Automation and Robotics

Course code Course title ECTS Annotation Comment
28088 IoT Internet of Things 3 This course covers theoretical and practical topics related to the principles of the Internet of Things and its applications and the IoT architecture reference model (ARM) is provided. Internet technologies, that provide access to physical objects and their interaction, are also covered in the course topics. This includes the types of sensors and the ways in which they communicate, prepare data and are controlled. Methods of collecting information from Internet devices and methods of visualization and processing of received data are analyzed. The security aspects and the metrology problems of the Internet of Things are assessed.
15934 Basics of Programming 5 The aim of the subject is to introduce students to the creation principles of task solving algorithms, to the main commands of programming language C++, its components and structures, tools of program construction and the simplest structures of user interface. The main attention is paid to the consistent assimilation of the main C++ language structures and to the learning how to write programs in C++ language. During the course, students are introduced to .net environment of the object-oriented programming system Visual Studio. Students acquire programming knowledge and skills during the creation of programs in C++ language. Students learn to program input and output, control structures, to use and create functions. Students get introduced to array handling principles and learn to create array handling algorithms. Students learn to use the variables of a simple type – pointers and the variables of structure type, they are introduced to the principles of operations with files, learn to create file handling programs.
50266 Programming of Industrial Robots 5 The subject is intended for students seeking to familiarize themselves with the application of industrial robots and cobots in industry, agriculture and other possible applications. During the semester, laboratory works are carried out with Motoman, Fanuc industrial and collaborative robots. Students create a digital twin of a robotic workplace with specialized robot simulation software.
15101 Electric Drives and Their Control 4 Competencies that students will acquire: by studying this subject, students acquire competencies to design, operate and control electric drives, analyze their operation, use sensors and automatic control systems, solve technical problems and optimize energy use in drive systems.
25628 Control of Renewable Energy Systems 5 During this course, students will get acquainted with the working principles of the wind, solar, hydro, biofuel, and geothermal power plant systems as well as the physical transformation of energy. They will analyze the principles of hydrogen energy technology, Renewable Energy System Management systems and their visualization basics. Students will study the SOFT and PEM principles of fuel cell operation and the main aspects of hydrogen production cycle; analyze hybrid power management systems; get acquainted with the current and voltage converters as well as energy storage and energy transfer process management. They will analyze programmable embedded control systems of Renewable Energy Systems; learn to design and implement mechatronic systems for renewable energy. Laboratory work and specific tasks will help to solidify students’ theoretical knowledge and practical skills.

Geodesy

Course code Course title ECTS Annotation Comment
15328 Geodetic Equipment 3 The knowledge as well as professional abilities concerning construction and use of geodetic equipment, its use, maintenance and construction principles are acquired. Theoretical analysis is performed; the research methods designed for device construction, their use and maintenance are used. Students learn about the basics of wave and geometry optics, optical parts of devices, disadvantages of optical systems as well as their removal, limbs (ordinary and electronic), self-reading systems: using bar and scale  microscope, construction and operating principles of optical micrometers. Construction and production of level as well as operating principles of different compensators are analyzed.
46558 Geodesy 5 The study subject analyzes national and special geodetic networks and their application in various geodetic works. The main technical regulations, requirements and principles governing measurements are presented. Familiarity with the selection and use of modern surveying tools and software, preparation of topographic plans, processing and evaluation of the obtained data known methods and techniques. Practical skills of geodetic measurements with modern geodetic instruments are developed. Development of digital plans and schemes. Acquires practical skills in creating, verifying and analyzing the geographical location of points, lines and objects in the field. Develop students’ geodetic thinking, creativity, initiative, individual and team decision-making skills, and responsibility.
25217 Engineering Geodesy 2 4 Knowledge about geodetic works that are carried out while making different research building projection works is provided. Methods of project demarcation in nature and instruments used are explained. Geodetic calculations for project demarcation, performance of demarcation works, and evaluation of demarcation work precision are discussed. Geodetic works in construction of an underground and above ground part of a building, demarcation of heights on building constructions, control geodetic pictures, building deformation research, observations of building drift and tilt are analyzed. The application of geodetic methods to land plot measurements, plot projection, demarcation, land plot consolidations, boundary setting are explained.
16562 Higher Geodesy 3 The course analyzes the Earth’s gravitational field, potential of pull and gravity, force lines and equipotential surfaces,
normal gravitational field, height systems, methods of measuring gravity, gravimetric measurements, celestial coordinate systems, astronomical time systems, apparent true and mean coordinates, star catalogues, astronomical almanacs, determinations of astronomical coordinates and azimuth.
25217 Engineering Geodesy 3 The course focuses on geodetic works performed when conducting various research and structural design works. The methods and instruments used for marking projects in nature are explained. The course also analyzes geodetic works in the construction of underground and above-ground parts of buildings, studies of structural deformations, observations of structural inclinations and vibrations, and engineering geodetic works for measurement and design.
52509 Information Technologies 4 Students will apply information technologies by working with local computer resources and cloud computing services, while developing the ability to analyze and visualize data to make independent professional decisions. The course will cover the development of information technologies, computer architecture, and their characteristics. Students will learn to input more complex texts, perform various calculations using mathematical, temporal, and logical functions, and create graphs and charts. Additionally, they will strengthen their skills in working with spreadsheets and presentation software.