MARINE ELECTRICAL ENGINEERING FACULTY
FACULTY of MARINE ELECTRICAL ENGINEERING
SECTION of ELECTRICAL ENGINEERING
GROUP of MARINE ELECTRO-AUTOMATION
PROGRAMME of STUDIES
Faculty of Marine Electrical Engineering
B.Sc. Programme Section: Electrical Engineering
Group:
Marine Electro-Automation
Unit responsible
1 Sports Department
2 Mathematics Department, Navigation Faculty
3 Physics Department, Marine Engineering Faculty
Marine Electrical Power Engineering Department, Marine Electrical Engineering
4
Faculty
5 Foreign Language Department
6 Ship Automation Department, Marine Electrical Engineering Faculty
7 Management Department, Entrepreneurship and Commodity Science Faculty
8 Engineering Sciences Department, Marine Engineering Faculty
9 Marine Telecomunications Department, Marine Electrical Engineering Faculty
10 Chemistry Department, Entrepreneurship and Commodity Science Faculty
11 Marine Propulsion Plant, Marine Engineering Faculty
12 Department of Marine Maintenance, Marine Engineering Faculty
L – Lecture, T – Tutorial, Lab – Laboratory, P – Project
Fall semester (I)
No.
Item. Course title/description
1
3. History of electrical engineering
Description: The beginnings of electricity - from antiquity.
Andre-Marie Ampere. XIX century a period of the great
achievements. The beginnings of modern electronics
telecommunications and computers. Effect of electrics on
the social processes. Great personalities of the polish
electrics .
5. Intellectual property and labour law
Description: Sources of intellectual property law. Objects
of copyright. Protection of copyright and related rights.
Agreements (licenses, assignments, copyright). Basic
issues in the field of inventions and patents, trade marks.
Principles of labour law. Legal features of employment
relationship. Ordinal and material responsibility. Working
time. Leave. Settlement of labor disputes.
6. Mathematics
Description: Elements of algebra. Analytic geometry in
space. Differential calculus of functions with one variable.
Integral calculus of functions of real variable.
7. Physics
Description: Kinematic and dynamic quantities. Periodic
motion. Wave motion. Introduction to the force-fields.
Deriving the spatial distributions of the fields. Motion in a
2
3
4
No. of hrs.
ECTS Unit
in
points resp.
semester
15L
2
6
15L
2
7
30 L
45 T
3
3
2
30 L
30 T
3
2
3
1
MARINE ELECTRICAL ENGINEERING FACULTY
5
6
7
8
9
force-field. Twilight of classical physics. Basis of the
quantum physics. Fundamentals of condensed matter
physics. Basis of the nucleus-physics. The universality of
radiation - the risks to humans and wildlife
8. Basics of Computer Science
Description: Organization and principles of computer
operation. Operating system. Computer Networks. Utility
software. ANSI C syntax, a function call, errors and
warning. Variables. Instructions for I / O, type conversion,
operators arithmetic. Control statements. Logical
operators, Arrays - initialize the array. Strings - string
operations, functions. Complex types - structure.
9. Material Science*
Description: Conductivity, dielectric constant, magnetic
permeability. Classification of elecrtrical materials.
Conducting
materials.
Conductivity
of
metals.
Semiconducting materials. Semiconductors. Dielectric
materials. Dielectric materials polarization. Dielectric
constant. Dielectric strength. Durability of dielectric
materials. Combustibility. Classification and applications
of dielecrtric materials. Magnetic materials. Diamagnetic,
paramagnetic and ferromagnetic.
10. Basics of Technical Drawing
Descriptions: Descriptive geometry objectives. Space
objects. Terms of a projection and a projection method.
Monge‘s system a graphic representation of geometric
elements in orthographicprojections. Adherence of
elements; mutual contact. Normalization in of
engineering graphic. Applied symbolic representations.
Fundamental principles of dimensioning. Management of
technical documents.
12. Fundamental of Circuit Theory*
Descriptions: Electrical principles, D.C circuit theory.
