The name of the course: Basics of electronics
Code: 3OEE3O01    
The number of classes per week:

• Lectures: 3 
• Exercises: 2 
• Other classes: 1

ECTS: 6

Course outline:

The name of the course:Mathematics 3
Code: 3OEE3O02   
The number of classes per week:

• Lectures: 3 
• Exercises: 2 
• Other classes: 0

ECTS: 6

Course outline:

Series. Numerical series. Positive and alternative series.Functional series. Potential and Fourier series. Ordinary differential equations. First order differential equations. Differential equation that separates variables. Homogeneous, linear and Bernoulli's differential equation. Second order differential equations. Incomplete and linear differential equation of second order. Multivariable functions. Limiting values and continuity, Partial derivatives and differentials of first and higher orders. Tangent plane. Taylor's formula. Directional derivatives and gradient. Local and conditional extrema. Integrals. Double, triple and curvlinear integrals. Complex analysis. Complex variable functions. Cauchy-riemann conditions. Complex integration. Residue theorem. Laplace transformation. Definition and main properties of the transformation. Inverse transformation.

Specification for the book of courses

The name of the course:Digital Electronics
Code: 3OEE3O03  
The number of classes per week:

• Lectures: 2
• Exercises: 2 
• Other classes: 1

ECTS: 6

Course outline:

Logic gates and combinational logic networks: logic levels and digital signals, basic logic gates, logic expressions and combinational networks, Boolean algebra, and algebraic manipulation of Boolean expressions. Implementation technologies: MOSFET as switch, CMOS inverter, CMOS logic gates, programmable logic devices (PLA, PAL, and ROM). Combinational building blocks: decoder, multiplexer, encoder, priority encoder, demultiplexer. Arithmetic circuits: half-adder, full-adder, ripple-carry adder, carry look-ahead adder, ripple carry multiplier, array multiplier. Modeling of combinational digital circuits in hardware description language (VHDL). Letches and flip-flops: SR and D latch, master-slave flip-flops, edge triggered flip-flops. Registers: storage register, shift registers, asynchronous and synchronous counters. Sequential circuits: analysis and synthesis of sequential circuits, algorithmic state machine. Modeling of sequential digital circuits in hardware description language. Memory components: RAM (SRAM and DRAM), and ROM. Data conversion: characteristics of data converters, basic architectures of D/A and A/D converters.

Specification for the book of courses

 

The name of the course: Object Oriented Programming
Code: 3OER3O03
The number of classes per week:

• Lectures: 2
• Exercises: 2 
• Other classes: 1

ECTS: 6

Course outline: Programming techniques overview. Problem definition process. Classes. Objects. Using classes in problem solving. Class definition. Class member access. Scope. The separation of interface and implementation. Inline functions. Constructors. Destructors. The call order of constructors and destructors. Copy constructors. Friend classes. Friend functions. Operator overloading. Side effects and connections between operators. Choosing return values for operators. Implementation, inheritance, specialization, generalization. Definition of inherited class. Access modifiers. Types of the inheritance. Constructors and destructors of inherited classes. Pointers and references. Polymorphism. Virtual functions. Pure virtual functions. Abstract classes. Virtual destructors. Arrays and derived classes. Multiple inheritance. Constructors and destructors in multiple inheritance. Multiple derived objects. Virtual base classes. generic mechanism - templates. Template functions. Template classes. Exception handling. Exception throwing. Exception catching. Uncaught exceptions. Input and output streams. Standard streams. Input stream classes. Input stream objects construction. Input stream operations. Extraction operator overloading. Output streams. Stream insertion operator. Output formatting. Output stream operations. Stream insertion operator overloading. Standard library. Namespaces. Container classes (vectors, lists, stack, queues, maps, sets, ...). Iterators, Algorithms, class String

Specification for the book of courses

The name of the course:Signals and systems
Code: 3OEE3O05  
The number of classes per week:

• Lectures: 2 
• Exercises: 1 
• Other classes: 2

ECTS: 6

Course outline:

The concept of signals and systems, signal types, classification. Stability.Impuls response. Characterization of continuous systems by differential equations. Fourier series. Discretization of continuous signals. Real and idealized measurement time continuous signals. Sampling Theorem. Impulse response in the time domain. Convolution. Laplace transform. Relation between Laplace and Fourier transformations. Application of the Laplace transform to solve differential equations. Linear transfer function of the system. The stability of the system. Response of linear continuous system to an arbitrary excitation.

Specification for the book of courses

The name of the course:Microprocessor systems
Code: 3OEE4O01   
The number of classes per week:

• Lectures: 2 
• Exercises: 2 
• Other classes: 1

ECTS: 6

Course outline:

Definition of terms microcomputer architecture and organization. The basic building blocks of a computer system. Classification of computer systems. Performance of microcomputer system, performance metrics. Presentation of information, instruction format, types of operands, instruction set. Addressing modes. Simple central processing unit. Data path, arithmetic unit, register file. Synthesis of control units, direct and microprogram control. Memory subsystem - main memory, cache memory (associative, direct mapped, set associative). Mass memory. Virtual memory and paging. Input/output subsystem. Techniques for input/output data transfer. Parallel and serial data transfer. Types and characteristics of input/output devices. Buses, arbitration, synchronous and asynchronous bus. Interrupts and exceptions. Architecture and a set of instructions of microcomputer systems based on ARM and IA-32. Microcomputer systems programming in assembler and at a higher programming language, C. General principles of techniques for improving the performance, throughput, parallelism, superscalar, VLIW concept, multiprocessor systems on-chip.

