MINISTRY OF EDUCATION AND SCIENCE OF
UKRAINE
KHERSON STATE MARITIME ACADEMY
STUDY PROGRAM
“Operation
of ship electrical equipment and automatic devices”
First
level of higher education
Speciality 271 River and Sea Transport
Specialization 03 Operation of ship electrical equipment and automatic devices
Field of Knowledge 27 Transport
Qualification: Bachelor in operation of ship
electrical equipment and automatic devices
Kherson – 2020
APPROVAL
SHEET
for
the bachelor’s degree program
|
Field of knowledge |
27 Transport |
|
Speciality |
271 River and sea
transport |
|
Specialization |
03 Operation of ship electrical equipment and automatic devices |
AGREED
First Vice-Rector
_________________ Kulykova L.B.
“____” ___________ 20____
Project team leader:
Ph.D. in Technical Science,
Associate Professor of
Department of
Operation of Ship
Electrical Equipment
and Automatic Devices
____________ Zaval’nyuk O.P.
“____” ___________ 20____
FOREWORD
Developed in compliance with the
approved standard of higher education for speciality 271 “River
and Sea Transport” for the first (bachelor) level of higher education (Order
by MES of Ukraine #1239 dated 13.11.2018) by a project team composed of:
|
1.
|
Ph.D. in Technical Science, |
_________________ |
О.P. Zaval’nyuk |
|
2.
|
Ph.D. in Technical Science,
Associate Professor, Associate Professor of Department of Operation of Ship Electrical Equipment and Automatic Devices |
_________________ |
D.А. Nagovs’kyi |
|
3.
|
Ph.D. in Technical Science,
Associate Professor, Associate Professor of Department of Operation of Ship Electrical Equipment and Automatic Devices |
_________________ |
К.V. Tymofeiev |
|
Speciality |
271
River and sea Transport |
|
Specialization |
03 Operation of ship electrical equipment and automatic devices |
|
1 – General information |
|
|
Full name of the
higher education establishment and structural subsection |
Kherson State Maritime
Academy Marine
Engineering Faculty |
|
Higher education level and qualification name in the original language |
Higher
education level “Бакалавр” Qualification: - Бакалавр з
експлуатації суднового електрообладнання і засобів автоматики |
|
Official name of the study program |
Professional
training program “Operation of ship electrical equipment and automatic
devices” |
|
Diploma type and study program length |
Bachelor
degree, single: – 240 credits ECTS
(3 years 10 months) on the basis of full general secondary education |
|
Accreditation |
Accreditation
certificate НД series № 2296087 Certificate
validity - till July 1, 2026 |
|
Cycle/level |
First
(bachelor) level – level 6 of NQF |
|
Background |
Possession
of full general secondary education |
|
Language(s) of instruction |
Ukrainian |
|
Validity
period of study program |
2026 |
|
Internet
address of permanent placement of the study program description |
http://kma.ks.ua/ua/publichna-informatsiya/normativnye-dokumenty-akademii/osvitni-programi |
|
2 – The program educational objectives |
|
|
Acquisition by higher education applicants of
knowledge, understanding, proficiency and other competences required for an officer
position on board sea and river vessels by specialization: “Operation
of ship electrical and automation equipment”; work at
enterprises, establishments and organizations that ensure fleet operations,
manage vessel traffic and navigation security; further education at the
second level of higher education. |
|
|
3 – The program characteristics |
|
|
Subject
area (field of knowledge, speciality, specialization (if available) |
Objects of
activities: vessels and floating bases; control systems of
sea-going and river transport vehicles; systems of ensuring navigation
security. Subjects of
studies: navigation
processes, navigation equipment, systems and processes of navigational maintenance; technical
systems and ship complexes (ship mechanical systems, electrical and
electronic equipment and control systems, radio communication systems); methods of
operating ships and their systems, operations management on ships;
organization of crew work and care for people onboard; systems of ship
traffic control; systems of navigation security provision. Learning
objectives: acquisition by
higher education applicants of knowledge, understanding, proficiency and
other competences required for an officer
position on board sea and river vessels by specialization: “Operation
of ship electrical equipment and automatic devices”; work at
enterprises, establishments and organizations that ensure fleet operations, manage vessel
traffic and navigation security; further education at the second level of
higher education. Theoretical
content of the subject area: Theoretical
content of the subject area is based on the theories of ship arrangement,
automatic control, reliability, mechanical engineering, electrical
engineering; environmental protection, risks and
decision-making assessment, emergency management, resource management. Methods, techniques and technologies A higher education applicant has to master
methods, techniques and technologies of caring for people onboard, marine
engineering, marine electrical engineering, automated and automatic control,
maintenance and repair, radio communications by specialization: “Operation
of ship electrical equipment and automatic devices”. Tools and equipment The person to whom the qualification is assigned, must be able to use and apply tools, equipment and
systems that ensure the navigation and control of seagoing vessels, the