Linear circuit elements, series circuits, parallel networks,
potential divider, current divider. Calculation of D.C
circuit quantities with the help of circuit laws and
theorems. Nonlinear circuit elements. Alternating voltage
and currents, waveforms, the equation of a sinusoidal
waveform, combination of waveforms, single phase a.c
circuits. Revision of complex numbers, application of
complex numbers to A.C networks.
46. Ergonomics and HSE aboard a ship
Description: Ergonomics - basic concepts, the factor of
stress in the workplace, risk assessment and means of
dialogue in human-system technical object. Safety with
electric network and equipment, first aid. Chemical
agents. Microwaves. Safety zones The basic laws of
classification societies for the safety and the organization
of work on electrical equipment aboard ships.
30 L
4
6
15L
2
4
15L
2
8
30 L
45 T
6
4
2
4
15 L
2
MARINE ELECTRICAL ENGINEERING FACULTY
10
11
12
13
14
15
16
17
Summer semester (II)
1. Sports
Description: Heart rate measurement, rest and stress HR
and BP results. Volleyball. Basketball. Football. Floorball.
Gymnastics. Short distance race. Forces affecting
swimmer‘s body moving in the water. Backstroke and
breaststroke swimming. Dives from the starting post to
the water.
2. English*
Description: Repetition of English grammar basis.
Communication in everyday life situations. Basis of
English phonetics. Basic engineering classification.
Electric vocabulary. IT: computer, word processor, folder
creation, internet – vocabulary. Co-ordination of
computer systems.
6. Mathematics
Description: Differential calculus of functions of several
variables. Integral calculus of functions with several
variables. Differential equations. Number and function
series. Vector and scalar fields.
7. Physics
Description: Determination e.g.: the density of liquids and
solids, the intensity of gravity, moment of inertia,
damping coefficient, heat capacity, heat of fusion and
condensation resistance, and capacitance load.
Verification of e.g.: Lambert‘s law, the lens-equation,
depending on the period of the simple-pendulum on its
length, depending on the period of torsion-pendulum on
the moment of inertia, the second principle of dynamics
in a rotating motion, damped oscillation amplitude as a
dependence on time.
8. Basics of Computer Science
Description: ANSI C Basic language constructs.
Conditional statements – If, switch. Iterative instructions
– for, while, do while. Rules for passing parameters.
Complex types - arrays, structures.
9. Material Science*
Description: Measurement of magnetic losses and their
components in magnetic materials. Measurements of
dielectric constant and tg. Measurements of dielectric
strength. Measurements of volume and surface resistivity
of dielectric materials.
11. Numerical Methods
Description: Number Systems. Interpolation and
approximation, orthogonal series, an introduction to
wavelet. Basic numerical methods for: solving linear and
nonlinear algebraic equations, solving differential
equations, searching the extreme, and other selected
methods.
12. Fundamental of Circuit Theory*
Description: Three phases circuits. Non sinusoidal
voltage and current waveforms, harmonic analyses,
Dirichlet‘s conditions, Fourier series, Pearseval‘s
theorem, The transient in D.C and A.C circuits, Laplace
transform, inverse Laplace transforms, a solution of
differential equations (operational method). Transmission
lines, basic phenomena and quantities, phase delay,
wavelength, velocity of propagation, current and voltage
relationships
30 T
0
1
2
5
30 L
30 T
2
2
2
30 Lab
2
3
30 Lab
2
6
15Lab
1
4
15L
15P
2
6
30 L
45 Lab
5
4
30T
3
MARINE ELECTRICAL ENGINEERING FACULTY
17
18
19
20
21
22
23
24
14. Metrology*
Description: Definitions of basic metrological notions, the
analysis of the error and uncertainty measurement,
measurement methods, electromechanical converters,
analog-to-digital and digital-to-analog conversion, analog
and digital measurements of electrical and non-electrical
quantities, transmission and recording of measurement
signals, computer-aided measurement systems.
16. Electronics and Power Electronics*
Description:
Semiconductor
and
optoelectronic
components.
Diagnostics.
Amplifiers.
Stabilizers.