Specification for the book of courses

 

 

The name of the course:Digital signal processing
Code:3OEE4O02  
The number of classes per week:

• Lectures: 2
• Exercises: 2 
• Other classes: 1

ECTS: 6

Course outline:

z transform. Inverse z transform. Discrete Fourier transform. Short-time Fourier transform. Discrete systems. Convolution. Linear difference equation with constant coefficients. Discrete system block diagram representation. Discrete system transfer function. Frequency response. Analog to discrete space transformation. Derivative transform. Impulse invariant transform. Bilinear transform. Nonrecursive digital filters. Linear phase networks. Design methods of nonrecursive digital filters. Window functions. Frequency sampling nonrecursive digital filter design. Hilbert transformer.

Specification for the book of courses


 

 

The name of the course:Analog electronics
Code: 3ОЕЕ4О03
The number of classes per week:

• Lectures: 2
• Exercises: 2 
• Other classes: 1

ECTS: 6

Course outline:

Operational amplifier applications. Non ideal operational amplifier characteristics. Stability of feedback circuits. Frequency compensation in op-amps. Cascode amplifiers and current mirrors. Differential amplifiers. Output stages. Function generator circuits for analog signal processing. Active filters. Laboratory practice: Introduce the principles of the simulation of analog electronic circuit using PSpice program package.

Specification for the book of courses

 

 

The name of the course:Electronic Circuits and Embedded systems
Code: 3ОЕЕ4О04 
The number of classes per week:

• Lectures: 1
• Exercises: 2 
• Other classes: 2

ECTS: 6

Course outline:

Aspects of electronic circuits design (technology, hardware / software, legal, economic and environmental aspects). Design styles, criteria for choosing the right style. Domains of project description. Phases of design. Hardware description languages: PSpice, VHDL. Simulation and optimization of electronic circuits. Basics of physical design - design of printed boards. Types and elements of printed circuit boards. Materials for printed circuit boards. The process of designing and manufacturing the printed circuit boards. Verification. Introduction to embeded systems: main application areas and examples, common attributes and challenges in embeded systems design. Basic building blocks of the embeded system. Overview of the C / C ++ programming language from the perspective of embeded programming. Basics of embeded programming: programming of digital and analog inputs, interrupts and communication.

Specification for the book of courses


     

 

 

The name of the course:Telecommunications
Code:3OEU5A06
The number of classes per week:

• Lectures: 2
• Exercises: 2 
• Other classes:1

ECTS: 6

Course outline:

The transmission of information. Digitization of the signal. Fundamentals of modulation techniques. Transfer of spread spectrum signals. Multiplex signal transmission. Fundamentals of signal compression. Information recording. Fundamentals of coding techniques. Wireless communication systems. Satellite communications. Global Positioning System (GPS).

Specification for the book of courses

The name of the course: Metrology of electrical quantities
Code: 3OEE4A02  
The number of classes per week:

• Lectures: 2 
• Exercises: 2 
• Other classes: 1

ECTS: 6

Course outline:

Basics of measurement theory - metrology. Electrical quantities and measurement units. Standards of measurement units ampere, ohm and volt in MKSA system (etalons and norms). Structural schemes of process for measurement of electrical quantities. Methods for measurement of electrical quantities. Processing of measurement results and measurement uncertainty. Metrological characteristics of electrical measuring resources. Analog and digital measurement instruments. Instrument with the moving coil. Expansion of measurement range for ammeter, voltmeter and ohmmeter. Measuring converters of electrical quantities. Oscilloscopes.

Specification for the book of courses

The name of the course:Numerical mathematics
Code: 3OEE4A03   
The number of classes per week:

• Lectures: 3 
• Exercises: 2 
• Other classes: 0

ECTS: 6

Course outline:

Numerical methods for solving the systems of linear equations. Direct methods. Iterative methods. Ill-conditioned systems. Nonlinear equations and systems. Newton method and modifications. Secant method. Bisection method. Algebraic equations solving. Newton-Kantorovich method for systems of nonlinear equations. Approximation of functions. Lagrange and Hermite interpolation. Least-square approximation. Numerical differentiation and integration. Newton-Cotes and Gaussian quadrature formulas.

Specification for the book of courses

The name of the course: English Language I
Code: 3ОЕЕ5О01
The number of classes per week:

• Lectures: 2
• Exercises: 0 
• Other classes: 0

ECTS: 3

Course outline:
Work on basic linguistic knowledge related to communicative situations in electrotechnology and computing, lexical and morphological knowledge, rhetorical strucutres. Representative models of spoken and written presentations in professional English.

Specification for the book of courses

The name of the course:Computer networks
Code: 3OEE5O02  
The number of classes per week:

• Lectures: 2
• Exercises: 2 
• Other classes: 1

ECTS: 6

Course outline:

Data transmission and networking. Network components. Layer model. The development of the Internet. The ISO-OSI reference model. The TCP/IP protocol stack. The physical layer and the data link layer. Signals and electrical interfaces. Asynchronous and synchronous transmission. Digital and analog transmission. Modulation techniques. Multiplexing. Errors detection and correction. Management at the data link layer and protocols for accessing the media. Point to point access. Random access, Ethernet. Wireless transmission characteristics, 802.11xx. The network layer, networking, network address translation. Forwarding and fragmentation of a datagram. IPv4 and IPv6. Routing. Routing algorithms: distance vector, link state. Subnets and hierarchical addressing. Mobile IP. Autonomous systems and the structure of the Internet. Algorithms for interdomain routing. The transport layer. Ports and client-server model. UDP. TCP, segments, establishing a connection, state diagram, flow control, sliding window protocol, error control. Congestion control, the nature of congestion, router model, models of congestion control, slow start, fast retransmission, fast recovery. The application layer. TELNET, FTP, DNS, electronic mail. HTTP/Web. Static, dynamic and active Web documents. Proxy server and pages caching. Aspects of security in the network operation. The attacks, protections, encryption, authorized access.

