Marine Electrical and Electronic Engineering

Module aim

To provide basic knowledge about the basic laws of electrical engineering, electrical concepts, the essential differences between direct and alternating current circuits, their structures and methods of improvement, when studying and analyzing electrical parameters. To know the purpose and errors of analog and digital measuring devices used on board. During practical laboratory work, to use measuring devices properly, to know and understand their numerical values, in order to measure electrical parameters as accurately as possible, when studying electrical circuits, analyzing and processing data. To independently connect elementary electrical circuits, to understand the basic principles of circuit operation, to analyze them and, having chosen the appropriate methodology, to interpret them. The aim of the study subject is oriented towards acquiring engineering logical thinking, independently performing measurements of electrical parameters, and evaluating electrical systems.

Module description

The course description has been prepared in accordance with the International Maritime Organization Model Course for Engineers 7.02 “Chief engineer officer and second engineer officer, 7.04 “Officer in charge of an engineering watch”.

Module aim

The objectives of the subject are focused on improving the student’s personal qualities, achieved by developing and deepening the following general abilities: logical, engineering thinking, the ability to work safely individually and in a team, in a multicultural environment, and to make decisions independently.
Civil Safety – to acquire basic theoretical knowledge and practical skills in civil safety in order to assess and predict possible threats in the state of Lithuania, and the impact of these consequences on the safety of the population and the environment. To be able to make decisions in accordance with international and Lithuanian legal documents of the civil protection and rescue system.
Environmental Safety – to provide theoretical and practical knowledge about the environmental impacts of the maritime transport complex in the context of global environmental problems, international and national requirements concerning environmental protection on ships, environmental protectio

Module description

To provide basic knowledge of occupational safety in the implementation of technologies for the transportation of cargo by sea. During lectures and practical sessions, skills in using relevant literature and computer programs are improved. During work with a textbook and scientific literature, the ability to find solutions, to identify the main elements on which the safety of loading operations, safe transportation of cargo and their maintenance on board depend is developed.
Upon completion of this subject, the student will be able to independently safely carry out loading operations, control the process of securing cargo, safely transport various cargoes by sea and maintain them.

Module aim

To provide knowledge about the structures of ship auxiliary mechanisms, their purpose, working principles, operating conditions, sequences of starting and stopping actions, technical maintenance systems and procedures, to form the first work skills in the composition of the ship’s power plant maintenance service. The objectives of the subject are focused on improving the student’s personal qualities, achieved by developing and deepening the following general skills: engineering thinking – by examining the structures of pumps and other mechanisms, analytical thinking – by performing laboratory and practical work on the pump test bench, the ability to make independent decisions, to form lifelong learning skills, by performing practical tasks with computer training programs. Final assessment – exam. A cumulative assessment system is applied.

Module description

The course description has been prepared in accordance with the International Maritime Organization’s model training course for electromechanics 7.08 “Electro-technical officer”.

Module aim

The aim of the subject is to acquire knowledge and professional competences about survival at sea after abandoning ship, fire prevention and extinguishing, provision of emergency first aid, safe work procedures and measures, measures to prevent pollution of the marine environment, ship security procedures and ship security equipment, effective management of fire-fighting operations on board, immediate effective actions to be taken in cases of accidents or illnesses, the ability to launch and operate a lifeboat or raft or rescue boat in emergency situations.

Module description

The course description has been prepared in accordance with the International Maritime Organization’s Model Course programs.

Module aim

To understand the properties and operating principle of semiconductor power electronics devices, based on technical tasks, to consolidate students’ knowledge and abilities to describe the main characteristics, parameters and replacement procedures of operating devices and equipment, operating conditions and application possibilities in different ship electrical equipment systems.

Module description

The course description has been prepared in accordance with the International Maritime Organization’s model training course for electromechanics 7.08 “Electro-technical officer”.

Module aim

To be able to recognize and use the electrical engineering and safety (Work permits) concepts and terms in the professional context, communicating in written and spoken form. To be able to describe accident at work using correct grammatical features (verb tenses, past certainty modal verbs, adjectives and adverbs). To be able to describe electrical phenomena, equipment and systems: electrical circuits, Ohm’s, Kirkhoff’s, Faraday’s laws, semiconductors, generation of power on board, high and low voltage systems on board, their parts, electrical machines (generators, motors, transformers),measurement of electrical parameters.