Generators. Converters.
21. Fundamentals of Control Engineering*
Description: Rules of control engineering. Mathematical
description of linear dynamic systems. Description
methods of elements and control systems. Basic
elements of control systems and their properties.
Characteristics of typical static and astatic control
objects. Identification of properties of the static and
dynamic
control
objects.
Structural
diagrams.
Requirements to control systems. Continuous PID
controllers. Synthesis of control system with state object
control feedback
24. Digital Circuits Theory and Technology*
Description: Numeration systems and codes. Theory of
digital circuits. Basic digital circuits. Digital signals and
gates, logical symbols. Analysis and synthesis of
combinational circuits and sequential circuits. Realization
of combinational and sequential circuits. Functional
blocks of the average scale of integration. Synthesis of
atypical synchronous and asynchronous circuits.
Fall semester (III)
1. Sports
Description: Crawl stroke swimming, exercises in
teaching the body positioning, arms‘ and legs‘ work - on
the land, in the water, in place, with the board, and
unaided when laying on the water. exercises improving
coordination of arms and legs movements and breathing
in the crawl stroke. Exercises in teaching return in the
crawl stroke - swimming on, turn, rebound, full form.
2. English*
Description: Grammar review: to be, to have, there is,
numbers, pronouns, adjectives, possesives, nouns,
plural, using different tenses. Communicating in simple
every day situations. English phonetics basics.
Fundamentals of engineering classification. Electrics and
Electronics - basic vocabulary. Electronic diagrams:
Joining information from the diagrams and the texts,
electric symbols. Basics of mathematics (matrix,
integrals, differential calculus etc.).
6. Mathematics
Description: Laplace transform. Fourier transform.
Elements of probability theory. Elements of statistics.
12. Fundamental of Circuit Theory*
Description: Introduction to the Mathcad. Multi-loop DC
Circuit (star-delta conversion). The principle of
superposition and reciprocity. Thevenin ‘s theorem , the
characteristic of a nonlinear element. The parameters of
equivalent coil circuit with and without iron core. Reactive
30 L
3
4
30 L
3
6
30 L
3
6
30 L
15 T
3
6
15 T
1
45 T
2
5
30 T
2
2
30 Lab
2
4
4
MARINE ELECTRICAL ENGINEERING FACULTY
25
26
27
28
29
30
31
32
power compensation. Voltage and current resonance
and ferroresonance. Three-phase systems. The mean
and RMS values. Harmonic analysis of analytic and nonanalytic periodical functions
13. Electromagnetic Field Theory*
Description: Basic formulas and theorems of the vector
analysis. Coulomb‘s law, and the definition of the values
of the electric field for point charges. Electrical and
magnetic phenomena. Theory of Magnetic circuits.
Mutual coils. Method for determining characteristic
quantities of electric and magnetic field. Gauss law and
Ampere‘s law for the simple symmetric cases. BiotSavart law. Maxwell‘s equations.
14. Metrology*
Description: Calibration and expanding ranges of
instruments. Measurements of large resistance and
insulation
resistance
and
bridge
impedance
measurements. Testing of the electromechanical
instruments. Rectifier voltmeters. Analog and digital time
and frequency measurements. Electronic oscilloscope.
Power measurements in single-phase and three phase
system. Wheatstone, Thomson and impedance bridges.
15. Electrical Machines*
Description: Introduction to electric machines theory;
basic principles and concepts, design elements,
construction materials, definitions and classification. DC
and AC machines; structure, principle of operation, basic
characteristics, exploitation properties. Transformers;
structure, basis of operation, 3-phase transformers,
exploitation properties.
16. Electronics and Power Electronics*
Description: Working conditions of power components.
Thyristors. Triacs. Power transistors. Power converters.
Rectifiers. Safety arrangements of thyristor and
transistorsystems. Active and passive power.
18. Microprocessor Control Systems
Description: Microprocessor‘s arithmetic. Microprocessor
information coding. Architecture of microprocessor
system. Microcontroller core architecture, memory map,
instruction set. Assembler language. Adressing modes.
