Absolvent:
- je harmonická a tvorivá osobnosť s občianskou a spoločenskou zodpovednosťou,
- je odborník v oblasti elektrotechniky so zameraním sa na aplikovanú elektrotechniku, meracie a diagnostické systémy a procesmi spojenými s projektovaním, konštrukciou, overovaním a prevádzkou v oblasti poznania, a tiež profesii v jej širšom spoločenskom kontexte
- je schopný tvorivo hľadať a nachádzať riešenia v odborných problémoch súvisiacich analýzou, projektovaním, konštruovaním a údržbou elektrotechnických zariadení a meracích systémov pre všetky oblasti priemyslu,
- je odborník elektrotechnike ako disciplíne a oblasti poznania, ako aj profesii v jej širšom spoločenskom podtexte,
- má hlboké znalosti v oblasti aplikovanej elektrotechniky, meracej techniky a diagnostiky, umožňujúce mu riadiť tímy pracovníkov v tejto oblasti, samostatne viesť aj veľké projekty a prevziať zodpovednosť za komplexné riešenia,
- ovláda moderné informačno-komunikačné technológie a vie ich primerane využívať vo svojej praxi,
- dokáže nachádzať a prezentovať vlastné riešenia problémov pri výskume, vývoji, projektovaní a konštruovaní elektrotechnických zariadení aj v širšom kontexte riadiacich, meracích a diagnostických systémov ako aj materiálovo-technologického výskumu; kriticky prehodnocovať znalosti o technických, softvérových a obchodných procesoch a postupoch na napomáhanie v zlepšovaní výkonnosti organizácie a dosahovaní jej cieľov, pracovať efektívne ako jednotlivec, ako člen a ako vedúci tímu; analyzovať a aplikovať celú paletu konceptov, princípov a praktík vývoja modernej elektrotechniky v kontexte voľne definovaných problémov, pričom bude preukazovať efektívne rozhodovanie v súvislosti s výberom a použitím metód, techník a prostriedkov,
- má manažérske, ekonomické, spoločenské, morálne a právne povedomie a dokáže používať vhodné praktiky v súlade s profesionálnym, etickým a právnym rámcom platným v oblasti elektrotechniky a meracej techniky,
- je pripravený na štúdium študijného programu tretieho stupňa a budovanie vedeckej perspektívy v celej škále aplikácií elektrotechniky a meracej techniky, v ktorých uplatňuje pokročilé metódy a techniky pri návrhu a vývoji elektrotechnických zariadení alebo na bezprostredný vstup na trh práce,
- nachádza uplatnenie ako člen tvorivého tímu alebo jeho vedúci v rôznych odvetviach priemyslu, vo vzdelávacej sústave, vo výskume, ako vo verejnom tak aj v súkromnom sektore, doprave, zdravotníctve a pod. a všade tam, kde sú možnosti vývoja, nasadzovania a prevádzky elektrotechnických zariadení i meracích a diagnostických systémov.
Programme guarantor: prof. Ing. René Harťanský, PhD.
Study advisors: doc. Ing. Prof. Ing. Prof. Vladimír Jančárik, PhD.