Module description

The subject is intended for the main electrical engineering and safety (Work permits) concepts and terms as well as communication on the professional topics in written and spoken form. The course is devoted to such themes as electrical circuits, Ohm’s, Kirkhoff’s, Faraday’s laws, semiconductors, generation of power on board, high and low voltage systems on board, their parts, electrical machines (generators, motors, transformers),measurement of electrical parameters.

Module aim

The purpose of the subject is to provide theoretical knowledge and practical skills necessary for the watchkeeping of a ship’s engine room, to provide the competencies provided for in the 1978/95 International Convention on Standards of Training, Certification and Watchkeeping for Seafarers and Table A-III/1 of the Code. During practical classes, students learn to use hand tools and measuring instruments to dismantle, maintain, repair and assemble ship machinery and equipment, and are trained in locksmithing, turning, milling, electric and gas welding, and gas metal cutting.

Module description

Acquires practical repair and installation skills. Performs locksmith training in the mechanics workshop of the Lithuanian Maritime University, repair training in mechanical workshops and ship repair workshops.

Module aim

The purpose of the subject is to provide theoretical knowledge and practical skills necessary for the watchkeeping of a ship’s engine room, to provide the competencies provided for in the 1978/95 International Convention on Standards of Training, Certification and Watchkeeping for Seafarers and Table A-III/1 of the Code. During practical classes, students learn to use hand tools and measuring instruments to dismantle, maintain, repair and assemble ship machinery and equipment, and are trained in locksmithing, turning, milling, electric and gas welding, and gas metal cutting.

Module description

Acquires practical repair and installation skills. Performs locksmith training in the mechanics workshop of the Lithuanian Maritime University, repair training in mechanical workshops and ship repair workshops.

Module aim

The aim of this module is to prepare specialists in marine electronics and electrical engineering who possess the knowledge, competencies, and practical skills required to professionally design, install, maintain, and repair marine electronic systems. It also seeks to develop initial practical skills in the automatic control of ship power plants, auxiliary machinery, and other related systems, enabling graduates to perform their duties independently upon completion of their studies.

The module further supports the development of students’ personal and professional capabilities, fosters engineering and analytical thinking, enhances independent decision-making, and promotes the acquisition of lifelong learning skills.

Module description

This course provides students with comprehensive knowledge of marine electronics and automation systems, including their structure, operation, installation, and maintenance. It develops the competencies and practical skills required for the professional design, implementation, maintenance, and repair of marine electronic systems. Additionally, it lays the foundation for acquiring initial hands-on experience in the automatic control of ship power plants, auxiliary machinery, and related systems, thereby preparing graduates to carry out their professional duties independently upon completion of their studies.

Moreover, the course fosters the development of both personal and professional capabilities, promotes analytical and engineering thinking, supports independent decision-making, and cultivates the skills necessary for lifelong learning.

This module description has been prepared in accordance with the International Maritime Organization’s Model Course 7.08 “Electro-Technical Officer”.

A cumulative assessment approach is used, with the final grade determined by an examination.

Module aim

To be able to understand, recognize and use in technical contexts the terminology of electrical technologies, electrical machine theory, navigation bridge and ship communication equipment, to be able to communicate on the topics in writing and orally.
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Module description

The subject is intended for acquiring language skills and vocabulary necessary to communicate on the electrical technologies, electrical machine theory, navigation bridge and ship communication equipment terminology and developing language skills on the topics in writing and orally.

Module aim

Understand and know the operating modes and states of ship electrical and power transmission equipment, processes, being able to explain the main parameters of the equipment, describe and distinguish the purpose of power distribution panels, their maintenance. Analyze the impact of the marine environment on the wear and tear of electrical equipment and insulation, be able to measure the insulation of equipment during practical exercises and, by properly interpreting the data, provide detailed conclusions and observations, foreseeing possible reconstructions and renovations. Analyze and read electrical diagrams, calculate short circuits. Based on the rules and requirements for the operation of electrical equipment, assess the states of the electrical system, and properly select solutions when connecting electrical circuits during laboratory work.

Module description

The course description has been prepared in accordance with the International Maritime Organization’s model training course for electromechanics 7.08 “Electro-technical officer”.