operation and repair of maritime vehicles, the safety of navigation and
environmental protection. |
|
Study
program orientation |
Professional
training |
|
Program
feature |
Necessity
of shipboard practice and undergraduate practice on board ships |
|
4 – Graduates’ suitability for employment and
further education |
|
|
Suitability
for employment |
Training
program should form competences which are necessary
for employment of graduates on ships and marine enterprises of river and sea
transport in the positions specified by Classifier of professions ДК 003:2010 and Directory
of qualifications descriptions of
workers’ professions Edition 67 “Water Transport” and related to the ship
traffic management, the operation of ships and their systems, the ship operation
management, the safety of navigation.* The training
program is aimed at graduates employment on ships and at enterprises of river
and sea transport allowing to hold positions as: - marine electrical engineer, senior electrical engineer, chief
electrical engineer, line electrical engineer, group electrical engineer; -equipment engineer, specialized fleet engineer, marine engineer. *)
Persons who are allowed to hold the position of officers on seagoing vessels
and they have the appropriate ranks, established by the Regulation on the
ranks of officers of seagoing vessels and the procedure for their assignment
and approved by the central executive body which ensures the formation and
implementation of state policy in the field of river and sea
transport. |
|
Further
education |
Education
at the second (master) level. Acquisition of additional qualifications in the
system of postgraduate education. |
|
5 – Instruction and assessment |
|
|
Instruction |
Lectures,
(multimedia lectures), practical lessons, laboratory lessons, seminars,
simulator training, shipboard practice, distance learning, independent
learning, individual lessons (consultations). |
|
Assessment |
Examination and assessment of training results can be obtained in one
or more of the following forms: - approved training on the simulator, where it can be used (“Engine
Room Simulator” at KSMA; “Marine Automation and Control Systems
Training” in Kherson Maritime
Specialized Training Centre (KMSTC) at KSMA) - approved training using laboratory equipment Oral
and written examinations, credits, defense of practice report, defense of
course papers (projects), defense of the bachelor’s thesis. |
|
6 – Program components |
|
|
Integral
competence |
Ability to solve complicated specialized tasks and
practical issues in the field of navigation and ship engineering that provide
for application of theories and methods of the sciences about ship
arrangement, navigation, mechanical and electrical engineering, operation and
maintenance of transport vehicles, resource management and are characterized
by complexity and uncertainty of conditions. |
|
General
competences (GC) |
Study program should
ensure the acquisition of competences by higher
education applicants in
accordance with the International Convention on standards of
training, certification and watchkeeping for seafarers 1978 as amended and
the Code on standards of training, certification and
watchkeeping for seafarers as amended, namely: for specialization
“Operation of ship electrical and automation equipment” - competence
standards as specified in
chapter А-ІІІ/6 of the
International Convention on standards of training, certification and
watchkeeping for seafarers as amended and practical
training requirements as specified in chapter А-ІІІ/6 the
International Convention on standards of training, certification and
watchkeeping for seafarers as amended. GC1. Ability to plan
and manage time. GC2. Ability to use
English in written form and orally, in performing professional duties
including. GC3. Proficiency in using information and
communication technologies. GC4. Proficiency in identifying, pose and
solve challenges. GC5. Ability to make
and implement informed management decisions within the accepted risks. GC6. Ability to work in a team, organize
personnel work, in complicated and critical conditions including. GC7. Proficiency in
interpersonal interaction. GC8. Ability to
motivate people and move toward a mutual goal. GC9. Valuing and
respecting multiculturalism. GC10. Ability to work
autonomously. GC11. Proficiency in performing safe
activities (tendency to safety). GC12. Aspiration for environment
conservation. GC13. Ability to
further education. GC14. Ability to act socially responsible
and conscious. GC15. Ability to realize their rights and
duties as a member of society, be aware of values of civil (free democratic)
society and necessity for its stable development, rule of law, rights and
freedoms of a person and citizen in Ukraine. GC16. Ability to preserve and multiply
moral, cultural, scientific values and achievements of the society on the
basis of understanding history and development patterns in the subject area,
its place in the general system of knowledge about nature and society and in
the development of the society, technics and technologies, to use different
types and forms of physical activity for active rest and maintaining a
healthy lifestyle. |
|
Professional
competences of speciality (PCS) |
PCS1. Ability to ensure fire safety and
proficiency in firefighting on board ships. PCS2. Ability to ensure safety and security
of ship, crew and passengers and conditions for usage and operation of