Recommended study plan
1st year – 1st semester (winter):
| Kód predmetu | Názov predmetu | Typ Pr. | Kredity | Týždenný rozsah P-C | Predmet zabezpečuje |
|---|---|---|---|---|---|
| I-PASE | Pokročilá analýza a syntéza elektrických obvodov | PP | 6 | 2-2 s | E. Ušák |
| I-CISPSI | Číslicové spracovanie signálov | PP | 6 | 2-2 s | A. Šatka |
| B-MVP | Mikroprocesory v priemysle | PP | 6 | 2-2 s | P. Jánošík |
| I-MEENZ | Meniče elektrickej energie a napájacie zdroje | PP | 6 | 2-2 s | J. Halgoš |
| I-PROJ | Projekt | PP | 6 | 2-2 s | M. Bittera |
| Spolu: | 30 |
1st year – 2nd semester (summer):
| Kód predmetu | Názov predmetu | Typ Pr. | Kredity | Týždenný rozsah P-C | Predmet zabezpečuje |
|---|---|---|---|---|---|
| I-DP1-AE | Diplomový projekt 1 | PP | 6 | 0-2 s | R. Harťanský |
| I-MME | Moderné materiály pre elektrotechniku | PP | 6 | 2-2 s | R. Dosoudil |
| I-VFT | Vysokofrekvenčná technika | PP | 6 | 2-2 s | R. Harťanský |
| Povinne voliteľný predmet A | PVP | 6 | |||
| Spolu: | 30 |
Compulsory electives A (one must be chosen):
| Kód predmetu | Názov predmetu | Typ Pr. | Kredity | Týždenný rozsah P-C | Predmet zabezpečuje |
|---|---|---|---|---|---|
| I-PVID | Počítačové videnie | PVP | 6 | 2-2 s | J. Grman |
| I-MOCSS | Metódy a obvody číslicového spracovania sigálov | PVP | 6 | 2-2 s | A. Šatka |
| I-TPU | Telemetria a prenos údajov | PVP | 6 | 2-2 s | M. Rakús |
Electives (you can choose one):
| Kód predmetu | Názov predmetu | Typ Pr. | Kredity | Týždenný rozsah P-C | Predmet zabezpečuje |
|---|---|---|---|---|---|
| I-AMO | Antény a mikrovlnné obvody | VP | 6 | 2-2 s | R. Harťansky, M. Dzuriš, J. Krchnák |
2nd year – 3rd semester (winter):
| Kód predmetu | Názov predmetu | Typ Pr. | Kredity | Týždenný rozsah P-C | Predmet zabezpečuje |
|---|---|---|---|---|---|
| I-DP2-AE | Diplomový projekt 2 | PP | 6 | 2-2 s | R. Harťanský |
| I-EPS | Elektromagnetické prvky a systémy | PP | 6 | 2-2 s | V. Jančárik |
| I-NM | Návrh meracích systémov | PP | 6 | 2-2 s | J. Hallon |
| I-SPAE | Spoločenské a právne aspekty v elektrotechnike | PP | 6 | 2-2 s | M. Bittera |
| Povinne voliteľný predmet B | PP | 6 | |||
| Spolu: | 30 |
Compulsory electives B:
| Kód predmetu | Názov predmetu | Typ Pr. | Kredity | Týždenný rozsah P-C | Predmet zabezpečuje |
|---|---|---|---|---|---|
| I-AMAG | Aplikovaný magnetizmus | PVP | 6 | 2-2 s | E. Ušák |
| I-DMS | Distribuované meracie systémy | PVP | 6 | 2-2 s | M. Kamenský |
| I-SMEV | Spracovanie meraní a metódy vyhodnocovania | PVP | 6 | 2-2 s | E. Ušák, J. Krchnák |
2nd year – 4th semester (summer):
| Kód predmetu | Názov predmetu | Typ Pr. | Kredity | Týždenný rozsah P-C | Predmet zabezpečuje |
|---|---|---|---|---|---|
| I-DP3-AE | Diplomový projekt 3 | PP | 18 | 0-8 s | R. Harťanský |
| I-DP-AE | Diplomová práca | PP | 12 | 2/sem | R. Harťanský |
| Spolu: | 30 |
Annotations of subjects
Pokročilá analýza a syntéza elektrických obvodov – I-PASO
Frequency filters, purpose of use, classification and basic description of properties. Selective filters, correction filters and phase delay circuits. Passive and active filters. Order of the filter transfer function, its practical significance and choice. Transmission frequency and time characteristics of filters and requirements for their properties. Relation of the modulation and phase characteristics to the time response (impulse and transient characteristics). Selected circuitry of passive and active filters, analysis of their characteristics and design of elements. Oscillators – origin of oscillations, principles of operation, two-point, three-point, feedback oscillators. Electronically tunable oscillators. Harmonic and inharmonic oscillators – typical circuitry, design parameters and choice of components. Analog-to-digital (A/D) converters and digital-to-analog (D/A) converters – basic types. Principles of operation and characteristics of selected types of A/D and D/A converters.
