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Marine Power Plant Operation
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Summary of the Profile
Objective(s) of a study programme:
To prepare highly qualified marine engineers – ship engineers or engineers specializing in the repair of ships and marine power systems – be able to perform duties of the officers on watch in charge of the main propulsion plant of the ship, and of the associated auxiliaries, safely operate or repair power plants of unlimited power, auxiliary mechanisms, refrigeration equipment, to lead the ship's engine room or repair team, to act in accordance with the conventions of the International Maritime Organization, the requirements of safe shipping, ship and equipment classification societies and quality standards.
Learning outcomes:
1. Possess a fundamental knowledge of mathematics and natural sciences sufficient to understand and describe processes relevant to the field of marine engineering. 2. Understand and be able to apply the key concepts and principles of marine engineering. 3. Be able to identify, systematize, and interpret the information necessary for studies in the field of marine engineering. Operation of Ship Power Equipment Specialization 4.1. Be able to conduct experiments necessary for solving engineering problems related to the operation of marine vessels, analyze the results, and present conclusions. Repair of Ships and Ship's Propulsion Power Plants Specialization 4.2. Be able to conduct experiments necessary for solving engineering problems related to the repair of ships and ship's propulsion power plants systems, analyze the results, and present conclusions. Engineering of Naval Vessels Specialization 4.3. Be able to analyze the specific features of naval propulsion system operation and present conclusions. Operation and Maintenance of propulsion and power systems on Special-Purpose Vessels Specialization 4.4. Be able to analyze the propulsion systems and engineering infrastructure of special-purpose vessels and present conclusions. Operation of Ship Power Equipment Specialization 5.1. Understand the methodologies for ship power system design; be able to apply specialized software for analyzing processes and managing data in accordance with established technical, economic, and environmental requirements. Repair of Ships and Ship's Propulsion Power Plants Specialization 5.2. Understand the methodologies for designing repairs of ship hulls and marine power systems; be able to apply specialized software for analyzing processes and managing data in accordance with established technical, economic, and environmental requirements. Engineering of Naval Vessels Specialization 5.3. Understand the methodologies for the design of naval propulsion systems and technical equipment; be able to apply specialized software for analyzing processes and managing data in accordance with established technical, economic, and environmental requirements. Operation and Maintenance of propulsion and power systems on Special-Purpose Vessels Specialization 5.4. Understand the methodologies for the design of propulsion systems and technical equipment for special-purpose vessels; be able to apply specialized software for analyzing processes and managing data in accordance with established technical, economic, and environmental requirements.
6. Be able to analyze marine engineering processes and products, understand and interpret the results obtained. Operation of Ship Power Equipment Specialization 7.1. Be able to solve engineering problems related to the operation of marine power systems, selecting appropriate methods, experimental tools, and industrial equipment both independently and as part of a team. Repair of Ships and Ship's Propulsion Power Plants Specialization 7.2. Be able to solve engineering problems related to the repair of ships and marine power systems, selecting appropriate methods, experimental tools, and industrial equipment both independently and as part of a team. Engineering of Naval Vessels Specialization 7.3. Be able to solve engineering problems related to the operation of naval propulsion systems and technical equipment, selecting appropriate methods, experimental tools, and industrial equipment both independently and as part of a team. Operation and Maintenance of propulsion and power systems on Special-Purpose Vessels Specialization 7.4. Be able to solve engineering problems related to the operation of special-purpose vessel power systems, selecting appropriate methods, experimental tools, and industrial equipment both independently and as part of a team. 8. Have practical skills in operating equipment used in the field of marine engineering. 9. Be able to participate in project implementation within working groups, to collaborate with specialists from other fields taking into account ethical, environmental, commercial, organizational, occupational safety, and health aspects. 10. Be able to communicate effectively with the engineering community and the general public in correct Lithuanian or at least one foreign language. 11. Understand the impact of engineering solutions on society and the environment, adhere to professional ethics and engineering standards, and recognize responsibility for the outcomes of engineering activities.