life-saving appliances. PCS3. Ability to develop action plan in
emergency situations and schemes of fighting for ship’s survivability as well
as act in compliance with this plan in case of emergency situations. PCS4. Ability to administer first aid and
capability to use first aid items on board ships, organize and manage
administering of first aid on board ship. PCS5. Ability to monitor and control
fulfillment of requirements of national and international legislation in the
sphere of navigation and activities of ensuring safety of human life at sea, safety and protection of marine
environment. PCS6. Ability to ensure organization,
monitoring and control of compliance with safety regulations, crew and ship
safety. PCS7. Ability to conduct training sessions
on board ship. PCS8. Ability to use
onboard communication systems. |
|
Special
(professional) competences (SC) |
SC1. Ability to supervise the operation of electrical and
electronic systems as well as control systems. SC2. Ability to supervise the operation of automatic
control systems, propulsion system and auxiliary mechanisms. SC3. Ability to operate generators and power distribution
systems. SC4. Ability to carry out operation and maintenance of
power systems with voltage over 1000 volts. SC5. Ability to operate computers and computer networks
onboard. SC6. Ability to carry out maintenance and repair of
electrical and electronic equipment. SC7. Ability to carry out maintenance and repair of
automation systems and control of the main propulsion system and auxiliary
mechanisms. SC8. Ability to carry out maintenance and repair of
navigational equipment on the bridge and ship communication systems. SC9. Ability to carry out maintenance and repair of
electrical, electronic and control systems for deck machinery and lifting
equipment. SC10. Ability to carry out maintenance and repair of control
systems and safety of household equipment. SC11. Awareness of responsibility and ability to make
decisions in unpredictable and emergency situations related to the operation
of marine electrical and electronic equipment. SC12. Ability to solve difficult and unpredictable tasks and
problems of operation of ship power plants and equipment. SC13. Critical understanding of the basic theories,
principles, methods and concepts of modern marine engineering and electrical
engineering. SC14. Ability to collect and interpret information, select
methods and tools to solve difficult professional tasks in the field of
electrical engineering, electromechanics, electronics, automation and marine
engineering. SC15. Ability to justify own point of view and conclusions
using basic theories and concepts in the field of electrical engineering and
marine engineering. SC16. Ability to analyze and predict the processes and
condition of marine electrical equipment in case of incomplete or limited
information. |
|
7 – Study program outcomes |
|
|
Successful completion of program provides for
acquisition by the person, who is awarded the qualification, of knowledge,
understanding and proficiency that are necessary for solving specialized
professional tasks and practical problems in operation
of ship electrical and automation equipment. TO1. Knowledge and understanding of electrical technology
and theory of electrical machines; basics of electronics and power
electronics; construction and principle of operation of electrical
switchboards and electrical equipment; basics of automation, automation
systems and control technology; devices, alarms and monitoring systems;
electric drive; technology of electrical materials; electrohydraulic and
electropneumatic control systems. TO2. Knowledge of the basics of heat transfer, mechanics
and hydromechanics; understanding the operation of mechanical systems. TO3. Conceptual knowledge, including some knowledge of
modern developments, in the field of electrical engineering and
electromechanics, electronics and control systems and their application in
marine engineering. TO4. Proficiency in preparing
control systems of the propulsion system and auxiliary mechanisms to
operation. TO5. Proficiency in connecting,
loading and switching from one generator to another, connecting and
disconnecting switchboards and distribution panels. TO6. Knowledge of high voltage technology, safety tools and
procedures; proficiency to carry out
safe operation and maintenance of high voltage systems; knowledge of
procedures for issuing personnel permits to work with high voltage equipment. TO7. Understanding of data processing principles, knowledge
of construction and use of computer networks on ships, in particular, on the
bridge, in the engine room and for solving commercial tasks. TO8. Knowledge of English, which allows a person to use
English language technical manuals and perform his duties. TO9. Knowledge of the inner ship communication systems
construction and proficiency in transmitting, receiving and recording
messages in accordance with established requirements. TO10. Knowledge of the device, principle of operation and
rules of technical operation of electrical systems, switchboards, electric
motors, generators and alternating and direct current electrical systems and
equipment. TO11. Knowledge of the device, principle of operation and
rules of technical operation of automation systems and control of the main
propulsion system and auxiliary mechanisms. TO12. Knowledge of the device, principle of operation and
rules of technical operation of navigational equipment on the bridge and ship
