Syllabus

XSL Content

Study load toggle-navigation

Study load
Compulsory subjectsOptional subjectsFinal Master's dissertationTotal
6   ECTS   credits84   ECTS   credits30   ECTS   credits120   ECTS   credits

Specialities toggle-navigation

  • Marine Resources ( Credits : 30 ECTS )
  • Marine Environment ( Credits : 33 ECTS )

Programme toggle-navigation

Compulsory subjects

Compulsory subjects
SubjectLanguages ECTS   CreditsSpecialities / SyllabusTeaching BaseMode
Research in Marine Environment and ResourcesEnglish6 --
Research Centre for Experimental Marine Biology & Biotechnology ( PIE )
Face-to-face degree course

Optional subjects

Optional subjects
SubjectLanguages ECTS   CreditsSpecialities / SyllabusTeaching BaseMode
Deep Sea EcologyEnglish7.5Marine Resources
University of Southampton ( School Oceanography & Earth SCI/Univ. of Southampton )
Face-to-face degree course
Ecosystem-based Fisheries ManagementEnglish4Marine Resources
Research Centre for Experimental Marine Biology & Biotechnology ( PIE )
Face-to-face degree course
Environment and Fisheries/AquacultureEnglish4Marine Resources
Research Centre for Experimental Marine Biology & Biotechnology ( PIE )
Face-to-face degree course
Functional and Molecular Marine MicrobiologyEnglish6Marine Resources
Université de Liège ( Faculty of Sciences )
Face-to-face degree course
Instrumentation and Measurements in Operational OceanographyEnglish4Marine Resources
Research Centre for Experimental Marine Biology & Biotechnology ( PIE )
Face-to-face degree course
Introductory Remote Sensing of the OceansEnglish7.5Marine Resources
University of Southampton ( School Oceanography & Earth SCI/Univ. of Southampton )
Face-to-face degree course
Marine EnterpreneurshipEnglish4Marine Resources
Research Centre for Experimental Marine Biology & Biotechnology ( PIE )
Face-to-face degree course
Marine Resource Genomics (Molecular Population Genetics of Fish and Shellfish)English4Marine Resources
Research Centre for Experimental Marine Biology & Biotechnology ( PIE )
Face-to-face degree course
Physiological Energetics of Marine OrganismsEnglish4Marine Resources
Research Centre for Experimental Marine Biology & Biotechnology ( PIE )
Face-to-face degree course
Remote Sensing of the OceansEnglish6Marine Resources
Université de Liège ( Faculty of Sciences )
Face-to-face degree course
Zooplankton Ecology and ProcessesEnglish7.5Marine Resources
University of Southampton ( School Oceanography & Earth SCI/Univ. of Southampton )
Face-to-face degree course
Biology of Marine MammalsEnglish6Marine Environment
Université de Liège ( Faculty of Sciences )
Face-to-face degree course
Cellular and Molecular BiomarkersEnglish4Marine Environment
Research Centre for Experimental Marine Biology & Biotechnology ( PIE )
Face-to-face degree course
Degradation and rehabilitation of estuariesEnglish4Marine Environment
Research Centre for Experimental Marine Biology & Biotechnology ( PIE )
Face-to-face degree course
Ecological Quality Assessment in Coastal EcosystemsEnglish4Marine Environment
Research Centre for Experimental Marine Biology & Biotechnology ( PIE )
Face-to-face degree course
Ecotoxicology and Risk Quantification of Marine PollutantsEnglish6Marine Environment
Université de Liège ( Faculty of Sciences )
Face-to-face degree course
Environmental Analytical ChemistryEnglish4Marine Environment
Research Centre for Experimental Marine Biology & Biotechnology ( PIE )
Face-to-face degree course
Environmental Monitoring and Risk Assessment in Aquatic SystemsEnglish4Marine Environment
Research Centre for Experimental Marine Biology & Biotechnology ( PIE )
Face-to-face degree course
Environmental chemometricsEnglish4Marine Environment
Research Centre for Experimental Marine Biology & Biotechnology ( PIE )
Face-to-face degree course
Environmental genomicsEnglish4Marine Environment
Research Centre for Experimental Marine Biology & Biotechnology ( PIE )
Face-to-face degree course
Eutrophication and Harmful AlgaeEnglish4Marine Environment
Research Centre for Experimental Marine Biology & Biotechnology ( PIE )
Face-to-face degree course
Mathematical Analysis and Modelling Methods Applied to the EnvironmentEnglish6Marine Environment
Université de Liège ( Faculty of Sciences )
Face-to-face degree course
Microfossils, Environment and TimeEnglish7.5Marine Environment
University of Southampton ( School Oceanography & Earth SCI/Univ. of Southampton )
Face-to-face degree course
Advanced Instrumental AnalysisEnglish4 --
Research Centre for Experimental Marine Biology & Biotechnology ( PIE )