Activities of teaching and learning:
Lectures, seminars, discussions, analysis of scientific and professional literature, case studies, problem-solving, modeling, computer-based learning, individual or group projects, laboratory work, practical training in workshops, simulation and modeling of real-life situations in different types of vessels and engine rooms using electronic simulators, practical skills training in laboratories for survival, medical care, firefighting and prevention, and self study.
Methods of assessment of learning achievements:
Formative, cumulative and summative assessment methods are applied, such as an oral and written sur testing, mind and concepts maps, review of literature and information sources, case studies, portfolio approach, research work, course work, practice report, preparation and presentation of practical and individual works, demonstration of practical skills in simulators and laboratories, written and oral examination. Students' achievements are evaluated at excellent, typical and threshold levels by assigning the grades of 10-grade system to certain levels, i.e. excellent (10 and 9), typical (8 and 7), and threshold (6 and 5). The final grade of the subject consists of cumulative assessment components, the percentage of which is determined in the description of the study subject. Specialization: Operation of ship power equipment: studies are completed with the qualifying exam and public defense of the final thesis. Repair of Ships and Ship's Propulsion Power Plants, Engineering of Naval Vessels Specialization and Operation and Maintenance of propulsion and power systems on Special-Purpose Vessels Specializations are completed with the public defense of the final thesis.
Framework:
Study subjects (modules), practical training:
General higher education study subjects: Introduction to Maritime English; Ship propulsion terminology and language practice (in English); Ship Auxiliaries terminology and language practice (in English); Study field subjects: Applied Mathematics; Mathematical Basics of Engineering; Fundamentals engineering science; IT; Materials ingeneering; Termodynamics; Applied Chemistry; Electrical Engineering and Electrical Measurement; Engineering and Computer Graphics; Ship‘s Auxiliarry Machinery; Construction of Marine Internal Combustion Engines; Labour Safety, Civil Protection and Marine Environment; Technical Mechanics; Ship‘s Machinery Maintenance and Repairs; Professional Language Culture; Engineering Research Methodology; Marine Engineering Project Management; Hydraulics; Ship‘s Refrigeration Plants; Ship‘s Theory; Design of Machine Parts; Theory of Marine Internal Combustion Engines; Marine Steam and Gas Turbine Plants; Management of Ship Propulsion Equipment; Material Processing and Repair Works Workshop Operation of Ship Power Equipment Specialization Ship electrical and control systems, watch and safety terminology, language and writing practice (in English); Chemotology; Ship‘s Electronics and Automation; Ship‘s Power Equipment and Maintenance; Ship‘s Electrical Machinery; Ship‘s Automation Systems; Maritime Law; Personal Survival Techniques, Fire Prevention and Fire Fighting, Elementary First Aid, Personal Safety and Social Responsibilities training programme (Basic Safety Training, STCW A VI/1), Security Training for Seafarers with Designated Security Duties training course programme (STCW A-VI/6-2); Advanced Fire Fighting training programme (STCW A-VI/3); Medical First Aid & Medical Care traning programme (STCW A-VI/4); Proficiency in Survival Craft and Rescue Boats other than Fast Rescue Boats training programme (STCW A-VI/2-1); Engine Room Electronic Simulator and Engine Room Resource Management (STCW, A-III/1-3, A-III/6, A-VIII/2); Professional Practice of Ships Propulsion Machinery and Repair in Shipbuilding and Repair Yards/ Professional Practice of Ships Propulsion Machinery and Repair on seagoing ships/; Professional practice on seagoing ships; Final Professional Sea-going practice; Final Qualification Examination; Professional Bachelor Diploma Thesis Repair of Ships and Ship's Propulsion Power Plants Specialization Ship construction terminology (in English); Ships Hull Construction and Welding Engineering; Ship‘s Propulsion Power Plants Repairing Technologies; Ship Hull's 3D modeling; Personal Survival Techniques, Fire Prevention and Fire Fighting, Elementary First Aid, Personal Safety and Social Responsibilities training programme (STCW A VI/1) and Radio Communication Procedures in the Port Area; Final Professional Practice of Ships Hull Repair / Final Professional Practice of Ships Propulsion Machinery and Repair; Professional Bachelor Diploma Thesis Engineering of Naval Vessels Specialization Naval vessels electrical and control systems, standby and safety terminology, language and writing practice (in English); Professional Practice of Ships Propulsion Machinery and Repair on Naval vessels; Final Professional practice on Naval vessels Operation and Maintenance of propulsion and power systems on Special-Purpose Vessels Specialization Special purposes vessels electrical and control systems, watch and safety terminology, language and writing practice (in English); Technological equipment and operations of special vessels; Structure and principles of operation of unmanned maritime vehicles; Engine Room Electronic Simulator; Professional practice on board special purpose vessels or in repair companies; Final professional practice on board special purpose vessels; Professional Bachelor Diploma Thesis
