- STCW Convention 2010: The evaluation criteria referred to in Table A-II/1 of the STCW Code, and collected in the Quality Assurance System, will be taken into account when designing and carrying out the evaluation.

- To pass the
subject following the continuous evaluation it is necessary to pass each
methodology. in-session lecture, at the same time as class attendance ( minimum
of 80%), the student participation will be valued too.

Students who do
not follow the continuous assessment will always have the option of taking the
objective test. Consequently, under this circumstance, this will have a value
in the evaluation of 100%.

- Students with
recognition of part-time dedication and the corresponding academic waiver that
provide the assistance exemption, as established in the "RULE THAT
REGULATES THE DEDICATION REGIME TO THE STUDY OF UNDERGRADUATE STUDENTS AT UDC
(Articles 2.3; 3. b; 4.3; 6. b and 7.5) (05/04/2017) may carry out the partial
tests, if any, without the need to attend 80% of the face-to-face classes, as
long as the teacher is duly informed at the beginning of the course.
Notwithstanding the foregoing, the professor can entrust these students with
different works (individual and/or in groups) throughout the course to be
presented in the tutorial schedule in order to score in the continuous
evaluation the proportional part of the value of the master session.

- About the sanctions applicable for de commission of
serious offenses, article 11 of the Disciplinary Regulations of de student body
of the University of A Coruña, approved by the Governing Council on 27/02/2023,
point b) was amende in june 2023, to read:

b) Qualification of suspense in the call in wich the
fault it was commited, the student will be graded with “fail” (numerical grade
0) in the corresponding call of the academic year, wheter the commission of the
fault occurs at the first opportunity or at the second. For this, we will
proceed to modify his qualification in the minutes of the first opportunity, if
necessary.

Learning outcomes	Study programme competences
RA1C-Write, explain and transmit the theoretical knowledge acquired both orally and in writing using scientific-technical language.	A54
RA2C-Identify and relate acquired knowledge to other disciplines	A55
RA4C-Collecting and interpreting relevant data	A57
RA5C-Identify ship components.	A58
RA6C-Identify critical situations and use available means in order to resolve them effectively.	A59
RA10H-Know, analyse, synthesise and apply the contents, fundamental concepts and applications of the subject.		B32
RA11H-Develop both individual and group work		B33
RA12H-Handle bibliographic material and computer resources.		B34
RA38H-Applying leadership and teamwork qualities		B45
RA53H-Transporting dangerous goods		B54
RA57H-Develop contingency plans for fault control, and act effectively in such situations.		B56
RA58H-Using leadership and management qualities		B57
RA67H-Take precautions to prevent pollution of the environment due to the discharge of oil or chemicals.		B66
RA73H-Take precautions to prevent pollution of the environment due to the release of liquefied gases.		B72
RA78H-Comply with emergency procedures.		B77
RA79H-Take precautions to prevent pollution of the marine environment.		B78
RA17X-Communicating effectively in a work environment.			C15
RA18X-Reviewing compliance with maritime legislative requirements			C16
RA25X-Respond to emergencies			C20
RA32X-Ensuring compliance with pollution prevention requirements			C24
RA37X-Monitoring compliance with legislative requirements			C27
RA48X-Take action in case of navigational emergencies			C30
RA52X-Assess reported failures and defects, in cargo spaces, hatch covers and ballast tanks, and take appropriate action			C33
RA55X-Monitor and control compliance with legislative requirements and measures to ensure safety of life at sea, maritime security and protection of the marine environment.			C34