On-chip peripherials: I/O port, timer/conter, serial
communication interfaces, AD and DA converters,
watchdog. EEPORM and FLASH memory of the
microcontroller.
ISP/IAP
programming
modes.
Microcontroller programming languages.
21. Fundamentals of Control Engineering*
Description: Dynamic correction of control systems.
Composite control systems. Digital control systems. Nonlinear control systems. Extremal regulation. Optimal
control. Adaptive control. Game control.
22. Machatronics
Description: Force definition. Principles of statics. Planar
concurrent force system, space concurrent force system,
geometric and analytic conditions of static equilibrium,
equilibrium equation. Pair of forces, momentum. Sliding
and rolling frictions, frictions of flexible connectors.
Friction in rolling bearings of electric motors Permissible
stress. Deformation and stress stages. Strength of
materials. Static tensile test.
23. High Voltage*
15 L
15 P
2
4
30 Lab
2
4
45 L
3
4
30 L
4
6
30 L
2
6
30 L
2
6
15 L
15 Lab
2
8
30 L
2
4
5
MARINE ELECTRICAL ENGINEERING FACULTY
Description: Technic and Engineering. Ionization and
deionization processes. Nature and forming of electric
stresses, insulation configurations. Break-down strength
of gases, solid and liquid dielectrics, discharge
development, partial discharges. Exploitation insulation
systems. Inner and outer over voltage characteristic,
atmospheric discharges, overvoltage and lighting
protection.
33 24. Digital Circuits Theory and Technology*
Description: Synthesis of combinational circuits,
characteristics of digital circuits. Arithmetical blocks.
Bistable flip-flops. Synthesis of sequential circuits.
Counters and registers of integrate scale. Circuits of time
dependences. Circuits of steering a stepper motor, an
anchor lift. Steering the crane model with programmable
circuits CPLD or FPGA. Computer simulation of
advanced digital circuits.
34 26. Programmable Logic Controllers*
Description: PLC construction, Hardware, PC-PLC
Communication, Editors. Memory organization: memory
areas, Data types, addressing. Bit and Byte Access.,
Programming: logic functions, edge detection, bit
memory, flip-flops, timers, counters, wave generators,
Program structure: Functions, Function Blocks, Data
blocks. Interrupts, Examples: pump control, direction
detection, industrial sequence control systems
35
36
37
38
39
Summer semester (IV)
1. Sports
Description: Exercises improving coordination of arms
and legs movements and breathing in the backstroke,
breaststroke and crawl stroke. Teaching the butterfly
stroke swimming.
2. English*
Description: Developing abilities of using constructions in
passive voice in writing on the basis of computer
grammatical
exercises
and
authentic
handling
instructions and in speech on the basis of conversational
exercises. Electrotechnology – electric engine,
construction and description of functions, ways of
connecting: screwing, soldering ,tying wiring, adhesing,
gluing, riveting. Automatic systems and transducers.
Kinds of alarm systems and their functioning.
14. Metrology *
Description:
Temperature
sensors,
differential
photodetector, analog and programmable transducers,
converters, 4-20mA standard, HART transmitters,
measurement channels and their application for selected
non-electrical quantities measurements, diagnostics of
the measurement channels.
15. Electrical Machines*
Description: Electrical machines tests and exercises. DC
generator and motor. Single and 3-phases transformer.
Squirrel-cage, slip-ring and multiple-speed motor.
Synchronous machine properties, cooperation generatorpower system testing, V curve measuring. Selsyns,
single-phase and step motors.
16. Electronics and Power Electronics*
Description: Laboratory exercises – thyristors; working
conditions of power components; triacs; power
30 Lab
30 L
30 Lab
2
6
3
6
15 T
1
45 Lab
2
5
30 Lab
2
4
30 Lab
2
4
30 Lab
2
6
6
MARINE ELECTRICAL ENGINEERING FACULTY
40
41
42
43
44
45
46
47
48
transistors;
power
converters;
rectifiers;
safety
arrangements of thyristor and transistor systems, active
and passive power.