Responsible for the subject: doc. Ing. Prof.: doc. of the subject Elemír Ušák, PhD.
Aplikovaný magnetizmus – I-AMAG
Basic concepts and quantities of electromagnetic field, Maxwell’s equations in integral and differential form. Material relations, magnetic permeability and susceptibility, complex permeability. Atomic magnetism. Classification of substances according to magnetic properties. Substances without magnetic structure and with disordered structure, diamagnetism, paramagnetism. Substances with ordered structure, ferromagnetism, antiferromagnetism, ferrimagnetism. Magnetic anisotropy and its distribution. Magnetostriction and its categorization. Magnetoelastic phenomenon and its relation with magnetostriction, magnetoelastic energy. Domain structure of ferromagnetics. Methods of observation of magnetic domains. Magnetization processes, domain wall displacements, magnetic polarization vector rotation, paraprocessing, magnetic polarization saturation. Mechanism of remagnetization of substances, causes of magnetic hysteresis. Fundamentals of measurement of magnetic properties of massive samples. Methods of demagnetization of samples.
Responsible for the subject: doc. Ing. Prof.: doc. of the subject Elemír Ušák, PhD.
Číslicové spracovanie signálov – I-CISPSI
Introduction to digital signal processing (DSP) in measurement, objectives and methods. Description, modelling and specifics of digital systems. Digital filtering. Methods of design of digital filters. Problems of digital processing in fixed-point format. Signal processors (structure, properties, use). Specific features of signal processor architecture. Methods of implementation of interprocessor communication in CSS systems. Basic principles of implementation of discrete transforms, DFT and FFT methods and their application. Multifrequency signal processing systems. Wavelet transforms. Methods of digital processing of stochastic signals. Specific requirements for CSS in measurement systems.
Responsible for the subject: prof. Ing. Prof.: Prof. Alexander Šatka, PhD.
Diplomová záverečná správa – I-DZP-AE
A written elaboration of the current state of the issue. Written elaboration of the proposed solution. Written elaboration of the verification of the solution and the results of the project. Preparation of written documentation of the project. Preparation of the presentation and defence of the project.
Responsible for the subject: prof. Ing. Prof. prof. Ing.: René Harťanský, PhD.
Diplomový projekt 1 – I-DP1-AE
Studying the issues, sourcing. Study of sources, analysis of the problem. Written presentation of the results of the project.
Responsible for the subject: prof. Ing. Prof. prof. Ing.: René Harťanský, PhD.
Diplomový projekt 2 – I-DP2-AE
Studying the issues, sourcing. Study of sources, analysis of the problem. Proposing a solution. Verification of selected parts of the solution. Written presentation of the results of the project solution.
Responsible for the subject: prof. Ing. Prof. prof. Ing.: René Harťanský, PhD.
Diplomový projekt 3 – I-DP3-AE
Detailed design of the solution. Review of decisions made in previous stages and critical appraisal. Verification of the solution. Written presentation of the results of the project solution.
Responsible for the subject: prof. Ing. Prof. prof. Ing.: René Harťanský, PhD.
Distribuované meracie systémy – I-DMS
Definition and classification of distributed measurement systems (DMS). System architectures. DMS communication interfaces. Communication in DMS. Virtual measuring instruments (VMP). Programming of VMPs based on standard interfaces. Methods of graphical programming of VMP. Creating data acquisition systems. Design of measurement equipment using measurement cards and using standard interfaces. Management of cooperating VMPs. DMS performance. Impact of technical and software resources on DMS performance.
Responsible for the subject: doc. Ing. Miroslav Kamenský, PhD.