Topic	Sub-topic
1.Categorize the Most Common Sources of pollution from ships	1.1. COMPORTAMENTO DUN BUQUE NO MAR 1.1.1. Estabilidade 1.1.2. Esforzos estruturais 1.1.3. A influencia das dimensión dun buque na navegación con mal tempo. 1.1.4. Manobrabilidade 1.2. CARACTERÍSTICAS DUN BUQUE PETROLEIRO. 1.2.1. Dimensións 1.2.2. Elementos estruturais 1.2.3. Condicións da navegación 1.3. VERTEDURAS E DERRAMOS DE HIDROCARBUROS 1.3.1. Contaminación marítima: Percepción e realidade 1.4. FACTORES QUE PODEN DESENCADEAR UN ACCIDENTE EN LA MAR 1.4.1. Condicións meteorolóxicas 1.4.2. Fallos mecánicos e estruturais 1.4.3. Factor humano 1.5. ACCIDENTES MARÍTIMOS (TIPO E ALCANCE) 1.5.1. Contaminación 1.5.2 Catástrofes medioambientais 1.5.2. Mareas negras 1.6. DOBRE CASCO
2. Hidrocarbons: Propierties and spill dynamics	2.1. COMPOSICIÓN DO PETRÓLEO 2.1.1. Proceso de refinado 2.2. PRINCIPAIS PROPIEDADES FÍSICAS 2.3. DESTINO DOS HIDROCARBUROS NO MEDIO MARIÑO 2.3.1 Procesos de meteorización ou curtido á intemperie 2.4. PERSISTENCIA DO HIDROCARBURO 2.4.1. Clasificación dos hidrocarburos 2.4.2 Procesos combinados 2.5. PREVISIÓN DO MOVEMENTO OU TRAXECTORIA DUNHA MANCHA 2.5.1. Condicións do mar. 2.5.2. Modelos informáticos. 2.6. CONSECUENCIAS PARA A LIMPEZA E OS “PLANS DE CONTINXENCIA ANTICONTAMINACIÓN”
3. Hazardous and Noxious Substances (HNS)	3.1 ¿QUE SON OS PRODUTOS QUÍMICOS? 3.2 TRANSPORTE MARÍTIMO DAS SNP 3.3. COMPORTAMENTO DOS PRODUTOS QUÍMICOS NO MEDIO MARIÑO 3.3.1. Comportamento físico 3.3.2. Perigosidade 3.3.3. Inflamabilidade 3.3.4. Explosividade 3.3.5. Perigo de oxidación 3.3.6. Toxicidade 3.3.7. Perigo de corrosión 3.3.8. Irritante/Perxudicial 3.3.9 Perigo medioambiental 3.3.10. Reactividade 3.4. AVALIACIÓN DE PERIGOS 3.4.1 Breve referencia o Anexo II e III do Convenio MARPOL (TEMA 4) 3.4.2. Perfiles de perigosidade do GESAMP 3.5. DISPOSICIÓNS RESPETO Á SAÚDE HUMANA 3.5.1. Límites de exposición 3.6. EFECTOS SOBRE OS RECURSOS MARIÑOS 3.7. PLANIFICACIÓN DUNA RESPOSTA ANTE UN SINISTRO COAS SNP 3.7.1. Avaliación de riscos 3.7.2. Elaboración de modelos 3.7.3. Vixilancia 3.7.4. Vixilancia do aire 3.7.5. Vixilancia da auga 3.7.6. Equipos de protección individual (EPI) 3.8. OPCIÓNS DE RESPOSTA AOS DERRAMES DAS SNP 3.8.1 Gases e evaporadores 3.8.2 Disolventes 3.8.3 Flotantes 3.8.4 Non flotantes 3.8.5 Naufraxios fundidos
4. Prevention of Pollution from Ships - MARPOL Convention 73/78	4.1. NACEMENTO 4.2. AVANCES IMPORTANTES 4.3 ENMENDAS 4.4. ESTRUTURA E CONTIDO 4.4.1. Finalidade 4.4.2. Estrutura 4.4.3. Contido dos Protocolos 73/78 4.4.4. Contido dos anexos técnicos 4.5. REGRAS MÁIS IMPORTANTES E A SÚA INTERPRETACIÓN 4.5.1. Regras do Anexo I 4.5.2. Regras do Anexo II 4.5.3. Regras do Anexo III 4.5.4. Regras do Anexo IV 4.5.5. Regras do Anexo V 4.5.6. Regras do Anexo VI 4.6. ENTREGA DOS RESIDUOS E REFUGALLOS DOS BUQUES NAS INSTALACIONES PORTUARIAS RECEPTORAS 4.6.1. Ley de Armonización respecto aos procedementos da entrega nos portos da unión europea (Directiva 2000/59/CE) 4.6.2. Aspectos máis relevantes da Directiva 2000/59/CE 4.6.3. Transposición á lexislación nacional 4.7. CONTAMINACIÓN ATMOSFÉRICA (ANEXO VI)