17. Electrical Power Generation and Distribution
Description: Basic Electric Power Systems. Electrical
Distribution Systems. Energy sources. Generators
parallel operation. Synchronization. Chapter electrical
active and reactive power. Voltage regulators.
18. Microprocessor Control Systems
Description: Microcontrollers programming in C
language. Typical components of the microprocessor
system. Data buses: RS 232, RS 422, RS 485, I2C,
CAN, USB. 16 and 32-bit microcontrollers. Evaluation
microprocessor system. Compiling and linking of
programs in C. Microcontroller ports. Self-realization of
complex program using the previously known
components.
19. Electrical Apparatus*
Description: Environment. Electrical equipment technical
characteristics. Safe use consideration. Electrical
connectors. Contacts. The electric arc. Electrical
protection. Electrical Switchgears. Installation equipment.
Cables.
20. Electric Drive
Description: Equations of motion. Energy storing.
Machinery characteristics – parameters, schemes,
equations, power distribution, starting, braking, control.
Transient state of electric machine.
21. Fundamentals of Control Engineering*
Description: Electric, mechanical, pneumatic and
hydraulic elements and devices control systems.
Pneumatic continuous PID controllers. Pneumatic and
hydraulic executive devices. The dynamic properties
investigations of the control object. The identification of
the control object. Manual tuning of the continuous PID
controller. The control system synthesis with the method
state variable with poles positioning of closed-loop
system.
23. High Voltage*
Description: Insulation systems and materials tests and
exercises. Electrical static strenght test of air. Low and
high pressure air electrical strenght test. Electrical
impulse strenght test of air.
25. Power System Control & Automation
Description: Development of ship board automation,
degree of automation in engine room, essential safety for
unattended machinery spaces, centralized control
station, control console, layout, controls, alarms, visual
displays, data loggers. Bridge control of main machinery,
instrumentation for UMS classification. Main Engine and
Ancillary Subsystems, Ship Electrical Power Plant.
26. Programmable Logic Controllers*
Description: Combinational logic, sequential logic. Digital
control systems. Sequential control, Moore and Mealy
machine, process controlled and time controlled
systems. Description of control systems: states, system
variable, transitions, output functions. Control system
synthesis. Programming of drive control, system testing
by DC motors and 3-phase drives.
34. Control System's Devices
30 L
15 Lab
1
1
4
15 L
30 Lab
4
6
30 L
30 Lab
2
4
30 L
2
4
15 L
30 Lab
2
6
15 Lab
1
4
30 L
2
6
1
4
2
6
15 P
15 L
7
MARINE ELECTRICAL ENGINEERING FACULTY
49
50
51
52
53
54
55
Description: Control System's Components: actuators,
control elements, control adjustment, power amplifiers,
comparision devices. Basis of pneumatic control - basic
principles, controllers, pneumatic actuator. Valve control.
Autonomous digital PID and Fuzzy Logic Controllers and
PID controllers included in PLC structure - principles,
structure,
maintenance,
parameters
adjustment.
Elements of remote control based on PLC, modems, HMI
and SCADA equipment.
39. Marine Electric Equipment Maintenance*
Description: Environment. Technical electric drawings reading and using.
43. Marine Main and Auxiliary Machinery*
Description: Ship‘s drag, ships propellers, propulsion
systems. Ship‘s movement power demand, electrical and
heat energy demand. Efficiency of a mechanism and
mechanical systems. Construction of marine main and
auxiliary engines. Heat balance of engine. Heat
utilisation. General efficiency of power plant. Cooperation
of
engine-hull-propeller.
Propulsion
characteristics. Auxiliary boilers. Pumps types.
Compressors. Filters and centrifuges.
Fall semester (V)
2. English*
Description: SMCP- standard phrases in marine
communication on the basis of IMO materials:
international marine alphabet, communication in
emergency ( fire, explosion, evacuation). Data of the
ship: dimensions of the hull, tonnage, loadlines, marine
properties of the ship, planning of the ship, crew.
Dangerous
materials.