Face-to-face degree course
Analyses of Environmental Data and ModellingEnglish6 --
Université de Bordeaux ( Ufr. des Sciences Biologiques Bordeaux )
Face-to-face degree course
Applied and Marine GeophysicsEnglish7.5 --
University of Southampton ( School Oceanography & Earth SCI/Univ. of Southampton )
Face-to-face degree course
Biochemistry, Physiology and Acuariology of Marine AnimalsEnglish6 --
Université de Liège ( Faculty of Sciences )
Face-to-face degree course
Biogeochemical Cycles in the Earth SystemEnglish7.5 --
University of Southampton ( School Oceanography & Earth SCI/Univ. of Southampton )
Face-to-face degree course
Biogeochemical Cycles in the OceanEnglish6 --
Université de Liège ( Faculty of Sciences )
Face-to-face degree course
Biological OceanographyEnglish6 --
Université de Bordeaux ( Ufr. des Sciences Biologiques Bordeaux )
Face-to-face degree course
Carbon, Nutrient, Greenhouse dynamics in marine ecosystems & Geological oceanographyEnglish6 --
Université de Liège ( Faculty of Sciences )
Face-to-face degree course
Chemical OceanographyEnglish6 --
Université de Bordeaux ( Ufr. des Sciences Biologiques Bordeaux )
Face-to-face degree course
Coastal Sediment DynamicsEnglish7.5 --
University of Southampton ( School Oceanography & Earth SCI/Univ. of Southampton )
Face-to-face degree course
Comparative Endocrinology and Endocrine DisruptionEnglish4 --
Research Centre for Experimental Marine Biology & Biotechnology ( PIE )
Face-to-face degree course
Computational Data Analysis for Geophysicists and Ocean ScientistsEnglish7.5 --
University of Southampton ( School Oceanography & Earth SCI/Univ. of Southampton )
Face-to-face degree course
Contemporary Topics (in Ocean and Earth Sciences)English7.5 --
University of Southampton ( School Oceanography & Earth SCI/Univ. of Southampton )
Face-to-face degree course
Dynamic OceanographyEnglish6 --
Université de Bordeaux ( Ufr. des Sciences Biologiques Bordeaux )
Face-to-face degree course
Geodynamics and Solid Earth GeophysicsEnglish7.5 --
University of Southampton ( School Oceanography & Earth SCI/Univ. of Southampton )
Face-to-face degree course
Histology and Histopathology of Aquatic AnimalsEnglish4 --
Research Centre for Experimental Marine Biology & Biotechnology ( PIE )
Face-to-face degree course
Introduction to Biological OceanographyEnglish3.8 --
University of Southampton ( School Oceanography & Earth SCI/Univ. of Southampton )
Face-to-face degree course
Introduction to Chemical OceanographyEnglish3.8 --
University of Southampton ( School Oceanography & Earth SCI/Univ. of Southampton )
Face-to-face degree course
Introduction to Marine GeologyEnglish3.8 --
University of Southampton ( School Oceanography & Earth SCI/Univ. of Southampton )
Face-to-face degree course
Introduction to Physical OceanographyEnglish3.8 --
University of Southampton ( School Oceanography & Earth SCI/Univ. of Southampton )
Face-to-face degree course
Large-Scale Ocean ProcessesEnglish7.5 --
University of Southampton ( School Oceanography & Earth SCI/Univ. of Southampton )
Face-to-face degree course
Marine Conservation and PolicyEnglish7.5 --
University of Southampton ( School Oceanography & Earth SCI/Univ. of Southampton )
Face-to-face degree course
Marine EcologyEnglish6 --
Université de Liège ( Faculty of Sciences )
Face-to-face degree course
Marine GeoArchaeologyEnglish7.5 --
University of Southampton ( School Oceanography & Earth SCI/Univ. of Southampton )
Face-to-face degree course
Marine Microbial EcologyEnglish4 --
Research Centre for Experimental Marine Biology & Biotechnology ( PIE )
Face-to-face degree course
Marine Plant Biology and EcologyEnglish6 --
Université de Liège ( Faculty of Sciences )
Face-to-face degree course
Multicultural Integration in the EUEnglish4 --
Research Centre for Experimental Marine Biology & Biotechnology ( PIE )
Face-to-face degree course
Ocean Global Change BiologyEnglish4 --
Research Centre for Experimental Marine Biology & Biotechnology ( PIE )
Face-to-face degree course
Professional Practice in marine/environmental sectorsEnglish6 --
Université de Liège ( Faculty of Sciences )
Face-to-face degree course
Satellite Oceanography and MeteorologyEnglish4 --
Research Centre for Experimental Marine Biology & Biotechnology ( PIE )
Face-to-face degree course
Seafloor GeologyEnglish6 --
Université de Bordeaux ( Ufr. des Sciences Biologiques Bordeaux )
Face-to-face degree course
Socio-Economic Aspects of Climate ChangeEnglish4 --
Research Centre for Experimental Marine Biology & Biotechnology ( PIE )
Face-to-face degree course