5. International Convention for the Control and Management of Ships' Ballast Water and Sediments	5.1. ORGANISMOS ACUÁTICOS PERXUDICIAIS NA AUGA DO LASTRE 5.1.1 Introdución 5.1.2 O auga de lastre de los buques 5.1.3 O novo convenio 5.2. CONVENIO BWM 5.2.1. Obxectivos e ámbito de aplicación 5.2.2. Controis operativos e detección de infraccións 5.2.3. Instalacións de recepción de sedimentos 5.2.4. Regras para o control e xestión do lastre a bordo 5.2.5. Emendas 5.3. MÉTODOS DE XESTIÓN E TRATAMENTO A BORDO DA AUGA DE LASTRE 5.3.1. Campos de investigación sobre a auga de lastre 5.3.2. Técnicas de tratamento a bordo 5.3.3. Remoción de especies na auga de lastre mediante procedementos mecánicos 5.3.4. Tratamentos físicos para a eliminación de especies na auga de lastre 5.3.5. Tratamentos químicos para a eliminación de especies na auga de lastre 5.4. OPCIÓNS DE XESTIÓN A BORDO EN DISTINTOS PERIODOS DO VIAJE
6. International Convention on Oil Pollution Preparedness, Response and Cooperation (OPRC Convention)	6.1. INTRODUCIÓN 6.2. CONTIDO DO CONVENIO 6.3. PROTOCOLO HNS SOBRE SUSTANCIAS NOCIVAS E POTENCIALMENTE PERIGOSAS (OPRC – HNS 2000) 6.4. OBRIGACIÓN DOS ESTADOS PARTE DE ESTABLECER UN “SISTEMA NACIONAL” (OPCR 90 [art.6]; OPRC 90 - HNS [art.4]) 6.4.1 Sistema Nacional de Resposta ante a contaminación mariña (RD 1695/2012). 6.4.1.1. Introdución 6.4.1.2. Artigos más importantes 6.4.1 Sistema Nacional de Respuesta ante la contaminación marina (RD 1695/2012). 6.4.1.1. Introducción 6.4.1.2. Artículos más importantes
7. Response to maritime pollution I: Barriers	7.1. INTRODUCIÓN E OBXECTIVOS 7.2. PRINCIPIOS DE DISEÑO 7.3. CLASIFICACIÓN, CARACTERÍSTICAS E TIPOS 7.4. FORZAS EXERCIDAS SOBRE AS BARREIRAS 7.5. LIMITACIÓNS E MODOS DE FALLOS 7.6. DESPREGUE 7.6.1. Cerco 7.6.2. Interceptación 7.6.3. Canais e Ríos 7.6.4. Desviación 7.6.5. Contención en fluxo libre 7.6.6. Conexións 7.7. REMOLQUE 7.8. AMARRE E FONDEO 7.9. SISTEMAS ALTERNATIVOS 7.10. ALMACENAXE, MANTEMENTO E REPARACIÓN
8. Response to maritime pollution II: Skimmers	8.1. INTRODUCIÓN 8.2. DESCRICIÓN XERAL 8.3. MECANISMOS DE RECOLECCIÓN DE HIDROCARBUROS E DESEÑO DO SKIMMER 8.4. TIPOS E CARACTERÍSTICAS 8.4.1. Skimmers oleofílicos 8.4.1.1. Disco 8.4.1.2. Corda oleofílica 8.4.1.3. Tambor 8.4.1.4. Cepillo 8.4.1.5. Correa 8.4.2. Skimmers non-oleofílicos 8.4.2.1. Succión/Aspiración 8.4.2.2. Vertedoiro 8.4.2.3. Correa 8.4.2.4. Tambor 8.4.3 Outros tipos 8.4. LIMITACIÓNS DA RECOLECCIÓN DE HIDROCARBUROS 8.4.1 Taxa de encontro 8.4.2 Criterios de rendemento 4.3 Viscosidade dos hidrocarburos 4.4 Bombas, mangueiras e subministración de potencia 4.5 Almacenamento 8.5 DESPREGUE DE SKIMMERS 8.5.1 Recolección no mar 8.5.2 Recolección cerca da costa e en terra 8.6. XESTIÓN DAS OPERACIÓNS DE RECOLECCIÓN
9. Response to maritime pollution III: Absorption and Adsorption	9.1. INTRODUCIÓN 9.2. DESCRICIÓN XERAL 9.3. PRINCIPIOS DE FUNCIONAMENTO DA ADSORCIÓN 9.3.1. Propiedades humectantes 9.3.2. Acción capilar 9.3.3 Cohesión / adhesión 9.3.4 Área superficial 9.3.5 Absorbentes (diferencia coa adsorción) 9.4. MATERIAIS PARA A ADSORCIÓN E FORMAS 9.4.1 Materiais para a adsorción 9.4.2 Formas dos materiais para a adsorción 9.4.2.1 Adsorbente suelto 9.4.2.2 Adsorbente encerrado 9.4.2.3 Adsorbente continuo 9.4.2.4 Adsorbente de fibras sueltas 9.5. CRITERIOS PARA SELECCIONAR OS MATERIAIS PARA A ADSORCIÓN 9.5.1 Flotabilidade 9.5.2 Saturación 9.5.3 Retención de hidrocarburos 9.5.4 Resistencia e durabilidade 9.5.5 Fermentación 9.5.6 Coste 9.5.7 Dispoñibilidade, almacenamento e transporte 9.6. EMPREGO DA ADSORCIÓN EN TIERRA OU PRETO DA COSTA 9.7. EMPREGO DA ADSORCIÓN NO MAR 9.7.1 Aplicación 9.7.2 Emprego con outras técnicas de limpeza 9.7.3 Recolección 9.8. EMPREGO DA ADSORCIÓN NAS TAREFAS DE “MANTEMENTO” E OUTROS ROLES 9.9. ALMACENAMENTO, TRANSPORTE E REFUGALLOS DOS MATERIAIS PARA A ADSORCIÓN EMPREGADOS 9.9.1 Almacenamento temporal e transporte do material contaminado por hidrocarburos 9.9.2 Vías de eliminación 9.9.3 Reutilización 9.9.4 Incineración 9.9.5 Recheo sanitario 9.9.6 Biodegradación