Specification for the book of courses

The name of the course: Digital system architecture
Code: 3OEE5O03
The number of classes per week:

• Lectures: 2
• Exercises: 1 
• Other classes: 1

ECTS: 5

Course outline:
Introduction to principles of digital circuits and systems design. Overview of design implementation technologies. Programmable device technologies: PLA, CPLD, and FPGA, design flow, electronic design automation software and development tools. Introduction to VHDL: VHDL code structure, design styles, VHDL design units. Lexical elements and objects: data types, signals, variables and arrays, data conversion, operators and attributes. Concurrent statements: WHEN, SELECT, and GENERATE, conceptual diagrams, and synthesis of concurrent code. Sequential code: process, sequential statements IF, CASE, and LOOP, synthesis of sequential code, sequential code for combinational and sequential circuits. Finite state machines: state diagram, algorithmic state machines, state coding, VHDL design of finite state machine. Package and components: statements PACKAGE and COMPONENT, structural and hierarchical design. Functions and procedures.

Specification for the book of courses

The name of the course: Pulse and digital electronics
Code: 3OEE5O04
The number of classes per week:

• Lectures: 2 
• Exercises: 2 
• Other classes: 0

ECTS: 6

Course outline:

Transistor and diode working regions. Transistor as a switch. Timer 555 and it's applications. CMOS inverter, NAND and NOR circuits and their application in impulse generator realization. Astable multivibrators, monostable multivibrators and retrigerable monostable multivibrators. Miller and Bootstrap integrators in sawtooth wave impulse generation. Application of rectangle and triangle impulse generators in realization of complex systems.

Specification for the book of courses

 

The name of the course:Microprocessor technique
Code: 3ОЕЕ5А01  
The number of classes per week:

• Lectures: 2 
• Exercises: 1 
• Other classes: 1

ECTS: 6

Course outline:

Pipelined and superscalar microprocessors: pipelined CPU architecture, dynamic flow instruction, registry renaming, branching predictions and speculative execution, instruction level parallelism. Memory system: cache memory and cache consistency in single- and multi-processor systems. Input/output system: system bus and power supply network. Overview of parallel microprocessor architectures. Introduction to operating systems: concept, structure and types. Basic concepts: processes and threads, memory management, input/output management, file system organization.

Specification for the book of courses

The name of the course:Analogue integrated circuits
Code: 3ОЕЕ5А02   
The number of classes per week:

• Lectures: 2 
• Exercises: 1 
• Other classes: 1

ECTS: 5

Course outline:

outline
Linear and non-linear applications of the operational amplifiers. Comparators.Instrumentation amplifiers. Programmable-gain amplifiers. Operational transconductance amplifiers - OTA. Current feedback amplifiers. current conveyors - CCII. Voltage-to-Frequency converters. Frequency-to-voltage converter. Chopper Amplifiers. Lock-in amplifiers. True RMS to DC convertors. Sample/Hold amplifiers.Analog-to-digital converter. Digital-to-analog converter. Mixers. Phase locked loop - PLL. Lock-in amplifiers. Wide Band Amplifiers. Isolation amplifiers. Noise in electronic circuits: source, types, evaluation of noise, noise in BJT and FET, tehcniques to reduce the influence of noise. Low noise amplifiers.

Specification for the book of courses

The name of the course:Data Acquisition and Conversion Techniqes
Code: 3ОЕЕ5B01
The number of classes per week:

• Lectures: 2 
• Exercises:1 
• Other classes: 1

ECTS: 5

Course outline:

Definition and basic structures of the data collection system. General measurement principles, data domains. Types of acquisition system. Basic building blocks of the system. Sensors and converters. Calibration and linearization techniques. Analog multiplexers, Signal conditioning. Encryption and quantization. Dosing Theory. Converters errors. Converters architecture (ADC, DAC, Sigma-Delta). Testing converters. Cross-coupling. Reference sources, clock signal generators. Examples of application of the system for collecting and conveying signals: Precision signal conditioning; Digital potentiometer; Digital audio; Digital video displays; Software radio; Direct digital synthesis. AD and DA converters and interfaces. User interfaces - Keyboards and displays. Telemetry.

Specification for the book of courses

 

The name of the course: Renewable Energy
Code: 3OEM5A01
The number of classes per week:

• Lectures: 2 
• Exercises: 1 
• Other classes: 1

ЕCTS: 5

Course outline:

Getting acquainted with the contents of the course, teachers, associates, the necessary literature and the way of passing the exam. Energy and environment, global energy needs. Production, supply and use of energy. Global warming, climate change, carbon dioxide emissions. Types of renewable and non-renewable energy sources. Overview of the situation in the world, the European Union and Serbia. Solar thermal energy. Types and characteristics of solar thermal collectors. Types of solar thermal systems. Solar photovoltaic energy. Types of solar cells and their electrical characteristics. Types of photovoltaic systems. Wind energy, basic parameters of air flow. Basics and types of wind turbines. Turbine power curve. Parts of the system. Environmental and economic parameters. Hydroenergy - resources, power of water, estimation of available energy, types of turbines and systems. Small hydropower plants - types and constructions. Biomass energy: characteristics, technologies and systems for the use of biomass. Dedicated biomass production. Biochemical processes of production (ethanol, biodiesel, biogas). Fuel cells and hydrogen energy. Geothermal energy: types of geothermal resources, resources, technologies and systems for exploitation. Nuclear energy: the processes of obtaining nuclear energy, nuclear fuel. Energy storage. Techno-economic analysis of renewable energy technologies and their applications. Legislation.

Specification for the book of courses

The name of the course: Processing audio and music signals
Code: 3OEE5B03
The number of classes per week:

• Lectures: 2 
• Exercises: 1
• Other classes:1

ECTS: 5

Course outline:

Sources of sound, audio signal digitalization, digital recording of audio signal, prewrite signal processing, noise reduction, psihoacoustics, masking in the frequency domain, sub-band coding, filters for audio and music signal processing, spectral signal analysis, comb filters, time variable filters in audio effects, Schroeder's reverberator, principles of digital models of musical instruments.