Elektromagnetické prvky a systémy – I-EPS
Electromagnetic fields in different environments and structures, interaction of electromagnetic field with matter. Phenomenological parameters characterizing the interaction of electromagnetic fields with substances and the propagation of electromagnetic waves in them. Strain gauge sensors and their use for measurement of mechanical quantities – velocity, acceleration, pressure, deformation, magnetoelastic phenomenon. Piezoelectric sensors. Capacitive sensors, basic arrangement, parasitic effects, applications. Inductive sensors, principle, design, application. Magnetic, inductive and electromagnetic sensors. Special sensors. Actuators – force effects of electromagnetic field, electrostrictive and magnetostrictive transducers.
Responsible for the subject: prof. Ing. Vladimír Jančárik, PhD.
Meniče elektrickej energie a napájacie zdroje – I-MEENZ
Single-phase and three-phase uncontrolled, half-controlled and full-controlled rectifiers (AC/AD), pulsed single and multi-quadrant step-up and step-down DC/DC converters, three-phase DC/AC converters, frequency converters, the principle of creating an alternating system of variable frequency and voltage, control of converters using pulse width modulation (PWM), power converters with additional storage of electrical energy.
Responsible for the subject: Ing. Ján Halgoš, PhD.
Mikroprocesory v priemysle – I-MVP
Fundamentals of program design for microcomputers in C language. Programming CISC, RISC processors in C language, access to basic instruction set. Selected external peripherals, use of peripherals using functions. Program debugging, JTAG interface. Embedded systems based on 8-bit microcomputers, possibility of simplified design, advantages and disadvantages. Transition to multi-bit architectures. 32-bit processors with ARM architecture. Selected types of microcomputers. Embedded systems using ARM microcomputer. System programming, debugging. Concepts with operating system.
Responsible for the subject: Ing. Peter Jánošík
Moderné materiály pre elektrotechniku – I-MME
Basic concepts and division of materials. Structure of materials. Electrically conductive materials. Physical basis of superconductivity and high temperature superconductors. Dielectric materials. Magnetic materials. Composite materials for RF electronics. Nanoparticle and amorphous materials. Materials for optical communication technology. Optical materials for industrial sensor applications. Materials of the future (nanotubes with atomic thickness, smart materials, magnetic fluids, graphene, superlattice materials, metamaterials with negative permittivity, permeability and refractive index, chiral materials).
Responsible for the subject: doc. Ing. Prof.: doc. of the subject Rastislav Dosoudil, PhD.
Návrh meracích systémov – I-NMS
Interconversion of analogue and digital signals. Input circuits of electronic measuring instruments. Controlled amplifiers. Instrumented differential amplifiers. Multiplexers. Filtering circuits (bandwidth narrowing, quantization noise suppression, suppression of AC components in indirect B/A converters). Important parameters of samplers (gain, input voltage range, output voltage range, nonlinearity, input voltage suppression factor, output voltage drop rate). Samplers. Samplers with memory. Switches. Use of switches in R2R networks. Circuitry of industrial B/A converters. A/D converters. Microprocessors used in electronic measuring instruments. Design issues (technical legal aspects).
Responsible for the subject: Ing. Jozef Hallon, PhD.
Počítačové videnie – I-PVID
Image digitization. Features and formats of digital image. Stages of image processing. Brightness transformations, corrections, histogram of brightness levels, histogram equalization. Local linear operators. Noise removal. Image restoration at known degradation. Geometric transformations, image rectification. Detection of features in an image. Image segmentation by region growing, region splitting and region merging. Colour models, chromatic diagram -properties. Transformations of colour images. Measurement of colour difference. Textures. Principle of feature-oriented classifiers. Decision rules. Image recognition. Application of artificial intelligence methods. 3D-vision. Coordinate transformations. Inverse perspective representation. Camera model, perspective projection. Coordinate transformations, homogeneous coordinate system. Inverse perspective display. External and internal camera parameters. Camera calibration. Stereo pair.
Responsible for the subject: Mgr. Mgr. Ján Grman, PhD.
Projekt – I-PROJ-AE
Developing students’ practical knowledge and skills by involving them in solving specific problems of practice in measurement technology. Preparing students to work in a work team. Acquiring resources, analysing problems, solving sub-problems and documenting the results of problem solving in a form suitable for communicating the results of the solution.