Module aim

To link theoretical and practical knowledge acquired during the course with future professional activities, to form practical skills that are necessary for operating the ship’s electromechanical, electrical and control equipment, to apply the acquired experience in further studies. The student learns to independently perform maintenance and service actions on ship engines and their systems, is introduced to viable ship systems, their purpose, and becomes familiar with the electrical and control schemes of the engine room and deck auxiliary mechanisms and the systems serving them. The student performs the internship in ship repair and shipbuilding electrical workshops or as a trainee in the ship’s engine room, participates in preventive inspections of electromechanical, electrical and control equipment, analyzes malfunctions, and participates in troubleshooting. The objectives of the subject are focused on improving the student’s personal qualities, achieved by developing.

Module description

To link theoretical and practical knowledge acquired during the internship with future professional activities, to develop practical skills necessary for operating the ship’s electromechanical, electrical and control equipment, and to apply the acquired experience in further studies.

Module aim

Theoretically understand the electromagnetic and electromechanical laws prevailing in electrical machines. Know and understand the structural parts of different types of electrical machines, operating principles, application areas and operating modes, technical characteristics and their purpose. Analyze and read electrical diagrams, understand the symbolic designations of electrical machines in electrical circuits, understand the principle of operation of an electrical machine. Develop the ability to independently adopt literate technical solutions, eliminate electrical system and electrical machine faults, and, taking into account changing conditions, improve the operational characteristics of electrical machines according to need and existing opportunities. The description of the study subject has been prepared in accordance with the International Maritime Organization’s model training course for electromechanics 7.08 “Electro-technical officer”.

Module description

Theoretically understand the electromagnetic and electromechanical laws that prevail in electrical machines.

Module aim

A student shall be able to use automation and control systems, troubleshooting and repairs terminology in appropriate context, be able to write reports, to read, understand and correctly interpret original technical texts, be able to write a request for spare parts and other necessary letters and documents.

Module description

The subject is intended for the acquisition of automation and control systems, troubleshooting and repairs terminology, its use in the context, for the development of original technical texts reading and document writing.

Module aim

The aim of the subject is to acquire knowledge and professional competences about survival at sea after abandoning ship, fire prevention and extinguishing, provision of emergency first aid, safe work procedures and measures, measures to prevent pollution of the marine environment, ship security procedures and ship security equipment, effective management of fire-fighting operations on board, immediate effective actions to be taken in cases of accidents or illnesses, the ability to launch and operate a lifeboat or raft or rescue boat in emergency situations.

Module description

The course description has been prepared in accordance with the International Maritime Organization Model Course programs 1.19 “Personal Survival Techniques”, 1.20 “Fire-prevention and Fire-fighting”

Module aim

The aim of the subject is to achieve professional competencies as specified in the recommendations specified in subsections 2.3.1 and 2.3.2 of the International Maritime Organization (IMO) Model Course 7.08: Electrical and technical officer, 2014, section 2.3.1 and 2.3.2 of the International Maritime Organization (IMO) Model Course 7.08: Electrical and technical officer, 2014, and to comply with the provisions of the International Convention on Standards of Training, Certification and Watchkeeping for Seafarers, 1978, as amended (STCW).

Module description

The subject is intended to familiarize and acquire specific knowledge about the basic functions of modern navigational equipment and ship’s communication means, their working principles, the information provided and its possible errors; to be able to collect, process, evaluate and apply all this information in professional activities; to learn to assess possible equipment errors and choose methods for their correction; to be able to plan the verification processes of navigational equipment and communication means regulated by national and international legal acts and to perform them properly.

Module aim

To link theoretical and practical knowledge acquired during practical training with future professional practical activities on vessels, in operation, maintenance and repair of vessels; to apply the acquired experience in preparing a final thesis, solving practical operational problems, assessing real operating conditions at practice sites, to understand and be able to apply occupational safety, environmental protection rules and environmental quality standards in practical activities; to be able to independently solve emerging problems.

Module description

The study subject “Professional Seagoing Practice” is designed to link theoretical knowledge and experience gained during practical sessions with future professional activities on vessels. During the practice, students deepen their abilities to operate, perform technical maintenance and repair on vessels, as well as analyze real operating conditions on vessels, assess process efficiency and apply engineering methods to solve practical problems. During the practice, they perform assigned tasks related to the operation and maintenance of the vessel, examine the features of the construction and production technology of the equipment used. During the practice, students’ personal and social skills are also developed, independence, the ability to work individually and in a team, engineering thinking, creativity and intercultural cooperation skills are encouraged. Students learn to apply occupational safety and environmental protection rules and quality standards, understand and appreciate the principles of sustainable shipping and the challenges of their implementation.
The subject concludes with the submission of a practice report, in which students present their work, tools used, methods and principles for ensuring safe work. Cumulative assessment is applied.