Specification for the book of courses

 

The name of the course: English language 2
Code: 3OEP6O01
The number of classes per week:

• Lectures: 2 
• Exercises: 0
• Other classes:0

ECTS: 3

Course outline:

Linguistic units related to the most relevant areas of electrotechnology and computing. Acquiring professional expert terminology, syntactic and morphological features of this domain language. Work on academic English language, rhetorical structures that are characteristic of the discourse of electrotechnology.

Specification for the book of courses

The name of the course: Microcontrollers
Code: 3ОЕЕ6О02  
The number of classes per week:

• Lectures:2
• Exercises: 2 
• Other classes: 1

ECTS: 6

Course outline:

Overview and history of development of 8-bit microprocessors and microcontrollers. The basic structures of the most famous microcontrollers on the chip. Intel MCS51, Silicon Laboratories C8051Fxxx, Microchip PIC, Atmel AVR, Motorola 68HC. Interfaces of microcontroller. Memory model of basic architecture MCS51. Functional structure: digital input output lines - ports, interrupt system, input output units, timers, serial interfaces. A set of commands and programming at the assembler. Modular programming, segments, modules, translation, linking. Directives, examples of program templates. C programming for microcontrollers. Types of variables, memory model, bit addressing. Pointer in C language. Application of microcontrollers.

Specification for the book of courses

 

The name of the course:Fundamentals of power electronics
Code: 3ОЕЕ6О03   
The number of classes per week:

• Lectures: 2 
• Exercises: 2 
• Other classes: 1

ECTS: 6

Course outline:

Introduction to power electronics. Components of power electronics (diode, bipolar transistor, thyristor, MOSFET, IGBT). Application technique of power components (cooling, protection, joint operation of components). Basic circuits with diodes and thyristors. AC voltage controllers. Natural and forced commutation. Sources of DC voltage (diode rectifiers, thyristor rectifiers).

Specification for the book of courses

 

The name of the course:Digital integrated circuits design
Code: 3ОЕЕ6О04
The number of classes per week:

• Lectures: 2 
• Exercises: 1 
• Other classes: 2

ECTS: 5

Course outline:

Metrics for quality assessment of designed digital integrated circuits. The process of manufacturing CMOS integrated circuits. Design rules. MOS transistor, PN junction and wiring from the perspective of the designer of digital integrated circuit. Trade of speed, consumption and area. Placement and routing. Signal integrity. Parasitic effects on connections (clock-skew, crosstalk, antenna effect). Connection models. CMOS inverter. Complex gates. Combinational and sequential CMOS gates. Memory cells. Models of delay and consumption. Analysis and design of standard digital cells at the transistor level. Symbolic design (stick diagram). Physical design (layout). Electrical characterization of cells by SPICE simulation. Extraction of parameters and characterization after layout generation (DRC, LVS, QRC / PEX). Automation of the cell characterization process.

Specification for the book of courses

 

The name of the course:Digital system design
Code: 3OEE6A01   
The number of classes per week:

• Lectures: 2 
• Exercises: 1 
• Other classes: 1

ECTS: 6

Course outline:

RTL design: control/datapath model of digital system, datapath organization, control unit design techniques, ASM representation of algorithm, optimization of ASM diagram, VHDL description of RTL system. RTL design for low-power. Clocking methodologies and synchronization. High-Level Synthesis: data-flow graph and transformations; architecture synthesis (allocation, resource sharing, register sharing, bus sharing, pipelining, area and performance optimization), scheduling (time-constrained scheduling, resource constrained scheduling, heuristic scheduling algorithms). Introduction to system-on-chip design and IP core based design.

Specification for the book of courses

The name of the course:Virtual instruments
Code: 3ОЕЕ6А02 
The number of classes per week:

• Lectures: 2 
• Exercises: 1
• Other classes: 1

ECTS: 5

Course outline:

The concept of a virtual instrument, the advantages of virtual instruments over classic instruments. Basic concepts of data acquisition - resolution, sampling rate, A/D conversion. Virtual instrument hardware and software. The concept of data-flow data processing and graphic programming. Analysis of data obtained, documentation and visualization. Advanced programming techniques - event-driven model, producer-consumer, finite state machine, error control, multithread applications, synchronization of processes and threads, object-oriented approach. Virtual instruments for measuring and analyzing signals in real-time. Signal analysis on FPGA. Distributed virtual instruments and SCADA.

Specification for the book of courses

 

The name of the course: Medical electronics
Code: 3ОЕЕ6B01    
The number of classes per week:

• Lectures: 2 
• Exercises: 1
• Other classes: 1

ECTS: 5

Course outline:

The biopotential sources. The electrical conduction system the heart. Standard ECG leads. The EEG, EMG and ECG devices. Bio-potential amplifiers. Instrumentational biopotential amplifier. The band pass of frequency characteristic of biopotential amplifiers. The process of filtering of biopotential signals (the design of high pass filters, active and passive band-pass filters, higher harmonic attenuation circuits). Detection of pacemaker circuits. Slew rate limiting circuits. Hardware for biomedical signal processing. The digital filter design for biomedical signals. The reliability and safety of medical electronic devices. The analog and digital signal isolation using optocouplers. The medical supply design.

Specification for the book of courses

 

The name of the course:Analog integrated circuits design
Code: 3OEE6B02  
The number of classes per week:

• Lectures: 2 
• Exercises: 1 
• Other classes: 2

ECTS: 5

Course outline:

CMOS process. Challenges and properties in the process of implementation of analog integrated circuits (IC) in CMOS technology. MOS structure and PN junction form analog IC designer perspective. Passive components in CMOS. Basic buiuilding blocks of analog IC. Sources of noise in IC. Models for analysis. Selection of analog IC tpology based on target application. Speed/Power/Area trade-off in analog IC (optimization). Desing of analog IC block according to specification (user requirements). Techniques and methods for device sizeing in sub-micron CMOS process. Design flow for analog IC. Design rules. Foundry support in analog IC design (Porcess Desing Kit). Simulation models. Verficatino of analog IC topolgy by means of SPICE simulations. Physical implementation (layout). Extraction of parasitic components form layout. Characterization after implementation (post-layout simulations). Automatization of desing characterization process. Preparing data for fabrication. Projcet documentation, report writing.