10. RESPOSTA Á CONTAMINACIÓN IV: DISOLVENTES	10.1. INTRODUCIÓN 10.2. DISPERSIVOS E COMO FUNCIONAN 10.2.1 Dispersión natural 10.2.2. Emulsificación de tipo auga en aceite 10.2.3. O efecto dos dispersivos 10.3. VENTAXAS E DESVENTAXAS DOS DISPERSIVOS 10.4. TIPOS DE DISPERSIVOS DISPOÑÍBEIS 10.5. QUÉ PODEN E QUÉ NON PODEN FACER OS DISPERSIVOS 10.5.1. Efectividade dos dispersivos 10.5.2. Propiedades do hidrocarburo 10.5.3. Meteorización do hidrocarburo 10.6. EMPREGO DE DISPERSIVOS NOS DERRAMOS DE PETRÓLEO DO SEA EMPRESS 10.7. EFECTIVIDADE E PROBAS DE TOXICIDADE 10.8. ¿ROCIAR OU NON ROCIAR? 10.8.1. Análise do beneficio ambiental neto 10.8.2. Hidrocarburo dispersado na columna de auga 10.8.3. Consideracións económicas 10.9. DISPERSIVOS E PLANIFICACIÓN DE CONTINXENCIAS 10.9.1 Aprobación previa para aplicación de dispersivos 10.10. OPCIÓNS DE APLICACIÓN 10.11. EMPREGO DE DISPERSIVOS NA RIBEIRA 10.12. CONCLUSIÓNS 10.13. EMPREGO DE DISPERSIVOS EN ESPAÑA
11. Response to maritime pollution V: On-site incineration	11.1. INTRODUCIÓN 11.2. CARACTERÍSTICAS DA INCINERACIÓN IN SITU 11.3. CONSIDERACIÓNS RELATIVAS O MEDIO AMBIENTE E Á SALUDE 11.4 CONSIDERACIÓNS RELATIVAS Á SEGURIDADE
12. Response to maritime pollution VI: Anti-Pollution Contingency Plan	12.1. CONTENIDO Y ESTRUCTURA DE LOS PLANES 12.1.1 Introducción 12.1.2. Sección 1: Preámbulo 12.1.3. Sección 2: Requisitos sobre reporte 12.1.4. Sección 3: Pasos a seguir para controlar el derrame 12.1.5. Sección 4: Coordinación nacional y local 12.1.6. Sección 5: Información adicional (no obligatoria) 12.1.7. Apéndices 2. DIRECTRICES PARA LA ELABORACIÓN DE LOS PLANES 2.1 OBJETO 2.2 PROPÓSITO 2.3 CARACTERÍSTICAS 2.4. NORMAS OBLIGATORIAS (Reglas MARPOL: R. 26 Anexo I y/o R. 16 Anexo II) 2.4.1 Directrices individuales 2.4.2. Informe al Estado Ribereño 2.4.3. Cuándo se requiere 2.4.3.1. Derrame 2.4.3.2. Posible derrame 2.4.4. Información requerida 2.4.5. Contactos 2.4.6. Pasos para controlar el derrame 2.4.6.1. Derrames operacionales 2.4.6.2. Derrames provocados por accidentes 2.4.7. Acciones prioritarias 2.4.7.1 Consideraciones sobre estabilidad y esfuerzos 2.4.7.2. Aligeramiento 2.4.7.3. Medidas de mitigación 2.4.8. Coordinación nacional y local 3. SOPEP y SMPEP
O desenvolvemento e superación destes contidos, xunto cos correspondentes a outras materias que inclúan a adquisición de competencias específicas da titulación, garanten o coñecemento, comprensión e suficiencia das competencias recollidas no cadro AII/2, do Convenio STCW, relacionadas co nivel de xestión de Primeiro Oficial de Ponte da Mariña Mercante, sen limitación de arqueo bruto e Capitán da Mariña Mercante ata o máximo de 3.000 GT	Cadro A-II/2 del Convenio STCW. Especificación de las normas mínimas de competencia aplicables a Capitáns y primeiros oficiais de ponte de buques de arqueo bruto igual ou superior a 500 GT.