communication systems. TO13. Knowledge of the device, principle of operation and
rules of technical operation of electrical and electronic systems and control
systems of deck machines and lifting equipment. TO14. Knowledge of the device, principle of operation and
rules of technical operation of control systems and safety of household
equipment. TO15. Knowledge of safety requirements for working with
marine electrical systems and skills for safe disconnection of electrical
equipment required to grant personnel permission to work with such equipment. TO16. Proficiency in detecting faults in electrical
circuits, then identifying them and applying measures to prevent damage. TO17. Knowledge of the construction and methods of using
electrical and electronic control and measuring equipment during the
collection and interpretation of information to determine the state of
technical means and systems. TO18. Knowledge of configuration, principles of operation
and operational tests of monitoring systems, automatic control devices,
protective devices. TO19. Understanding of electrical and simple electronic
circuit diagrams, inspection, troubleshooting, maintenance and repair of
electrical and electronic control equipment to working condition. TO20. Proficiency in using electrical and mechanical
equipment. TO21. Knowledge of construction and proficiency in
maintaining and repairing of electrical and electronic systems that operate
in areas with high risk of fire. TO22. Proficiency in carrying out safe maintenance and
repair. TO23. Knowledge of
methods, actions and equipment for preventing of marine environment pollution
from ships as well as observation activities to be used for preventing marine
environment pollution and performing duties in compliance with adequate
requirements of the International convention for the prevention of pollution
from ships. TO24. Knowledge of fire types, operating principles of
fire-fighting systems, proficiency in fire-fighting using appropriate
equipment, including fires of fuel systems; proficiency in organizing
training on fire-fighting. TO25. Proficiency in conducting abandon ship training and
in using lifeboats, life rafts and rescue boats, devices and appliances for
launching them as well as equipment for them. TO26. Proficiency in administering first aid and in using
medical guides and medical consultations via radio, in particular,
proficiency in applying effective actions based on the knowledge in case of
injuries or diseases. TO27. Knowledge of issues of personnel management on board
vessel and its preparation; proficiency in using management methods, solve
tasks and manage workload, share with specialists and non-specialists ideas,
problems and their solution, personal experience in the sphere of
professional activities. TO28. Knowledge of methods of effective resource
management and proficiency in their implementation; knowledge and proficiency
in using decision making methods. TO29. Knowledge of international requirements for ship
rescue appliances. TO30. Proficiency in using rescue appliances and its equipment, fire protection systems and
other safety systems and maintaining them in working condition. TO31. Knowledge of international and national normative
and legal acts as for safety of life at sea and protection of marine
environment and ensuring their observation. TO32. Proficiency in personal survival, ensuring personal
safety and knowledge of social responsibilities on board. |
|
|
8 – Resource provision for program implementation |
|
|
Staffing |
Scientific
and pedagogical workers who ensure the professional training program by
qualification, match profile and direction the disciplines taught, have the
necessary experience of pedagogical activities and practical work. Highly
qualified experts in the maritime sphere – engineers and electrical engineers
of the first rank – are involved in the academy educational process. Reconciling
teaching activities of such experts at the academy and their work in fleet in
compliance with the contracts signed by ship owners or crewing companies is
practiced. In order to improve the professional level, all scientific and
pedagogical workers undergo training (advanced training) once every five
years, including abroad. |
|
Maintenance and logistics support |
Maintenance
and logistics support fully ensures the educational process through the whole
cycle of training according to the training program. The
condition of premises is testified by an inspection certificate on compliance
of premises with normative requirements. A laboratory training complex for training
specialists, competitive in the international labour market, has been
established at the academy. Availability of the training complex and
laboratories enables cadets to use the acquired theoretical knowledge during
their practice in real conditions, to have possibility of learning some
issues connected with professional training and improving their practical
skills in the chosen specialities that increases competitiveness of the
cadets and graduates of Kherson State Maritime Academy to a great extent. The
training and laboratory base meet the requirements of the International
Maritime Organization (ІМО) and the International STCW Convention as amended. |
|
Informational, educational and methodological support |
Library
electronic resources, professional publications, electronic training courses
with the possibility of distance learning and independent work |
2.