Specification for the book of courses

 

The name of the course:Automatic control
Code: 3ОЕЕ6Б03       
The number of classes per week:

• Lectures: 2
• Exercises: 2 
• Other classes:1

ECTS: 5

Course outline:

Overview of the automatic control systems (ACSs) development. ACSs classification. Modeling of linear analog and digital ACSs. ACS structure. Structural block diagrams of control systems, Linear systems analysis in time, frequency and complex domain. System stability. Stability analysis methods in frequency and complex domains. System performance rating and design criteria. Continuous-time ACSs synthesis. Industrial controllers. PID controller design. Examples of modern ACSs architectures and implementations.

Specification for the book of courses

 

The name of the course:Business communications
Code: 3ОЕЕ7А01   
The number of classes per week:

• Lectures: 2 
• Exercises: 0 
• Other classes: 0

ECTS: 3

Course outline:

Basic elements of communication. The structure of the communicative process. Types of communication. Communication aspects of business relationships. Basic rules and principles in business negotiations. Business Negotiation Technology. Basic features of business communication. Public Relations. Press conference. Leadership. Biography. Business etiquette. Internet and e-commerce. Forms of electronic business. Risk and security of e-business. The influence of the Internet on the design and development of contemporary society. European legal framework for electronic communications. Legal and ethical business problems on the Internet. Privacy protection.

Specification for the book of courses

 

 

The name of the course: Engineering education and sustainable development
Code: 3ОЕЕ7А02   
The number of classes per week:

• Lectures: 2 
• Exercises: 0 
• Other classes: 0

ECTS: 3

Course outline:

The origin of the term and the historical development of the idea of education. Education of engineers in Serbia. The concept of contemporary society. Technological changes, knowledge and new materials. Engineering, engineering ethics and the relevance of ethics in technics and society. Sustainable development. Philosophy, principles and practice of the sustainable development. Visions and approaches to sustainable development. The role of the interantional community in the formation of 'planetar' politics of sustainable development policy. World forums and strategic documents on establishing priorities, aims and the policy of sustainable development on both global and local levels. Sustainable development as an alternative to traditional political and economical paradigm. The role of technology in the sustainable development. Sustainable development and the technology changes. Dependence on technological changes, the failure of techonological improvements and the failure of adopting alternative technologies. Preventive engineering and sustainable development. Instruments for ecological politics. European programs, funds and projects. Ecological consequences and scientific technological revolutions.

Specification for the book of courses

The name of the course: VLS design
Code: 3ОЕЕ7О01     
The number of classes per week:

• Lectures: 2 
• Exercises: 1 
• Other classes: 1

ECTS: 5

Course outline:

VLSI technology. VLSI system structure. Design of VLSI architecture. High level synthesis, RTL level synthesis. Fast adder design. Multiplier RTL level design. Integration of IP blocks in VLSI ICs. VLSI microprocessor design. Controller/datapath partitioning. Micro-instructions. Datapath blocks design. Timing requirements in synchronous circuits. Clock signal. Setup and hold timing requirements. Minimal clock period. Positive, negative clock skew. Clock tree design. Timing requirements in asynchronous circuits. Two-phase and four-phase handshaking protocol. Power supply lines design in integrated circuits. Low power IC design. Sources of static and dynamic power dissipation. Leakage currents sources. Low power design at architecture level. Power gating. Multi voltage islands.

Specification for the book of courses

The name of the course:RF electronics
Code: 3ОЕЕ7О02     
The number of classes per week:

• Lectures: 2 
• Exercises: 1 
• Other classes: 2

ECTS: 6

Course outline:

Principles of wireless communication, architectures of radio transmitters and receivers, resonant circuits, passive and active elements in RF circuits, transmission lines, Smith chart, S parameters, design of low-noise amplifiers, matching circuits, design of RF filters, oscillators and PLL, frequency mixers, RF power amplifiers, amplitude modulation, frequency modulation.

Specification for the book of courses

The name of the course:Real Time Systems
Code: 3ОЕЕ7Б01   
The number of classes per week:

• Lectures: 2 
• Exercises: 1 
• Other classes: 1

ECTS: 5

Course outline:

Definition, basic characteristics and examples of real-time systems (RT systems). Basic principles of design of RT system - specification of requirements. Methods of programming - syntax languages, style, data types, control structures, subroutines. Modular programming, abstract data types, object-oriented programming. High reliability, definitions, failure models, redundancy. Multitasking, overlapping tasks, scheduling tasks. Synchronization and communication of tasks, mutual exclusivity, traffic lights, waiting queues, buffers and protected objects. Atomic actions. Kernel - architecture, hardware model, memory folders, peripherals, allocation and interrupt processing. Distributed systems. Definition, programming languages. Low-level programming.

Specification for the book of courses

The name of the course: Electronic circuits testing
Code: 3OEE4A02  
The number of classes per week:

• Lectures: 2 
• Exercises: 1 
• Other classes: 1

ЕСПБ: 5

Course outline:
Defects and effects of defects. Basic terms in testing. Inductive analysis of defects. Defects dictionary. Functional and structural test. Testing analog circuits. Defect models in analogue circuit. Models of defects in digital circuits. Generating the test. Testing digital circuits. Delay Defect Testing. IDDQ test for digital circuits. Testing structures with regular topology. Simulation of defects in digital circuits. Design for testability. Decision Making Criteria. Testing the system with mixed signals. Systems for testing.