Optional study subjects:
Philosophy and Ethics; Sociology; Fundamentals of Political Science; European Culture; Management Psychology; Intercultural Communication; Development of Seaports and Shipping; Basics of economics; Seamanship basics; Geography of transport systems
Distinctive features of a study programme:
The Operation of Ship Power Equipment Specialization within the study program is aligned with the standards of the International Maritime Organization STCW Convention and is the only professional bachelor degree program in Lithuania within the field of maritime engineering. Upon graduation, students are awarded a professional bachelor's degree and a professional qualification, entitling them to obtain a Certificate of Competency Officer-in-Charge of an Engineering Watch issued by the Water Transport Department of the Lithuanian Transport Safety Administration. The professional internship component extends over 12 months and is completed during the second and third years of study. During their internship aboard maritime vessels, students acquire practical professional skills while working on various types of ships (including container ships, bulk carriers, tankers, and others) across different sailing regions worldwide. Completion of this specialization and collecting of 12 months of mixed practice during the studies, including at least 6 months aboard sea-going vessels, students are eligible to be awarded their first marine officer rank. Throughout their studies, students are also provided with the opportunity to acquire the qualification of Ship Engineer. Graduates of the Ship and Marine Power Plant Repair specialization obtain advanced competencies in ship repair, enabling them to pursue professional careers in shipbuilding, ship repair, and related industries both nationally and internationally. The Engineering of Naval Vessels Specialization in combination with the Junior Officer Command Training conducted in collaboration with the Lithuanian Naval Forces, is designed to prepare future leaders of engineering divisions for professional service aboard naval vessels. The Operation and Maintenance of propulsion and power systems on Special-Purpose Vessels Specialization focuses on preparing engineers for service on special-purpose vessels, such as coastal guard ships, offshore installation vessels, and wind farm construction and maintenance vessels, to meet the growing demand associated with the rapid development of offshore wind energy projects both in Lithuania and abroad. Students may choose from a range of elective courses, including Physical Education, Rowing, and Junior Officer Command Training. Students who successfully complete the Junior Officer Command Training course offered by the Lithuanian Armed Forces Naval Forces are awarded the rank of reserve officer and the qualification of Combat Division Commander.
Access to professional activity or further study:
Access to professional activity:
Graduates of the Operation of Ship Power Equipment Specialization after obtaining the Certificate of Competency of Officer in Charge of an Engineering Watch, a graduate can hold the position of the third engineer of the ship's engine room while working on seagoing ships, and after accumulating the seagoing experience determined by the Ministry of Transport of the Republic of Lithuania, take the position of the second engineer, and later the chief
engineer on ships of unlimited displacement engines of various purposes vessels. Graduates of the Ship and Marine Power Plant Repair specialization can work in shipbuilding and ship repair, ship maintenance and other related activities. Graduates of the Engineering of Naval Vessels specialisation have a professional career directly linked to their service in the Naval Forces. Graduates of the Operation and Maintenance of propulsion and power systems on Special-Purpose Vessels specialization are employed in the construction and maintenance of coastguards, offshore wind farms installations and maintenance, etc. After completing the professional career of a seafarer, it is possible to work in shipbuilding and repair companies, in the Water Transport Department of the Lithuanian Transport Safety Administration, in the Klaipėda State Seaport Authority, in the inland water transport sector, setting up a maritime business enterprise, etc.
Access to further study:
The graduates are entitled to study in postgraduate study programs pursuant the requirements of the accepting higher education institutions.
