove faults of electronic devices and systems.
Mechatronic systems specialization
8.1. Apply electronics engineering expertise in developing mechatronic systems.
8.2. Install and debug mechatronic systems.
8.3. Identify and remove faults of mechatronics devices and systems.
Activities of teaching and learning:
Lectures, practicums, practice, laboratory work, individual studies
Methods of assessment of learning achievements:
Exam, individual work, coursework, final work.
Framework:
Study subjects (modules), practical training:
General college study field subjects:
English, Philosophy/Sociology, speciality language, Law, Management.
Compulsory study field subjects:
Physics, Mathematics, Probability Theory and Statistics, Electrical Engineering, Electronic Device Programming, Engineering And Computer Graphics, Environmental and Civil Safety, Electronics, Signals and Circuits, Analog Devices, Digital Devices, Microprocessors and Controllers, Electromagnetic Waves and Antennas, Processing of Digital Signals, Measurement and Basics of Metrology, Virtual Electronics Instruments, Programming C Language, Telecommunication Systems, EA Design and Production, Automation Systems, Computer Systems, Economics.
Specialisation subjects (Electronic Systems):
Audio and Video Technologies, Electronic Apparatus and Maintenance, Electronics Safety Systems, Electronics Systems Project.
Specialisation subjects (Mechatronic Systems):
Mechatronics Systems, Programmable Logic Controllers, Visualization of Processes, Robotics, Mechatronics Systems Project.
Practicums:
Electronics Practicum, Computer Aided Design Practicum, Electronic Device Programming Practicum, Electronics Measurement Practice, Professional Practicum, Final Practicum.
Optional subjects:
Physical Education, Professional English, German Language, Professional Ethics, History Of Culture, Communicative Skills, Oratory.
Marketing, Quality Management, Methodology of Applied Research, Microwave Technology, Basics of Accounting, Computer Networks, Mobile Networks, PID Controllers, Measurement Automatization System LabVIEW, Matlab in Electronics, Digital Signal Processors (DSP), Operating Systems, Project Management, Laser Technology; Car Electronics Systems.
Specialisations:
Electronic systems;
Mechatronic systems
Optional courses:
The student selects specialisation and have the opportunity to choose the 4 optional subjects.
Distinctive features of a study programme:
The study program is for at preparing electronics engineers capable of installing, operating, programming complex electronic equipment and systems.
Access to professional activity or further study:
Access to professional activity:
• Ability to design, develop and programing electronic and mechatronic systems functional units and their systems;
• Installation and operation of complicated electronic, telecommunication and computer systems and equipment;
• Diagnose and remove a variety of electronic equipment failures;
• Programming programmable controls, controlling the work of electronics and mechatronics systems, eliminating their failures;
• Applied computer applications for electronic and mechatronic systems;
• Apply main principles of business organization.
Access to further study:
Access to the second cycle studies upon meeting requirements set by the accepting higher education institution.
