Automation and Robotics

Course code Course title ECTS Annotation Comment
14705 Automatic Control Theory 6 During the study, structure of automatic systems is analyzed, types of automatic systems are introduced, purpose of automatic monitoring systems and automatic control systems is explored; functional purpose of automatic system elements is analyzed; principles of automatic control are introduced; static and dynamic characteristics of automatic control system elements are analyzed; control laws are studied; terms of stability and control quality of automatic control systems are analyzed; methods of controller selection are analyzed; fuzzy logic-based controllers are introduced. Furthermore, during the study of the subject, information transfer between devices of control systems and signal conversion principles are analyzed. During the study of the subject, students explore functioning principles of information transfer and conversion devices, and the methods of their combination.
14693 Electrical Engineering 5 The basic laws, operating modes and basic characteristics of electrical circuits are introduced. Learn how to connect and calculate various electrical circuits. Knowledge of the principles of operation of electronic devices, their characteristics and parameters is provided, ability to use the analyzed electronic devices in the simplest electronic devices, characteristics of typical electronic devices, learning to evaluate the results of the research and applying electronic devices in practice.
45076 Basics of Digital Electronics 3 Competencies that students will acquire: By studying Fundamentals of Digital Electronics, students will gain knowledge about the principles of digital logic, combinational and sequential circuits, and digital signal processing. They will acquire practical skills in designing, modeling, and testing digital circuits, working with logic elements and microcontrollers.

Geodesy

Course code Course title ECTS Annotation Comment
46734 Basics of Construction and Underground Communications 4 The subject was designed for the students who are seeking to acquire primary knowledge and professional abilities in the area of the basics of construction as well as engineering network – underground communications. Students will get acquainted with the Law of construction, technical regulations and institutions related to construction. Construction materials, their characteristics, application are described; building construction parts, their elements are analyzed. Variety, purpose, importance, functions as well as technical documentation regulating the peculiarities of project design and installation are discussed.
15327 Survey Result Processing 3 The methods of survey result processing in different areas of geodetic survey activities in Lithuania and EU. The main result processing methods and requirements are applied by classifying surveying according to occurring errors and ranking geodetic survey results according to different precision assessment criteria and assessing the precision and reliability of geodetic survey results.
45566 Photogrammetry and Remote Research Methods 7 The course provides students with the knowledge and skills to master the peculiarities of the process of aerial image acquisition, to apply the basic principles of photogrammetric processes to obtain spatial data, to create orthophotographic maps, and to assess their accuracy. To develop the ability to analyse and read aerial and space imagery material. To introduce the main remote sensing technologies for land surface mapping. The course covers the applicability of photogrammetric methods, the photographic tools used, the main parameters of aerial photographs, their geometric properties, their qualitative and quantitative criteria. It analyses the essence, development, basic principles and various applications of remote mapping technologies, discusses the basic principles of space imagery, the processing of data by software and the evaluation of the data and results obtained.
14576 Training Internship of Geodetic Measurements 5 Field work (working with horizontal angle measuring instruments; working with optical levels; tacheometric measurements, sketching of sketches (croquis), drawing of a 1:500 plan using GeoMAP software). Indoor work (calculation of theodolite traverse coordinates; processing of levelling results; calculation of land plot areas).
27140 Engineering Geodetic Research 3 The course analyzes project marking methods and instruments used in the field, tracing works, detailed marking of curves, road axes, embankments, and excavations, geodetic works in bridge construction, railway construction, geodetic works in the design, marking, installation, and operation of bridges, viaducts, flyovers, drainage systems, tall and hydraulic structures, and in the performance of orthometric and hydrometric surveys.
Specialization Coursework 3 The course analyzes devices and methods for route design and marking, examines methods and techniques for vertical ground surface design, and the vertical route design is performed.