List of components of professional training program and their logical sequence
2.1. List of PT components
|
Discipline
code |
Components
of study program (disciplines, course projects (works), practice, qualification paper) |
ECTS
credits/ amount |
Form
of summative control |
|
1 |
2 |
3 |
4 |
|
1. NORMATYIVE PART 1.1 General training
cycle |
|||
|
GT 1.1.1 |
Ukrainian Language |
4,0 |
Examination |
|
GT 1.1.2 |
History and Culture of Ukraine |
4,0 |
Examination |
|
GT 1.1.3 |
Philosophy |
4,0 |
Examination |
|
GT 1.1.4 |
Higher Mathematics |
10,0 |
Examination |
|
GT 1.1.5 |
Physics |
8,0 |
Examination |
|
GT 1.1.6 |
Technology of Electrical Materials |
4,0 |
Credit |
|
GT 1.1.7 |
Information Technology |
4,0 |
Credit |
|
GT 1.1.8 |
Engineering Graphics |
4,0 |
Credit |
|
GT 1.1.9 |
Technical Measurements |
4,0 |
Credit |
|
GT 1.1.10 |
Technical Mechanics |
4,0 |
Examination |
|
GT 1.1.11 |
Ecology and Environmental Protection |
3,0 |
Credit |
|
1.2 Professional
training cycle |
|||
|
PT 1.2.1 |
Maritime English |
17,0 |
Examination |
|
PT 1.2.2 |
Induction Course |
3,0 |
Credit |
|
PT 1.2.3 |
Basic Safety and
Labour Protection on Board |
3,0 |
Credit |
|
PT 1.2.4 |
Safety of Life |
4,0 |
Credit |
|
PT 1.2.5 |
Theory and Structure of Ship and Basics of
Ship Power Engineering |
3,5 |
Credit |
|
PT 1.2.6 |
Theoretical Basics
of Electrical Engineering |
5,0 |
Examination |
|
PT 1.2.7 |
Electric Machines |
5,5 |
Examination |
|
PT 1.2.8 |
Ship Electronics
and Power Conversion Technology |
7,0 |
Examination |
|
PT 1.2.9 |
Conventions and Regulations
of International Maritime Organization |
3,0 |
Credit |
|
PT 1.2.10 |
Marine High Voltage
Electrical Equipment |
5,0 |
Credit |
|
PT 1.2.11 |
Ship Auxiliary
Equipment, Cargo and Deck Machinery |
4,0 |
Examination |
|
PT 1.2.12 |
Theory of
Automatic Control |
3,0 |
Examination |
|
PT 1.2.13 |
Elements and
Functional Devices of Ship Automation |
3,0 |
Credit |
|
PT 1.2.14 |
Ship
Microprocessor Systems and Computer Networks |
4,0 |
Examination |
|
PT 1.2.15 |
Ship Information
and Measuring Systems |
4,0 |
Credit |
|
PT 1.2.16 |
Ship Technical
Means of Navigation and Communication |
3,0 |
Credit |
|
PT 1.2.17 |
Technical Operation
of Marine Electrical and Electronic Equipment |
5,0 |
Examination |
|
PT 1.2.18 |
Maritime Law |
3,0 |
Credit |
|
PT 1.2.19 |
Ship Automated Electric
Drives |
6,0 |
Examination |
|
PT 1.2.20 |
Ship Automated Power
Systems |
6,0 |
Examination |
|
PT 1.2.21 |
Induction practice |
7,0 |
Differential
credit |
|
PT 1.2.22 |
Industrial practice |
23,0 |
Differential
credit |
|
2. OPTIONAL PART |
|||
|
Unit 1. (two disciplines with general volume of 8 ECTS credits are selected from the unit) |
|||
|
DFC.01 |
Discipline №1 from the
catalog of disciplines of semester 4 |
4,0 |
Credit |
|
DFC.02 |
Discipline №2 from the
catalog of disciplines of semester 4 |
4,0 |
Credit |
|
Unit 2. (two disciplines with general volume of 8 ECTS credits are selected from the unit) |
|||
|
DFC.03 |
Discipline №1 from the
catalog of disciplines of semester 6 |
4,0 |
Credit |
|
DFC.04 |
Discipline №2 from the
catalog of disciplines of semester 6 |
4,0 |
Credit |
|
Unit 3. |
|||
|
DFC.05 |
Discipline№1 from the catalog №1 of disciplines of semester 8 |
4,0 |
Credit |
|
DFC.06 |
Discipline №2 from the catalog №1 of disciplines of semester 8 |
4,0 |
Credit |
|
Unit 4. (one discipline with general volume of 3 ECTS credits is selected from
the unit) |
|||
|
DFC.07 |
Discipline №2 from the catalog of disciplines of semester 8 |
3,0 |
Credit |
|
Unit 5. |
|||
|
DFC.08 |
Laboratory workshop "Virtual Engine Room" |
3,0 |
Credit |
|
DFC.09 |
Laboratory workshop "High Voltage Ship Equipment" |
Credit |
|
|
Unit 6. |
|||
|
DFC 2.2.10 |
Shipboard practice |
30,0 |
Differential
credit |
|
DFC 2.2.11 |
Industrial practice |
Differential
credit |
|
|
GENERAL VOLUME OF TRAINING PROGRAM |
240,0 |
|
|
2.2 Structural logical
scheme
|
Discipline Code |
Components of study
program (disciplines, course projects (works), practice, qualification paper) |
ECTS credits/
amount |
General Volume/ hours |
Form of
summative control |
|
1 |
2 |
3 |
4 |
5 |
|
Year 1, semester 1 |
||||
|
GT 1.1.4 |
Higher Mathematics |
5,0 |
150 |
Credit |
|
GT 1.1.5 |
Physics |
5,0 |
150 |
Credit |
|
GT 1.1.6 |
Technology of Electrical Materials |