Final Master's dissertation

Final Master's dissertation
SubjectLanguages ECTS   CreditsSpecialities / SyllabusTeaching BaseMode
Proyecto Fin de Máster30 --

XSL Content

Methodology

The programme is studied full-time over 16-22 months (120 ECTS) and consists mainly of advanced courses (90 ECTS) and of a Master Thesis Project (30 ECTS) with a dissertation.Every student will achieve an individualized particular curriculum, by combination of the different disciplines that can be studied either at each of the three universities: Coastal Management or Advanced Oceanography in Soton, Marine Non-living Resources or Marine Environment in UBx1, and Marine Living Resources or Marine Pollution (Ecosystem Health Assessment included) in UPV/EHU. The research project (pathways: Environment, Living Resources, and Non-living Resources) is undertaken at the Semester 4 and can be entirely or jointly undertaken in Soton, UPV/EHU or UBx1, or in an associated or collaborating research or education institutions, such as AMS, OFG, AZTI, UCAN or IEO. As the student progresses through the programme the modules will become more challenging. Modules and their associated learning outcomes, credit point values, assessment methods, and pre-requisites are described in detail in the Module Description Form and on line (ww.ehu.es/MER). Consistent with our philosophy of learning and teaching, many of the modules reflect the research interests of staff within the Consortium, details of which are also available on the web sites. These research interests are in sympathy with international research priorities so we are able to contribute significantly to high-profile debates.

Assessment

It is expected that all students will progress to the MSc. To progress from Semester 1 (30 ECTS in Soton or UBx1) to Semester 2 (30 ECTS in UPV/EHU) and from Semester 2 to Semester 3 (30 ECTS in Soton or UBx1) the student must achieve a minimum ECTS grade of E (i.e. a pass) in all modules. To progress from Semester 3 to the Dissertation the student must also achieve a minimum ECTS grade of E in all modules. However, research project may be started just after progressing to Semester 3, if so scheduled in the mentor's agreement, since for some research subjects seasonality may be crucial. Nevertheless, this opportunity to start the project earlier does not imply any change in the general requisites: the student must achieve a minimum ECTS grade of E in all modules at Semester 3 to progress to Dissertation.Each of the Institutions will use is own grading system and the results have been translated into the European standard grades proposed by the Bologna Agreement. Examination criteria:- Assessment of knowledge and understanding is undertaken primarily via these summative assessment methods; in addition the student will receive feedback on all formally assessed work.- Assessment of the skills will be achieved through a combination of written examinations, essays, computer and laboratory exercises, oral presentations, fieldwork/boatwork reports, short coursework assignments, poster presentations, and a substantial research project report. The Master Thesis is judged following the procedure of the institution hosting the (supervisor of) the student presenting the thesis. The thesis has to be written up and defended in front of an academic jury nominated by each corresponding UAB at each university, according to its corresponding regulations.

tfm-master

Master's Degree Final Project

XSL Content

programa-formativo-enlaces

XSL Content