Specification for the book of courses

The name of the course:Automotive electronics
Code: 3ОЕЕ7C01
The number of classes per week:

• Lectures: 2
• Exercises:1 
• Other classes: 1

ECTS: 5

Course outline:

Basic principles of car operation - physical configuration, engine, power transmission, suspension, braking and steering systems. Automobile control and instrumentation systems - analog and digital systems, open and closed loop systems. Microprocessor instrumentation and control. Electronic engine control. Sensors and actuators in the car - MAF, exhaust gases, butterfly position, RPM, engine temperature, air temperature in the suction line, MAP, exhaust pressure, vehicle speed. Digital engine control systems - fuel consumption, EGR control, valve control, electronic ignition. Vehicle control, ABS, Electronic Suspension, Electronic Tuning. Instrumentation and telemetry - communication systems, interfaces and standards. Diagnostics. Trends in the development of electronic systems in the car. Electric cars: Energy sources, battery types, parameters and characteristics. DC and AC motors, three-phase motors, vector representation, permanent magnet motors. Electronics for engine motions, power components. Hybrid vehicles.

Specification for the book of courses

 

The name of the course:Mobile devices programming
Code: 3OEE7C02   
The number of classes per week:

• Lectures: 2 
• Exercises: 1 
• Other classes: 1

ECTS: 5

Course outline:

Introduction to mobile devices. Mobile device characteristics. Hardware platform overview. Operating systems for mobile devices. Introduction to mobile application development. Development environments and programming languages for mobile devices. Application architecture. Developing limited resource applications. Introduction to Java programming language. New project and new window (Activity) creation. Introduction to basic standard GUI interface elements. Access to the peripherals. Mobile service development: Android Activity and Android Intent. Android fragments. Android threads and connection to the network and internet. Data storage: synchronisation, work with Content provider. Data protection. Work with multimedia content. Energy-efficiency of the applications.

Specification for the book of courses

The name of the course:Hardware modeling languages
Code: 3OEE7C03   
The number of classes per week:

• Lectures: 2 
• Exercises: 1 
• Other classes: 1

ECTS:5

Course outline:

Verilog as HDL. Bottom-up and Top-Down methodology. Module as a basic unit. Sequential Verilog. Operators. Registers. Memories. Statements for flow control. Loops. Subprograms. Concurrent processes. Blocking and Non-blocking assignment. Instances. Pins. Time in Verilog. Parameters. Directives. Testbenches. Basics of Verilog-AMS language for modeling and verifying analog blocks in a digital environment. Description of conservative (Kirchhoff laws) and non-conservative (signal flow) systems. Branches, nodes, signals. Functions of Verilog-A language for the implementation of basic analog functions. Examples of AMS models of analog blocks. Trade between the complexity of the AMS model and the simulation time.

Specification for the book of courses

 

The name of the course:Power Electronic Converters
Code: 3ОЕЕ7C04
The number of classes per week:

• Lectures: 2 
• Exercises: 2 
• Other classes: 1

ECTS: 5

Course outline:

Types of power electronic converters (AC/DC, DC/DC, DC/AC, AC/AC). DC converters (DC/DC). One-quadrant and multi-quadrant converters. Realisation methods of converters. Thyristor converters. Inverters (DC/AC). Types of inverters. Voltage inverters (single-phase and polyphase). Current inverters. Resonant inverters. AC converters (AC/AC). Cycloconverters. Matrix converters. Application of convertors in powering of DC and AC motors. Application of converters in production, transmission and distribution of electricity.

Specification for the book of courses

 

The name of the course: Solar Devices and Systems
Code: 3ОЕЕ7C05  
The number of classes per week:

• Lectures: 2 
• Exercises: 1 
• Other classes: 2

ECTS: 5

Course outline:

Getting acquainted with the contents of the course, teachers, associates, the necessary literature and the way of passing the exam. Historical overview of the development of solar technology. Solar energy. Characteristics of solar radiation, spectrum of solar radiation. Photovoltaic effect. Absorption of light and generation of carriers. Photovoltaic conversion mechanisms. Solar cell. Principle of operation, electrical characteristics, electrical and optical losses, models of solar cells. Technologies for the production of solar cells, types of solar cells. New Materials and Trends in Solar Cell Development. Solar cells based on monocrystalline silicon. Highly efficient solar cell. Thin-layer solar cells on amorphous Si, Ga-As, Cu-In-Se2. Characterization of solar cells. Modeling and simulation of the technological array for the production and electrical characteristics of solar cells using TCAD software packages. Photovoltaic systems. System components, system types. Independent, hybrid and network-connected photovoltaic systems. Efficiency and basic characteristics of photovoltaic systems. PVSyst - a program for dimensioning, designing and optimizing photovoltaic systems. Design of autonomous photovoltaic systems using the PVSyst program. Designing hybrid and network-connected photovoltaic systems using the PVSyst program. Realization, monitoring and maintenance of photovoltaic systems. Techno-economic analysis of solar technologies and their application. Legislation.

Specification for the book of courses

 

The name of the course:  Fundementals of Mechatronics
Code: 3OEM5A06
The number of classes per week:

• Lectures: 2
• Exercises: 2
• Other classes: 1

ECTS: 5

Course outline:

Introduction to mechatronic systems. System responses and behaviour. Motion dynamics. Sensors in mechatronics. Signal processing. Actuators in pneumatic, hydraulic, mechanical and electrical systems. The concept of modelling of different types of dynamical systems. Feedback concept. Microprocessor and microcontroller systems. Programmable logic controllers. Examples of designing of mechatronic systems. Intelligent systems.