4,0 |
120 |
Credit |
|
GT 1.1.7 |
Information Technology |
4,0 |
120 |
Credit |
|
GT 1.1.8 |
Engineering Graphics |
4,0 |
120 |
Credit |
|
GT 1.2.1 |
Maritime English |
3,0 |
90 |
Differential
credit |
|
GT 1.2.1 |
Induction Course |
3,0 |
90 |
Credit |
|
Year 1, semester 2 |
||||
|
GT 1.1.4 |
Higher Mathematics |
5,0 |
150 |
Examination |
|
GT 1.1.5 |
Physics |
3,0 |
90 |
Examination |
|
GT 1.1.9 |
Technical Measurements |
4,0 |
120 |
Credit |
|
PT 1.2.1 |
Maritime English |
3,0 |
90 |
Differential
credit |
|
PT 1.2.4 |
Safety of Life |
4,0 |
120 |
Credit |
|
PT 1.2.5 |
Theory and Structure of Ship and Basics
of Ship Power Engineering |
3,5 |
105 |
Credit |
|
Year 2, semester 3 |
||||
|
GT 1.1.10 |
Technical Mechanics |
4,0 |
120 |
Examination |
|
GT 1.1.11 |
Ecology and Environmental
Protection |
3,0 |
90 |
Credit |
|
PT 1.2.1 |
Maritime English |
3,0 |
90 |
Differential
credit |
|
PT 1.2.3 |
Basic Safety and
Labour Protection on Board |
3,0 |
90 |
Credit |
|
PT 1.2.6 |
Theoretical Basics
of Electrical Engineering |
5,0 |
150 |
Examination |
|
PT 1.2.8 |
Ship Electronics
and Power Conversion Technology |
4,0 |
120 |
Credit |
|
PT 1.2.9 |
Conventions and Regulations
of International Maritime Organization |
3,0 |
90 |
Credit |
|
PT 1.2.12 |
Theory of
Automatic Control |
3,0 |
90 |
Examination |
|
PT 1.2.21 |
Induction Practice |
7,0 |
210 |
Differential
credit |
|
Year 2, semester 4 |
||||
|
GT 1.1.1 |
Ukrainian Language |
4,0 |
120 |
Examination |
|
PT 1.2.1 |
Maritime English |
3,0 |
90 |
Differential
credit |
|
PT 1.2.7 |
Electric Machines |
5,5 |
165 |
Examination |
|
PT 1.2.8 |
Ship Electronics
and Power Conversion Technology |
3,0 |
90 |
Examination |
|
PT 1.2.11 |
Ship Auxiliary
Equipment, Cargo and Deck Machinery |
4,0 |
120 |
Examination |
|
PT 1.2.13 |
Elements and
Functional Devices of Ship Automation |
3,0 |
90 |
Credit |
|
PT 1.2.14 |
Ship
Microprocessor Systems and Computer Networks |
4,0 |
120 |
Examination |
|
Year 3, semester 5 |
||||
|
PT 1.2.22 |
Industrial Practice (24 weeks) |
23,0 |
690 |
Differential
credit |
|
Year 3, semester 6 |
||||
|
GT 1.1.2 |
History and
Culture of Ukraine |
4,0 |
120 |
Examination |
|
GT 1.1.3 |
Philosophy |
4,0 |
120 |
Examination |
|
PT 1.2.1 |
Maritime English |
3,0 |
90 |
Differential
credit |
|
PT 1.2.10 |
Marine High Voltage
Electrical Equipment |
5,0 |
150 |
Credit |
|
PT 1.2.16 |
Ship Technical
Means of Navigation and Communication |
3,0 |
90 |
Credit |
|
PT 1.2.17 |
Technical Operation
of Marine Electrical and Electronic Equipment |
5,0 |
150 |
Examination |
|
PT 1.2.18 |
Maritime Law |
3,0 |
90 |
Credit |
|
PT 1.2.19 |
Ship Automated Electric
Drives |
6,0 |
180 |
Examination |
|
PT 1.2.22 |
Industrial Practice |
23,0 |
690 |
Differential
credit |
|
Year 4, semester 7 |
||||
|
DFC.10 |
Shipboard practice |
30,0 |
900 |
Differential
credit |
|
DFC.11 |
Industrial practice |
|||
|
Year 4, semester 8 |
||||
|
PT 1.2.1 |
Maritime English |
2,0 |
60 |
Examination |
|
PT 1.2.15 |
Ship Information and Measuring Systems |
4,0 |
120 |
Credit |
|
PT 1.2.20 |
Ship Automated Power
Systems |
6,0 |
180 |
Examination |
|
DFC.05 |
Discipline №1 from
catalog №1 of disciplines of semester 8 |
4,0 |
120 |
Credit |
|
DFC.06 |
Discipline №2 from
catalog №1 of disciplines of semester 8 |
4,0 |
120 |
Credit |
|
DFC.07 |
Discipline from the
catalog №2 of disciplines of semester 8 |
3,0 |
90 |
Credit |
|
Total: (taking into
account hours of the variable part): |
240 |
7200 |
|
|
3. Form of higher
education applicants’ certification
|
Certification of
higher education applicants |
-
qualification examination in specialization 271.03 “Operation of ship electrical and
automation equipment” |
4. Compliance
matrix of program competences and components
Specialization “Operation
of ship electrical equipment and automatic devices”
|
Training program outcomes |
Competences |
Discipline code |
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General competences |
General professional competences |
Special (professional) competences |
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GC1 |
GC2 |
GC3 |
GC4 |
GC5 |
GC6 |
GC7 |
GC8 |
GC9 |
GC10 |
GC11 |
GC12 |
GC13 |
GC14 |
GC15 |
GC16 |
GPC1 |
GPC2 |
GPC3 |
GPC4 |
GPC5 |
GPC6 |
GPC7 |
GPC8 |
SC1 |
SC2 |
SC3 |
SC4 |
SC5 |
SC6 |
SC7 |
SC8 |
SC9 |
SC10 |
SC11 |
SC12 |
