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Marine Electrical and Electronic Engineering
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Summary of the Profile
Objective(s) of a study programme:
To prepare an high qualified marine officer electrotechnical engineer according to the International Maritime Organisation convention STCW A-III/6 regulations, who is able to: - ensure the operation and maintenance of electrical, electronical, power, control and distribution equipment, propulsion and auxiliary mechanisms; - manage ship electromechanical service, plan, lead and control its activity; - operate, maintain and troubleshoot ship electromechanical equipment safely by selecting appropriate working and measurement devices and tools, following the national, international acts, conventions of general and maritime law, meeting the standards of electricity quality, safe shipping and other requirements.
Learning outcomes:
1. To know general regularities of mathematics and natural sciences in order to understand marine engineering concepts and their content 2. To have fundamental and newest knowledge of marine engineering and other related fields of science, which are important for practical work, performing the operation of ship electrical and electronical control equipment, with due regard to the multidirectionality of marine transport science and possibilities to apply the knowledge of other fields of sciences for engineering decisions and technologies. 3. To be able to analyze, assess and interpret the processes of marine engineering, ship electrical and electronic control equipment operation. 4. To apply the obtained knowledge and understanding analyzing the marine engineering problems, modelling the processes of ship electrical and electronic control equipment operation, selecting appropriate methods of solving and modelling, experimental and industrial equipment. 4.1. Operation and Maintenance of Electromechanical Systems on Special-Purpose Vessels specialization. To analyze the equipment and systems of special-purpose vessels. 5. To find the required professional and technical information in databases and other sources of scientific and engineering information, to systematize and interpret it. 5.1. Operation and Maintenance of Electromechanical Systems on Special-Purpose Vessels specialization. To develop repair and modernization projects for special-purpose vessels. 6. To perform the experiments necessary for the solutions of marine engineering and ship electrical equipment operation problems, to work with ship electrical and electronic control equipment by working in teams and projects with the specialists from other fields, to analyze and process the obtained experimental results, providing the conclusions from the said results analysis, solving the problems practically, taking into account the ethical, environmental, commercial, activity organization, employees’ work safety and health circumstances. 7. To apply electronic simulators, while designing and analyzing data of marine engineering, ship electrical and electronic control operation processes according to the defined methodology, in accordance with the determined technical, economic and environmental requirements. 7.1. Operation and Maintenance of Electromechanical Systems on Special-Purpose Vessels specialization. To analyze the parameters of special-purpose vessel equipment, interpret the data, and identify the causes of deviations. 8. At the level of engineering activity to operate, maintain and repair ship electrical, electronical equipment, ship control equipment, automation, power distribution systems and electrical systems of voltage exceeding 1000 V, the main and auxiliary mechanisms, essential for ship efficiency and safety by applying the principles of project management and in accordance with the rules and procedures of safe work on board, safe electric and power equipment operation. 9. To maintain, operate and repair ship Navigation bridge navigation equipment, electronic networks, communication systems, deck mechanisms and cargo handling control equipment, applying different troubleshooting and fault eliminating methodologies. 10. To execute, organize the activities of ship electromechanical service and ensure meeting the requirements of national and international general and maritime law legal acts and safety requirements, striving for the safety of human lives, ship reliability, nature protection, by applying the principles of the leadership, organization of activities and ensuring safety during the ship voyage, in cases of emergencies, equipment failures and their aftermat. 11. To be able to work individually or in a team in a multi-cultural environment communicating with marine engineering community and general public in correct Lithuanian and Maritime English languages. 12. To understand the effect of engineering decisions on the society and environment, comply with the standards of professional ethics and engineering activity, perceive the responsibility for the results of engineering activity and the importance of lifelong learning.
Activities of teaching and learning:
- theoretical lectures, analysis of scientific and professional literature, seminars, discussions, integrated teaching of subject matter and foreign language, case studies, problem based studies, the analysis of national and international legal acts, directives and provisions, regulating marine transport sector, content of electrical equipment rules; - practical training and internships are conducted in modern laboratories and workshops, including those dedicated to electrical engineering, electrical machines, electronics, automation, robotics, high voltage swichboard used on ships (12 kV), computer-based learning, virtual reality, and metalworking; - modelling, research laboratory work, inidivual and team projects, demonstration of practical skills by imitating real conditions in electronic Ships Engine Room Simulator; - preparation of applied research publications, presentations in national and international conferences, problem solving based training, case studies, team work; - introductory and professional practice placements are carried out in companies providing electrical services and engineering solutions, shipyards, as well as on seagoing and special-purpose vessels.
Methods of assessment of learning achievements:
Formative, cumulative and summative methods of assessment are used: a survey in oral and written form, colloquium, testing, map of terms and concepts, course paper, project paper, case study, portfolio method, research paper, practical training report, analysis of problem, preparation and oral presentation of practical and individual papers, public presentation of practical works and their defence, preparation and public presentation of scientific applied research in national and international conferences, demonstration of practical skills in simulators and laboratories, public demonstration of professional foreign language skills during lectures, practicals, and examinations. Study achievements are assessed at excellent, typical and threshold levels, the marks of 10 point system assigning to the excellent (10 and 9), typical (8 and 7) and threshold (6 and 5) levels. The mark for a subject consists of cummulative assessment component parts, the percentage expression of which is determined in the description of a subject. Full study programme concludes with a public defence of the professional bachelor's thesis and a qualification examination, upon successful completion of which graduates are awarded a seafarer’s Certificate of Competence. Operation and Maintenance of Electromechanical Systems on Special-Purpose Vessels specialization concludes with a public defence of the professional bachelor's thesis. The right to obtain a seafarer’s certificate isn‘t granted.