Module aim

The student learns to independently monitor the ship’s engines and their systems, maintain them during standby, is introduced to the vital ship systems, their purpose, learns to operate the electrical and control schemes of the engine room and deck auxiliary mechanisms and the systems serving them. The student performs the internship as a trainee in the ship’s engine room, participates in preventive inspections of electromechanical, electrical and control equipment, analyzes malfunctions that occur. The objectives of the subject are focused on improving the student’s personal qualities, achieved by developing and deepening the following general skills: entrepreneurship, logical thinking, engineering thinking, the ability to work in a team, independently make decisions, analytical thinking.

Module description

To link theoretical and practical knowledge acquired during the internship with future professional activities, to develop practical skills necessary for operating the ship’s electromechanical, electrical and control equipment, and to apply the acquired experience when preparing the final thesis.

Module aim

To provide knowledge about ship electrical equipment, the main electrical processes occurring in ship electrical systems, technical parameters of equipment and the influence of the environment on the reliability and service life of equipment. During the practical sessions, the aim is to develop the skills necessary to understand and analyze, read, evaluate electrical diagrams, select equipment, calculate short circuits and assess possible damage to the electrical system and human life. To develop engineering thinking, strategically and systematically search for and eliminate faults in electrical equipment and systems, their causes, assess safety requirements and potential threats when working with electrical equipment.

Module description

The course description has been prepared in accordance with the International Maritime Organization’s model training course for electromechanics 7.08 “Electro-technical officer”.

Module aim

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Module description

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Module aim

At the level of engineering research methodology, to know and be able to construct an engineering research project, select and apply appropriate research methods and instruments, create and process data sets using computer programs, analyze, evaluate, interpret and present research results.

Module description

Be able to conduct applied research in marine transport engineering, analyze the results obtained independently and in a team, and prepare a marine engineering project, planning activities within time and budget, and adhering to the requirements of oral and written language culture for cooperation.

Module aim

To acquire basic knowledge in the field of maritime law, which will allow to properly follow the legal acts on the basis of which International Conventions and International Agreements are implemented. To practically apply the knowledge of the basics of maritime law when planning a ship’s voyage, in accordance with Annexes I-VI of the MARPOL-73/78 Convention, as well as the requirements of other (SOLAS-74, SAR-79) conventions and EU legal acts. To develop logical, analytical thinking, to form lifelong learning skills, the ability to work in a multicultural environment, to make independent decisions, to analyze relationships arising from the use of the world ocean, from the status and regime of individual sea spaces.

Module description

The course description has been prepared in accordance with the International Maritime Organization Model Course for Engineers 7.02 “Chief engineer officer and second engineer officer, 7.04 “Officer in charge of an engineering watch”.

Module aim

To prepare a specialist with the knowledge, abilities and skills necessary to professionally design, install, maintain, repair and operate automatic control systems. To form the first independent design work skills of these systems. During the practical training, the aim is to improve, develop and deepen engineering and analytical thinking, to be able to make independent decisions and to form lifelong learning skills.

Module description

The course description has been prepared in accordance with the International Maritime Organization’s model training course for electromechanics 7.08 “Electro-technical officer”.

Module aim

to familiarize yourself with the concept of professional and common language and to develop the correct use of speech in various situations of professional communication and activity; to present the main features of the policy of the Lithuanian language, the degrees of violation of the norms of the language, the requirements for public and private communication. During exercises and independent work, to provide knowledge on how to recognize and correct the most characteristic errors and shortcomings of the professional language, how to correctly use the common and professional Lithuanian language in the preparation of professional writings (referatuses, coursework), to develop their public presentation skills.

Module description

While studying the subject, one learns to use the professional language properly and correctly; prepare business documents, correctly write the texts of administrative letters; delving into public speaking, the preparation of spoken languages, situations of public and non-public communication and the requirements for them; aims to develop values of academic ethics.

Module aim

To introduce students to marine engineering projects. To provide students with knowledge about the procedure for project preparation and evaluation, project management tools and methodologies. During practical classes, students learn to formulate the idea, goal, and objectives of the project. Students independently prepare and present a project justification, in which the project is evaluated from various aspects (technical, economic, environmental, etc.), a project implementation plan is prepared. The subject is taught in one semester. The form of assessment is a test paper, independent work – project description, exam, a cumulative assessment system is applied.

