Automation (Master of Engineering Sciences in Electric Engineering)
Master
In Vilnius (Lithuania)
Description
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Type
Master
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Location
Vilnius (Lithuania)
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Duration
4 Semesters
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Start date
Different dates available
Provide the latest special knowledge on electrical engineering and its' close to or adjacent study fields that are necessary to independently design and apply newest technologies, automatic control systems and mechatronic devices to develop the ability to critically assess and creatively apply that knowledge, train to perform an applied research of mechatronic systems to obtain new results and to improve professional competence throughout life-long learning.
Facilities
Location
Start date
Start date
About this course
Z1. Good knowledge and ability to creatively apply the fundamentals of the natural science and mathematics, thoroughly knowledge and understanding of the principles of automatic control systems that correspond to study program and be able to apply them for solving new engineering problems.
Z2. Knowledge and critical assessment of the latest achievements in the study field of electrical engineering.
Research skills
GT1. Ability to identify, locate and evaluate the data needed for required engineering tasks by using databases and other sources of information.
GT2. Ability to plan and conduct analytical, simulation and experimental research of automatic control systems, process and assess the data, provide conclusions.
Bachelor degree or its equivalent
Reviews
Subjects
- Design
- Logic
- Project
- Systems
- Engineering
- Automation
- Research
- Control Systems
- Neural Networks
- Micromachines
Course programme
Automatic Systems
- Electronic Power Converters
- Master's Research Work 1
- Fundamentals of Research and Innovations
- Mathematical Modelling Technologies
- Computers and Their Systems in Automation
- Electronic Power Converters
- Master's Research Work 1
- Fundamentals of Research and InnovationsE
- Mathematical Modelling Technologies
- Computers and Their Systems in Automation
Automatic Systems
- Neural Networks and Fuzzy Logic in Automation
- Micromachines for Automation
- Advanced Automatic Control Systems (With Cource Project)
- Master's Research Work 2
- Systemotechnique and Gauges
- Modern Electric Drives
- Virtual Instrumentation
- Management of Network Service Quality
- Systems Design using VHDL Language
- Electromechanical Elements of Mechatronics
- Modelling of Mechatronic Systems (With Course Project)
- Master's Research Work 2
- Mechanics of Mechatronical Systems
- Systemotechnique and Gauges
- Modern Electric Drives
- Virtual Instrumentation
- Modern Operating Systems
- Management of Network Service Quality
- Systems Design using VHDL Language
Automatic Systems
- Discrete Control Systems
- Engineering system of industrial automation (with course project)
- Master's Research Work 3
- Electromagnetic Pulse Power Technologies
- Programmable Logic Controllers
- Intelligent Systems
- Speech Signal Processing
- Data Centres
- Data Mining Techniques
- Discrete Control Systems
- Control of mechatronic systems (With Course Project)
- Master's Research Work 3
- Electromagnetic Pulse Power Technologies
- Programmable Logic Controllers
- Intelligent Systems
- Speech Signal Processing
- Data Centres
- Data Mining Techniques
Automatic Systems
- Master Graduation Thesis
- Master Graduation Thesis
Automation (Master of Engineering Sciences in Electric Engineering)