Conversational
exercises
preparing for the interview on the basis of Marlins’ tests.
20. Electric Drive
Description: Drive system with DC and AC machine. DC
and AC motor automatic control systems. Marine and
industrial applications.
25. Power System Control & Automation
Description: Visualization of ship power system. SCADA
Systems, PLC programming. Simple computation, data
processing computers, wired type & stores programmed
type computers, computer control (AI, AO, DI, DO).
Application of computers on merchant ships for
performance monitoring & maintenance data.
27. HMI Engineering
Description: HMI destination and application. HMI
communication basics: HMI-PC, HMI-PLC. Editing and
presentation of PLC variables on HMI. Lamps, Numeric
and Message Displays. Switches, keypads. Screens,
graphics, functional switches. Alarm windows, animation,
scripts. Examples: interfaces for wave generator, drive
control. Synthesis of an control system with PLC, touch
panel and AC or DC drive.
31. Ship Electrical Drives Control Systems*
Description: Equations of motion. Energy storing.
Machinery characteristics – parameters, schemes,
equations, power distribution, starting, braking, control.
Marine and industrial applications. Ship diesel-electric
propulsion systems.
15 Lab
15 P
1
4
30L
2
12
45 Lab
1
5
45 Lab 2
15 Lab
6
1
6
15L
15P
2
6
15 L
1
6
8
MARINE ELECTRICAL ENGINEERING FACULTY
56
57
58
59
60
61
62
63
64
32. Ship Electrical Power Generation and
Distribution*
Description: Marine electrical power plants. Shaft
generators. Synchronization and work in parallel of ship’s
generators. Ship voltage regulators. Protection of ship
generators. Emergency power plants. Systems of
electrical energy transmission and distribution on ships.
Functions and structure of ship switchboards. Ship
cables. Power management systems on ships. Main
electric propulsion.
35. Marine Power System - Control & Automation*
Description: Automation of Ship Electrical Power Plant
and Auxiliary systems. Diesel generators. Shaft
generator. Turbo generator. Shore supply. Emergency
generator. Main switchboard. Emergency switchboard.
Consumers. Feeders. Earth Monitoring etc.
36. Ship Deck Equipment*
Description: Hydraulic systems fundamentals. Deck
cranes. Windlass and mooring machinery. Boat davit.
Cargo handling systems in tankers. Hatch covers. Ship
stern, side and bow gates.
37. Electronavigational Equipment*
Description: GPS, DGPS, EGNOS -theory, errors,
gyrocompasses – theory, structure, deviations, logs –
theory, structure echosounders – structure, range,
integrated bridge systems, azipods - structure,
applications, exemplary marine devices of all equipments
38. Marine Communication Equipment*
Description: Radionavigation, communications and
technical systems. GMDSS. Emergency. Antennas.
Radio and telephone communications on ship. Automatic
telephone operator. EPIRB. Transceiver. Satellite
communications terminals. Signals.
39. Marine Electric Equipment Maintenance*
Description: Specifics of the operation and diagnostics.
Conduct operational and diagnostic methodology.
Standard power cable dimensions. Marine installation
equipment. Cable installation technology. Mounting
electric equipment and devices. Maintenance and
diagnostics. DC machine diagnostics. Asynchronous and
synchronous machine diagnostics. Electrical machines
repair.
40. Ship's Monitoring Systems and Instrumentation*
Description: Types of engine room and deck monitoring
systems. Measurement and executive line used in
monitoring and control systems. Sensors. Transducers
analog and programmable (HART). Diagnostic, repairing,
calibration, commissioning of measuring temperature,
pressure, level etc. Electronic ship's fire monitoring
systems.
42. Ship Structure Fundamendals*
Description: General information of seagoing vessels.
Law acts. Class societies. Ship main dimensions.
Stability and buoyancy. Hull structure. Construction
materials. Strength of materials. Structure joints. On
board equipment and installations.