Methodologies / tests	Competencies	Ordinary class hours	Student’s personal work hours	Total hours
Objective test	A58 A59 B54 B56 B66 B72 B77 B78 C16 C20 C24 C27 C30 C33 C34	2	0	2
Supervised projects	A54 A55 A57 B32 B33 B34 B45 B57	8	16	24
Oral presentation	A54 B32 B33 C15	6	12	18
Guest lecture / keynote speech	A55 A58 A59 B32 B54 B56 B57 B66 B72 B77 B78 C16 C20 C24 C27 C30 C33 C34	34	68	102

Personalized attention		4	0	4

(*)The information in the planning table is for guidance only and does not take into account the heterogeneity of the students.

Methodologies	Description
Objective test	Final exam
Supervised projects	Projects carried out by students (individuals and/or in groups) regarding two contents of the subject. Throughout the four-month period, one or several assignments will be provided around two contents of the agenda that must be based on the basic and complementary bibliography of the guide and with another selected by the teaching staff and/or student pole. Its realization will begin in the classroom and be completed through the autonomous work of the students, attending more indications provided through the differentiation of teachers. Through the exhibition in the classroom, the work done will be shared.
Oral presentation	On the supervised projects
Guest lecture / keynote speech	In the activity of the lecture guest, the contents that make up the theoretical framework will be worked on through oral presentation, guided by the use of presentations, audiovisual media and with the introduction of directed questions to the students with the purpose of favouring learning and the construction of knowledge. There will be an introductory general exposition of each one of the two different themes of which the program consists, indicating the aspects that the students should expand with their personal work, with the appropriate orientations bibliographic.