Module description

The course description has been prepared in accordance with the International Maritime Organization Model Course for Engineers No. 7.02 “Chief engineer officer and second engineer officer, 7.04 “Officer in charge of an engineering watch”.

Module aim

To prepare a final thesis in the field of marine engineering, to be able to apply knowledge of technological, special technical and physical sciences, to be able to evaluate from an engineering point of view, to provide insights into the improvement of ship electrical and electronic equipment, to rely on analysis results when making equipment repair decisions, to be guided by national and international general and maritime legal acts, International Maritime Organization conventions, quality standards, and safe shipping requirements.

Module description

Be able to collect and analyze information from different sources, systematize and reveal interdisciplinary connections.

Module aim

To acquire practical skills in the operation of marine ship engine room equipment and engine room electromechanics, the ability to perform the duties, tasks and responsibilities of the operating level specified in the STCW Convention (STCW Code Section: A-III/6, A-III/7, etc.) by applying electronic ship power plant simulators, analyzing the principles of organizing human resources activities in seagoing ships, understanding the importance of leadership and self-leadership in crew management, updating management and psychology knowledge necessary for effective human resource management, and applying the principles of team cooperation in short-term and long-term strategic management processes.

Module description

The course description has been prepared in accordance with the International Maritime Organization’s Model Course (Model Course 2.07 “Engine-Room Simulator”, 1.39 “Leadership and Teamwork” and Model Course 1.21. “Personal Safety and Social Responsibilities”)

Module aim

This course introduces the principles, technologies, and challenges in the development of renewable energy sources, focusing on their integration into the global energy system. Students will explore renewable energy technologies such as wind, solar, hydro, biomass, and geothermal, with an emphasis on practical design, implementation, and optimization. The course also covers environmental, economic, and regulatory factors affecting renewable energy development.

Module description

This course provides students with in-depth knowledge of renewable energy sources, their technologies and applications. The course covers the main areas of renewable energy such as the production and utilization of solar, wind, hydro, biomass, bioenergy, geothermal energy and hydrogen. Students will learn about energy storage technologies and learn how to integrate renewable energy sources into electrical networks and create hybrid systems, as well as examine the impact of renewable energy on the environment.
Lectures will cover the basics of technology, their economic feasibility, environmental impact assessment, regulation and incentives, as well as project planning and evaluation. The course will also take an interest in future perspectives and technological developments, assessing the contribution of renewable energy to sustainable development goals.
In the exercises, students will learn to design solar energy systems, evaluate wind farm sites, investigate hydropower options, develop biomass conversion technologies and analyze the economic viability of renewable energy projects. Students will also perform environmental impact assessments and develop skills integrating renewable energy sources into real-world projects.

Module aim

Know specific terms and definitions that are only suitable for high-voltage systems, the main operating modes of electrical equipment, the causes of electric arcs and the methods of extinguishing them, the dangers posed by high voltage to human life and the operating modes of electrical equipment and the reliability of the system or equipment. Be able to recognize alarm signals using general safety rules and requirements, make logically based decisions and actions. Be able to fill out standard document forms and perform isolation procedures based on them. During practical training, develop theoretical knowledge and application skills, use safety measures, ensuring the maintenance and operation of high-voltage electrical equipment.

Module description

The course description has been prepared in accordance with the International Maritime Organization’s model training course for electromechanics 7.08 “Electro-technical officer”.

Module aim

To confirm the acquired qualification of an electromechanic of ships with engine power of 750 kW and above in the following areas: operating electromechanical, electronic and control equipment; performing technical maintenance and repairs; performing operational management of the ship and supervision of the safety of people on board.

Module description

The final qualification exam is held in the VII semester (N) and X semester (I). Subject knowledge assessment – an exam on theoretical and practical skills demonstrated in explaining electrical control and power schemes of various ship mechanisms., a cumulative assessment system is applied. Upon passing the final qualification exam, the professional qualification of an electrical engineer is granted.

Module aim

The aim of the subject is to acquire knowledge and professional competencies about survival at sea after abandoning ship, immediate effective actions to be taken in the event of accidents or illnesses, and the ability to launch and operate a lifeboat or raft or rescue boat in emergency situations.

Module description

The course description has been prepared in accordance with the International Maritime Organization’s Model Course 1.14: Medical First Aid and 1.23: Proficiency in Survival Craft and Rescue Boats other than Fast Rescue boats.