SC13 |
SC14 |
SC15 |
SC16 |
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TO1 |
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+ |
+ |
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+ |
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+ |
+ |
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+ |
+ |
+ |
+ |
+ |
+ |
GT 1.1.6 GT 1.1.9 PT 1.2.7 PT 1.2.8 PT 1.2.12 PT 1.2.19 PT 1.2.20 |
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TO2 |
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+ |
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+ |
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+ |
+ |
+ |
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+ |
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GT 1.1.8 GT 1.1.10 PT 1.2.11 |
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TO3 |
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+ |
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+ |
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+ |
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+ |
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+ |
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+ |
+ |
+ |
+ |
+ |
GT 1.1.6 PT 1.2.6 PT 1.2.8 |
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TO4 |
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PT 1.2.11 PT 1.2.19 |
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TO5 |
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PT 1.2.17 PT 1.2.20 |
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TO6 |
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+ |
+ |
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+ |
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GT 1.1.9 PT 1.2.10 |
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TO7 |
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+ |
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+ |
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+ |
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GT 1.1.7 PT 1.2.14 |
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TO8 |
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+ |
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+ |
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+ |
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PT 1.2.1 |
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TO9 |
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+ |
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PT 1.2.16 |
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TO10 |
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PT 1.2.17 PT 1.2.20 |
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TO11 |
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+ |
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PT 1.2.5 PT 1.2.12 PT 1.2.13 |
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TO12 |
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+ |
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PT 1.2.16 |
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TO13 |
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+ |
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PT 1.2.11 PT 1.2.19 |
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TO14 |
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+ |
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GT 1.1.9 PT 1.2.17 |
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TO15 |
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+ |
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+ |
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+ |
+ |
+ |
+ |
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GT 1.1.9 PT 1.2.2 PT 1.2.17 |
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TO16 |
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+ |
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+ |
+ |
+ |
+ |
+ |
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GT 1.1.9 PT 1.2.2 PT 1.2.17 |
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TO17 |
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+ |
+ |
+ |
+ |
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+ |
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+ |
GT 1.1.9 PT 1.2.2 PT 1.2.15 PT 1.2.17 |