43. Marine Main and Auxiliary Machinery*
Description: Heat exchangers. Steering gears. Energy on
board a ship. Engine fresh water and seawater cooling
systems. Lubricating oil systems. Fuel system. Pressure
15L
30Lab
2
4
30 L
2
6
30L
3
6
30L
15Lab
3
6
15L
15Lab
2
9
15L
30Lab
3
4
15L
15Lab
2
4
15L
1
6
30L
30Lab
3
12
9
MARINE ELECTRICAL ENGINEERING FACULTY
65
66
air system. Steam system. Bilge water, ballast water and
sewerage. Ship`s propulsion plants. Ship`s power plant
maintenance and operation. Main engine, fuel
centrifuges supervising. Ship`s power plant simulator.
45. Machanical Wokshop Training
Description: Industry safety rules on the workstand.
Machine tools. Turning of external surfaces. The
machining of the aperture on a turning lathe. Boring with
augers. Measurement of thread. Measuring deviation of
shape.
47. Enviroment Protection*
Description: Basic definitions. Water circulation in the
environment.
Polution
influence
on
organism.
Atmosphere, lithosphere and hydrosphere pollution.
Protection of sea ecosystems. Oil pollution prevention.
Sewage pollution prevention. Waste pollution prevention.
Combating of chemical spills at the sea.
15L
1
12
15L
1
10
6
months
30
30L
2
7
15 L
15 P
1
1
4
4
30 T
4
4
15L
15 Lab
2
4
30 Lab
1
6
Summer semester (VI)
67 48. Seagoing training
68
69
70
71
72
Fall semester (VII)
4. Economics and Managment*
Description: Elementary concepts of economics. Main
directions of economic development. Market economy.
Consumer and behavior theory. Economic accounts and
cost & revenue accounts. Policy and fiscal system.
Foreign
trade
and
international
cooperation.
Management of organisation.
28. Computer Area Network*
Description: Origins of computer networks. Organization
of the ISO OSI reference model. The signals in the
network and transmission media. Network topologies.
Hardware resources and organization of the network.
The basic properties of selected local networks. IEEE
802 Standards. Ethernet, types, media, methods of
access to the communication channel. Upper layer
protocols, TCP / IP stack. Network operating systems
and utilities. Network administration. Safety.
29. Seminar
Description: Bachelor’s thesis as the final stage of the
first-degree higher education. Types of theses and their
specificity: theoretical, experimental, design. The
structure and stages of Bachelor thesis. Methods of
research, forms of the work. Presentation, firstly the
partial results of the diploma work and secondly, of the
thesis pursued.
E-33. Explosion Protection Engineering
Description: Nature of flammable materials. Gas, dust
grouping. Temperature codes. Hazardous area (gas,
dust). Types of explosion-proof protection for electrical
equipment, particularly: Ex d, Ex e, Ex p, Ex i. Combined
(hybrid) methods of protection. Wiring systems.
Maintenance of electrical equipment in hazardous area.
IECEX versus ATEX and North America approach. Ex
certificates.
35. Marine Power System - Control & Automation*
Description: Automation of Marine Diesel Engines
(Temperature control of lubricating oil, jacket water
10
MARINE ELECTRICAL ENGINEERING FACULTY
cooling, fuel valve cooling water, piston cooling water &
scavenge air, fuel oil viscosity control), Automation of
Electrical Power Plant.
73 41. Power Conditioning Systems
15L
Description: Overview of the conditioning, methods and
15Lab
systems. Introduction to theory of instantaneous power.
Series and shunt compensators. DVR systems. Passive,
active and hybrid systems. Reserve and uninterruptible
power supply systems - classification, structure and the
functional possibilities. Energy storage systems.
74 44. Marine Refrigeration Systems*
15 L
Description: Ship refrigeration systems. Compressors
15Lab
and heat exchangers. Air conditioning. Refrigerated
containers. Automatic refrigeration control. Diagnostics.
Testing refrigeration installation. Adjusting efficiency of
refrigeration compressor. Adjusting thermostatic valve
parameters. Testing evaporator under variable load.
st
End of 1 Stage of Marine Electro-Automation
2
6
2
11
* Subject fulfils STCW requirements for ETO officers
11-2013
11