Specification for the book of courses

The name of the course: Introduction to Robotics
Code: 3OEU7O03
The number of classes per week:

• Lectures: 2
• Exercises: 2
• Other classes: 0

ЕCTS: 5

Course outline:
The geometry of robot. Kinematic model of robot. Differential kinematics. Robot drive systems. Electric, hydraulic and pneumatic drive. Systems for transmission of driving torque. Robot dynamics. Model of the robot dynamics. Analysis of modeled and non-modeled effects. Simulation of the robot. Trajectory planning. Synthesis of trajectories in the internal and external coordinates. Sensors in robotics. Executive bodies of the robot. Control in the internal coordinates. Control in the external coordinates. Inverse kinematic and dynamic control. Position and power control. Intelligent management. Planning activities. Functional architecture of the control system. The application of robots. The introduction of robots in manufacturing. Service robots. Automatic guided vehicles. Robots in service, medical and cosmic applications.

Specification for the book of courses

The name of the course: Programmable Logic Controllers
Code: 3OEU7O02
The number of classes per week:

• Lectures: 2
• Exercises: 1
• Other classes: 1

ECTS: 5

Course outline:
Introduction to Programmable Logic Controllers (PLC). Input output devices. Processing of input-output signals. Programming programmable logic controllers. Scan cycle-execute program. Leder diagrams, list of commands, function blocks. Logical functions. Examples. PLC Components. Internal relays. Timers. Counters. Shift registers. Data processing. Development phase of programs for PLC. Testing and troubleshooting. Application of current PLC systems of various manufacturers (Simens, Omron, Micubisi, Alen Bredli, Schnieder Electric). Example of PLC application in the management of distributed management systems

Specification for the book of courses

The name of the course: Embedded Systems
Code: 3OEE8O01
The number of classes per week:

• Lectures:3
• Exercises: 1
• Other classes: 1

ECTS: 5

Course outline:
Definition, characteristics and categories of embedded systems. Integrated hardware and software aspects of the embeded processor architecture. Designing an embeded system using formal models and methods, as a computer-based synthesis method. Architecture (based on modern 32/64-bit embeded processors) and components of embeded systems. Hardware-software interfaces, memory architectures, buses. Embeded operating systems. Concurrentness (software and hardware interrupts, timers). Real-time operation principles (multitasking, task scheduling, synchronization). Device driver development. Designing embeded software (handling exceptions, loading, changing operation mode, embeded programming), implementation and debugging. Profiling and code optimization. Designing an low power embedded system.

Specification for the book of courses

The name of the course: Functional Verification
Code: 3OEE8O02
The number of classes per week:

• Lectures: 2
• Exercises: 0
• Other classes: 2

ECTS: 5

Course outline:
Basics of Verilog language. The basic elements of the 'e' language. Paradigms of 'e' language - an object-oriented, declarative, aspect paradigm. Notion of time in Specman. Events - definition and usage. Ordinary and Time Consuming Methods. Inheritance - like / when. Basic concepts of Specman verification: organization and import of files, connecting verification environment with design, design simulation, execution steps, objects in the verification environment: driver, collector, checker. Advanced features of 'e': the characteristics of ports, pointers, messages and coverage. Block-level verification and system-level verification: verification environment for module and block level, verification environment for system level, verification strategy. Basics of 'e Reuse' methodology: eVC architecture, End-of-test methodology, Reset methodology, packaging and encapsulation, organization of source files.

Specification for the book of courses

The name of the course: Wireless Networks and Devices
Code: 3OEE8A01
The number of classes per week:

• Lectures: 2
• Exercises: 1
• Other classes: 1

ECTS: 5

Course outline:
Introduction to wireless transmission. Physical characteristics and limitations of wireless transmission: spreading of radio signals, frequency bands, antennas. Wireless data transmission: coding and modulation. Wireless MAC protocols. Wireless LAN. Bluetooth LE: operating modes, protocol stack, application profiles. Wireless ad hoc network. Wireless sensing networks: architectures and applications, TDMA and CSMA MAC protocols, routing protocols. Wireless devices: hardware, operating systems and programming, energy efficiency and energy collection from the environment, development platforms. Internet of Things (IoT): elements of the IoT ecosystem, architectures, applications, trends and implications, relevant communication protocols.

Specification for the book of courses

The name of the course:  Electronic Systems Design
Code: 3ОЕЕ8А02           
The number of classes per week:

• Lectures: 2
• Exercises: 1
• Other classes: 1

 

ECTS: 5

Course outline:
Types of electronic systems. System design: levels and phases of system design, development of specifications, modeling, modularization, hardware-software compromise, software and hardware design, integration, evaluation. Creation of technical documentation according to standards. Compilers. Mechanical language. Assembly language. Higher programming languages. Analysis of the source program. Detecting errors. Code optimization. Basics of operating systems. Programs and processes. Basic process states. OS operations with processes. System calls. The concept of a virtual machine. Techniques for expanding the internal memory of computers. Design of printed circuit boards. Designing the supply of circuits with non-linear connections. Methods of propagation of ground and power signals. Sources of radio frequency interference with PCB. Measures for minimizing noise. Basic types of loops on printed boards. Design of PCBs for electromagnetic compatibility. Testing electronic systems.

Specification for the book of courses

The name of the course:  ARM Controllers Programming
Code: 3OEE8B01            
The number of classes per week:

• Lectures: 2
• Exercises: 1
• Other classes: 1

 

ECTS: 5

Course outline:
Basic ARM architecture. Overview Cortex-M3 / M4: registers, modes, NVIC, memory card, bus, MMU, interrupts and exceptions, debugging support. instructions. Application of Cortex-M3 / M4. Programming: Asembler, C and C ++ language, data memory, semaphores, bit band. Exception programming: use of interrupts, servers, software interruptions. System timer, power management, multiprocessor communication. NXP LPC1768: embedded peripherals architecture. Development tools: MDK-ARM, C / C ++ compiler, uVision, RTX operating system, CAN interface, USB interface, File system, TCP / IP network environment, graphical environments. CMSIS standard - software interface.Application of Cortex-M3 / M4. Programming: Asembler, C and C ++ language, data memory, semaphores, bit band. Exception programming: use of interrupts, servers, software interruptions. System timer, power management, multiprocessor communication. NXP LPC1768: embedded peripherals architecture. Development tools: MDK-ARM, C / C ++ compiler, uVision, RTX operating system, CAN interface, USB interface, File system, TCP / IP network environment, graphical environments. CMSIS standard - software interface.