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TO18 |
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+ |
+ |
+ |
+ |
+ |
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GT 1.1.9 PT 1.2.12 PT 1.2.13 |
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TO19 |
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+ |
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GT 1.1.9 PT 1.2.12 PT 1.2.13 |
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TO20 |
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+ |
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+ |
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PT 1.2.2 PT 1.2.15 |
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TO21 |
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+ |
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+ |
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+ |
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+ |
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+ |
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PT 1.2.17 |
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TO22 |
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+ |
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+ |
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+ |
+ |
+ |
+ |
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PT 1.2.17 |
|
TO23 |
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+ |
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+ |
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GT 1.1.11 |
|
TO24 |
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+ |
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+ |
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PT 1.2.4 |
|
TO25 |
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+ |
+ |
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+ |
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+ |
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PT 1.2.4 |
|
TO26 |
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+ |
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+ |
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PT 1.2.4 |
|
TO27 |
+ |
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+ |
+ |
+ |
+ |
+ |
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+ |
+ |
+ |
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+ |
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+ |
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+ |
+ |
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GT 1.1.1 PT 1.2.3 PT 1.2.4 PT 1.2.18 |
|
TO28 |
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+ |
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+ |
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+ |
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+ |
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+ |
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+ |
+ |
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PT 1.2.3 PT 1.2.4 PT 1.2.12 |
|
TO29 |
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+ |
+ |
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+ |
+ |
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+ |
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+ |
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+ |
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+ |
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PT 1.2.2 PT 1.2.4 |
|
TO30 |
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+ |
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+ |
+ |
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+ |
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+ |
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PT 1.2.2 PT 1.2.4 |
|
TO31 |
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+ |
+ |
+ |
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+ |
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+ |
+ |
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PT 1.2.3 PT 1.2.9 |
|
TO32 |
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+ |
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+ |
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+ |
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PT 1.2.3 PT 1.2.9 |