Methodologies	Competencies	Description	Qualification
Guest lecture / keynote speech	A55 A58 A59 B32 B54 B56 B57 B66 B72 B77 B78 C16 C20 C24 C27 C30 C33 C34	STCW Convention 2010: The evaluation criteria referred to in Table A-II/1 of the STCW Code, and collected in the Quality Assurance System, will be taken into account when designing and carrying out the evaluation.	10
Objective test	A58 A59 B54 B56 B66 B72 B77 B78 C16 C20 C24 C27 C30 C33 C34	STCW Convention 2010: The evaluation criteria referred to in Table A-II/1 of the STCW Code, and collected in the Quality Assurance System, will be taken into account when designing and carrying out the evaluation.	70
Supervised projects	A54 A55 A57 B32 B33 B34 B45 B57	To evaluate the projects it will be taken into account: - Structure: presentation, content organization, clear explanation and grammar. - Content: Understanding of basic ideas, conceptual mastery, use of the sources worked on in the treatment of content throughout the semester and relationships between them.	10
Oral presentation	A54 B32 B33 C15	To evaluate the presentation, it will be evaluate: - Relevance and organization of the exposed contents. - Coordination of the presentation (reflecting collaborative work, not a sum of parts). - Level of understanding of the basic contents. - Clear explanation	10

Assessment comments
- STCW Convention 2010: The evaluation criteria referred to in Table A-II/1 of the STCW Code, and collected in the Quality Assurance System, will be taken into account when designing and carrying out the evaluation. - To pass the subject following the continuous evaluation it is necessary to pass each methodology. in-session lecture, at the same time as class attendance ( minimum of 80%), the student participation will be valued too. Students who do not follow the continuous assessment will always have the option of taking the objective test. Consequently, under this circumstance, this will have a value in the evaluation of 100%. - Students with recognition of part-time dedication and the corresponding academic waiver that provide the assistance exemption, as established in the "RULE THAT REGULATES THE DEDICATION REGIME TO THE STUDY OF UNDERGRADUATE STUDENTS AT UDC (Articles 2.3; 3. b; 4.3; 6. b and 7.5) (05/04/2017) may carry out the partial tests, if any, without the need to attend 80% of the face-to-face classes, as long as the teacher is duly informed at the beginning of the course. Notwithstanding the foregoing, the professor can entrust these students with different works (individual and/or in groups) throughout the course to be presented in the tutorial schedule in order to score in the continuous evaluation the proportional part of the value of the master session. - About the sanctions applicable for de commission of serious offenses, article 11 of the Disciplinary Regulations of de student body of the University of A Coruña, approved by the Governing Council on 27/02/2023, point b) was amende in june 2023, to read: b) Qualification of suspense in the call in wich the fault it was commited, the student will be graded with “fail” (numerical grade 0) in the corresponding call of the academic year, wheter the commission of the fault occurs at the first opportunity or at the second. For this, we will proceed to modify his qualification in the minutes of the first opportunity, if necessary.

Basic	IMO (2007). Directrices relativas al Convenio sobre la prevención de la contaminación del mar por vertimiento de desechos y otras materias, 1972. LONDRES IMO (2007). Equipo de prevención de la contaminación conforme al MARPOL . LONDRES ITOPF (). ITOPF HANDBOOK. RAFAEL GARCÍA MÉNDEZ (). La Contaminación del Mar. Universidad de Oviedo Oviedo : Universidad, Servicio de Publicaciones (1996). La contaminación del mar fuentes, toxicidad, degradación y eliminación de contaminantes. OVIEDO Silos Rodríguez, José María (2008). Manual de lucha contra la contaminación por hidrocarburos . Servicio de Publicaciones de la Universidad de Cádiz IMO (2009). Manual sobre contaminación química. LONDRES IMO (). Manual sobre la Contaminación ocasionada por Hidrocarburos. LONDRES IMO (2011). Manual sobre la contaminación ocasionada por hidrocarburos. LONDRES R. B. CLARK (). Maritime Pollution. Clarendon Press – Oxford IMO (). MARPOL 73/78. Acinas García, Juan R (2003). Puertos de refugio y contaminación accidental en el mar . UDC ITOPF (). Reacción ante derrames de hidrocarburos. Boat Books Australia (2010). Response to marine oil spills. Livingston : Witherby Seamanship International Ltd. Australia

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