Specification for the book of courses

The name of the course: Thermovision
Code: 3ОЕЕ8Б02
The number of classes per week:

• Lectures: 2
• Exercises: 2
• Other classes: 1

 

ECTS: 5

Course outline:
Introduction to thermal imaging. Theory of infrared radiation. Detection of infrared radiation and temperature measurement. Devices for temperature measurement. Operation principle and types of thermal imaging cameras. Practical aspects of thermal imaging cameras. Application of thermal imaging in a preventive maintenance and testing in various areas. Processing and analysis of thermal images.

Specification for the book of courses

The name of the course: Power Supplies
Code: 3ОЕЕ8B03
The number of classes per week:

• Lectures: 2
• Exercises: 2
• Other classes: 1

ECTS: 5

Course outline:
Types of power supply. Linear power supplies. Direct converters. Converters with insulation. Control methods of switching supplies. Power supply systems. Centralized and decentralized power supplies. Grounding of a system. Voltage balance. Uninterruptible power supplies (UPS). Elements of a system. Batteries and accumulators. Methods of implementation. Methods of regulation and control.

Specification for the book of courses

The name of the course:  Mobile Communication Systems
Code: 3OEK6O07
The number of classes per week:

• Lectures: 2
• Exercises: 2
• Other classes: 1

ЕCTS: 5

Course outline:
Evolution of the standards of mobile communication systems. Principles of mobile communications. Cellular approach. Antennas and propagation in mobile communications. User equipment. GSM, GPRS and UMTS systems. Multiple access, handover and roaming. Packet data transfer. Power control. HSPA and HSPA + systems. Architecture, functioning, characteristics and services of the LTE and LTE Advanced system. 5G systems and their role in IoT. Trends in the mobile communications market in Serbia and in the world. Testing the quality of services in mobile networks by measuring KPI parameters (key performance indicators).

Specification for the book of courses

The name of the course: Internet of Things
Code: 3OEE8B05
The number of classes per week:

• Lectures: 2
• Exercises:  1
• Other classes: 1

ЕCTS: 5

Course outline:
The concept of Internet of things, architecture and application areas. Things and devices in the IoT environment. Physical layer of IoT: sensors, actuators, gateway, M2M communication. Internet code of IoT. Network level IoT, addressing, routing. IoT requests for protocols. IoT protocol stack and comparison with existing Internet protocol stack. Protocols for communication between devices in the data link layer: IEEE 802.15.4, 802.11ah, ZigBee, LoRaWAN, LTE-M, NB-IoT. Network layer protocols: 6LoWPAN, 6TiSCH. Application layer protocols: MQTT, CoAP, AMQP, HTTP. Fog Computer, Integrated Computing Platform, Network Services. Platform as a Service (PaaS), a suite of tools and application programming interfaces (APIs) for application development. IoT Platforms: Components, Architecture, Platform Cloud Computing examples.

Specification for the book of courses

The name of the course: SCADA Systems
Code: 3OEU8O01
The number of classes per week:

• Lectures: 2
• Exercises: 2
• Other classes: 1

ЕCTS: 5

Course outline:
Introduction to SCADA systems. Definition and elements of the SCADA system. History of the SCADA system. Real time systems. Remote control. Communication with SCADA system. How to connect with SCADA. Control and management using the SCADA system. Application of SCADA system in distributed control systems-systems for water supply, petro-chemistry, electric power systems, district heating systems. SCADA user interface. Economic indicators of SCADA application in industrial plants. Examples.

Specification for the book of courses

The name of the course: Professional Practice
Code: 3OEZ8SP
The number of classes per week:

• Lectures: 0
• Exercises: 0
• Other classes: 0

ЕCTS: 3

Course outline:
Getting to know the process of work in the company in which the professional practice is carried out, its goals and organizational units. Getting to know the team and the project where the student is involved, which is selected in accordance with the student's module. Understanding the process of work in the company, business processes, understanding of work risks, participation in design, documentation preparation or quality control, in accordance with the work process and organizational possibilities in the company.

Specification for the book of courses

The name of the course: Final paper - Research Work
Code: 3OEZ8IR
The number of classes per week:

• Lectures: 0
• Exercises: 0
• Other classes: 4

ЕCTS: 2

Course outline:
It is formed individually in accordance with the needs of a concrete graduate-master work, its complexity and structure. According to his affinities and preferences, the student chooses the field of study work or the subject teacher from the list of teachers in the study program, which defines the specific task. The student studies professional literature, professional and scientific papers dealing with similar topics, performs analyzes in order to find a solution for a concrete task, or perform certain experiments in the laboratory. The study includes active monitoring of primary knowledge, organization and performance of experiments, numerical simulations and statistical data processing, preparation of seminar work from the narrow scientific-scientific field, which is the topic of independent research work.

The name of the course: Final paper
Code: 3ОЕЗ8ЗР
The number of classes per week:

• Lectures: 0
• Exercises: 0
• Other classes: 0

ЕCTS: 8

Course outline:
The final paper represents an independent research, practical or theoretical methodological work of the student in accordance with the level of studies, in which he becomes acquainted with some narrow area through the literature review and adopts methodology of research or designing necessary for the production of the paper. By making the paper, the student applies the practical and theoretical knowledge acquired during the studies. In written form, as a rule, the paper contains an introductory chapter, a definition of the problem, an overview of areas and existing solutions, a proposal and a description of its own solution, a conclusion and literature. A public oral defense of the paper is organized in front of a commission of three members, one of which is a mentor of the paper. During the oral defense, the candidate explains the results of his paper, and then answers the questions of the members of the commission, whereby the candidate demonstrates the ability of the oral presentation of the project.

Specification for the book of courses