Responsible for the subject: doc. Ing. Mikuláš Bittera, PhD.
Spoločenské a právne aspekty v elektrotechnike – I-SPAE
Organization of technical standardization, metrological service and testing of electrotechnical products in the Slovak Republic. Structure and mission of international electrotechnical and standardization organizations. Technical standards applicable in the Slovak Republic and their link to the EU. Requirements for electrotechnical products. Approval and certification of products, declaration of conformity. Metrological legislation, metrology in manufacturing organisations and laboratories. Calibration and follow-up of measurements, verification and calibration of measuring instruments. Primary and reference materials, certified reference materials. Validation of measurement and test methods, interlaboratory comparisons. Testing laboratories, their competence and accreditation, ISO 17025. Legislative requirements for electrical products, copyright law, patent law. Quality management system according to ISO standards, quality planning and building. Rules of social conduct in business dealings. Company presentation, personal image.
Responsible for the subject: doc. Ing. Mikuláš Bittera, PhD.
Štátna skúška z predmetu –I-SSP-AE
Study of the essential knowledge and knowledge of the field from the 2nd level of study and its defence before the committee.
Responsible for the subject: prof. Ing. Prof. prof. Ing.: René Harťanský, PhD.
Metódy a obvody číslicového spracovania signálovechnická diagnostika – I-MOCSS
The role of diagnostics, the relationship between diagnostics and system reliability, the direct and indirect role of diagnostics. Diagnostic models of technical systems, diagnostic depth, diagnostic coverage, diagnostic test generation. Structural and process parameters and methods of diagnosis. Means of diagnostics, internal and external means, active and passive diagnostics. Diagnostic variables, diagnostic symptoms, symptom selection and reduction. Methods of classification of states of the object of diagnosis, deterministic and statistical, basic principles. Methods of signal processing for diagnostic purposes. Technical systems for diagnosis of electronic systems, principles of in-circuit testing. Diagnostic expert systems, monitoring systems.
Responsible for the subject: prof. Ing. Prof.: Prof. Alexander Šatka, PhD.
Telemetria a prenos údajov – I-TPU
Types, use and structure of telemetry systems, types of transmitted data. Signals – their deterministic and stochastic characteristics. Analog telemetry systems, modulation, coding. Digital telemetry systems. Fundamentals of information theory, entropy and transmission channel capacity. Transmission paths – distribution, properties and requirements, spatial, temporal and correlation multiplex, spread spectrum. Metallic communication systems. Industrial communication systems. Wireless communication systems, radio spectrum, radio communication order, propagation and noise. Optical communication systems. Telemetry in automobiles. Telemetry in the energy industry.
Responsible for the subject: doc. Ing. Martin Rakús, PhD.
Spracovanie meraní a metódy vyhodnocovania – I-SMEV
Fundamentals of measurement, measurement errors, analysis of systematic and random errors, standard deviation, analysis of variance.
Averaging and approximation.
Discrete correlation and convolution, basic properties and application.
Principal component analysis method.
Fourier Transform (FT), Discrete Fourier Transform (DFT), Fast Fourier Transform (FFT), Short Term Fourier Transform (STFT), properties and applications.
Wavelet Transform (WT), Discrete Wavelet Transform (DWT), Fast Wavelet Transform (FWT).
Responsible for the subject: doc. Ing. Elemír Ušák, PhD., Ing. Jakub Krchnák, PhD.
Vysokofrekvenčná technika – I-VFT
Elementary fields and waves. Transmission lines. Impedance matching. Waveguides and microwave striplines. Microwave resonators. Passive circuit elements (n-ports, power dividers, directional taps, polarizers, circulators). Active elements and circuits (tube sources, semiconductor sources). Introduction to antenna technology. Methods and means for measuring electromagnetic fields.
Responsible for the subject: prof. Ing. Prof. prof. Ing.: René Harťanský, PhD.