Framework:
Study subjects (modules), practical training:
General subjects module Maritime English (Introduction to Maritime English; Terminology and language practice in marine electrical engineering and electrical systems; Terminology and language practice for navigating bridge and ship radio systems and electrical materials and technologies; Terminology and language practice for automation and control systems and maintenance) Study field subjects/modules Applied mathematics, Mathematical foundations of engineering, Information technologies, Module of Mechanical engineering systems (Materials engineering, Thermodynamics, Hydraulics), Applied chemistry, Electrical engineering and electrical measurements, Engineering and computer graphics, Fundamentals of Power Electronics; Ship's of Electronics and Automation, Ship's Auxiliary Engineering Systems, Ship‘s Electrical and Power Transmission Equipment, Marine Electrical Technologies, Ship‘s Navigation and Communication Equipment, Ship's Computer Networks, Ship‘s Power Plant Automation Systems, Renewable Energy Sources, Ship's High Voltage Power Systems and Equipment, Electronic simulator for marine electrical equipment, Marine Electrical Equipment Operation, Labour Civil Safety and Environmental Protection, Maritime Law, Module of Engineering Applied Research and Project Methodology (Professional Language Culture, Engineering Research Methodology, Marine Engineering Project Management); To obtain a Certificate of Competence Basic Safety Training: Personal Survival Techniques, Fire Prevention and Fire Fighting, Elementary First Aid, Personal Safety and Social Responsibilities training programme (STCW, A-VI/1), Security Training for Seafarers with Designated Security Duties training programme (STCW A-VI/6-2), Advanced fire fighting training programme (STCW A-VI/3), First medical aid (STCW A-VI/4), Proficiency in Survival Craft and Rescue Boats other than Fast Rescue Boats training programme (STCW A-VI/2-1), Ship engine room resource management (STCW A -III/1-3, A -III/6, A -VIII/2); Practice Locksmithing and repair training; Professional Practice of Maintenance and Repair of Marine Electrical Equipment; Seagoing Professional Practice; Final Seagoing Professional Practice. Graduation Requirements Professional Bachelor's Thesis; Qualification Examination
Specialisations:
Operation and Maintenance of Electromechanical Systems on Special-Purpose Vessels specialization Special-Purpose Vessels Technological Equipment and Operations; Structure and Operating Principles of Unmanned Maritime Vehicles; Operation and Technical Maintenance Management of Special-Purpose Vessels; Special-Purpose Vessels Engine Room Simulator; Locksmithing and repair training; Professional Practice of Maintenance and Repair of Marine Electrical Equipment; Final professional practice aboard Special-Purpose Vessels; Final Costal Sailing Professional Practice; Final Professional Practice aboard of Naval Vessels.
Optional courses:
Phylosophy; Ethics; Sociology; Political science;, European culture, Management psychology, Intercultural communication, Port and shipping management; Seamanships Basics; Geography of transport systems; Physical training, Rowing, Junior Officer Commander training (in cooperation with Naval Forces)
Distinctive features of a study program:
- it is the only marine engineering higher education study programme in the Lithuania that meets the international convention STCW Code Table A-III/6 requirements, upon completion of which a professional bachelor's degree in engineering and ship's electrotechnical engineers qualification are awarded. - for a ship electrotechnical engineers, whose professional activity is related to the technological innovations, exceptional professional competences in fundamental sciences, the English language and communication, are necessary; - the teachers of the study programme are researchers and highly qualified marine engineering and electrical engineering specialists, whose professional activities are related to the direction of the study program and the subjects taught. - the duration of full study programmes leading to maritime qualifications is 3.5 years for full-time studies and up to 5 years for part-time studies; the total duration of practical training is 12 months, of which at least 6 months must seagoing practice on aboard various types of ships; - the duration of the Operation and Maintenance of Electromechanical Systems on Special-Purpose Vessels specialization is 3 years for full-time studies and 4.5 years for part-time studies; the total duration of practical training is 6 months, including no less than 4 months of onboard practice aboard special-purpose vessels; - a large network of academic exchange partners granted the possibility to choose leading European maritime academies or universities for studies, and practical training abord of ships of national and international shipping companies; - physical fitness and medical condition are crucial for working on board ships and are assessed by a medical commission; - Junior Officer Commanders Training of the Lithuanian Naval Forces – students who have successfully completed the training acquire the rank of reserve officer and the qualification of Naval vessel combat unit commander.
Access to professional activity or further study:
Access to professional activity:
The graduates, who accumulate the required duration of seagoing training, are issued the Certificate of Competence of Electro-Technical Officer (for ships with an engine power of 750 kW and more) in the Lithuanian Maritime Safety Administration and are able to perform tasks and duties in the following functional areas: electromechanics, electronics and control equipment, technical maintenance and repair, operational management of the ship and care of people on board (STCW A-III/6). Graduates of Operation and Maintenance of Electromechanical Systems on Special-Purpose Vessels specialization are able to perform tasks and duties in the following functional areas: electromechanics, electronics and control equipment, technical maintenance and repair, operational management of the ship and care of people on board of special-purpose vessels. Graduates, whos acquired the military rank of reserve officer and the qualification of the commander of the combat unit, can continue their service in the Lithuanian Naval Forces.
Access to further study:
Graduates will be able to continue their studies in postgraduate programs and to pursue a Master's Degree in national and foreign higher education institutions according to stated rules and procedures.
