Suitable for students with a good biological, geological and chemical background, this programme prepares students both for further research, and for work within government and commercial oceanographic and environmental research/consultancy laboratories. The programme runs full-time over 24 months (120 ECTS) and consists of advanced courses (90 ECTS) and a Master Thesis, with a dissertation (30 ECTS). Every student follows an individually-tailored study programme, by combining the different disciplines that can be studied at each of the Partner universities
The coursework is arranged in six modules, according to the UN DOSSD 2021-2030 general objectives:
- Module 1 Fundamentals in Ocean Science (mandatory); basic foundations or aspects of general interest for marine environmentalists (Semester 1 in either SOTON or UBx);
- Module 2 Clean Ocean;
- Module 3 Healthy & Resilient Ocean
- Module 4 Predictable & Safe Ocean
- Module 5 Sustainably Harvested Ocean
- Module 6 Ocean Scientist Career (36 mandatory ECTS)
A full list of courses and their associated learning outcomes, credit point values, assessment methods, and pre-requisites is available at the Catalogue of Courses at this website.
The MSc Thesis research is undertaken during Semester 4 (30 ECTS) and consists of a 5-6 month research under the supervision of a PhD holder. Upon completion of the MSc Thesis the student should demonstrate sufficiency for research in order to undertake the realisation of the PhD Thesis work, or a professional activity as researcher.
Specialisations
The MER2030 EMJMD will prepare students both for further research and for work within government and commercial oceanographic and environmental research/consultancy laboratories in the field of protection, management and sustainable valorisation of the marine environment.
In addition, the MER Consortium may provide students with the option to maintain a wider multidisciplinary profile in the marine sciences or to follow alternative specialisation pathways. For instance, students who satisfactorily pass 30 ECT in courses labelled “(R)” in the Programme can apply for recognition of specialisation in sustainable management and exploitation of marine resources.
MODULE | COURSE |
TYPE |
ECTS |
UNIV |
FUNDAMENTALS IN OCEAN SCIENCE | Introduction to Biological Oceanography |
CSS1 |
3,75 |
SOTON |
Introduction to Chemical Oceanography | ||||
Introduction to Marine Geology | ||||
Introduction to Physical Oceanography | ||||
Biological Oceanography |
CBS1 |
6 |
UBx |
|
Chemical Oceanography | ||||
Dynamic Oceanography | ||||
Seafloor Geology | ||||
Marine Ecology |
CLS3 |
6 |
ULiège |
|
CLEAN OCEAN | Advanced Instrumental Analysis |
OP |
4 |
EHU |
Cellular and Molecular Biomarkers | ||||
Ecological Quality Assessment in Coastal Ecosystems | ||||
Environmental (toxico) Genomics | ||||
Environmental Analytical Chemistry | ||||
Environmental Chemometrics | ||||
Environmental Monitoring and Risk Assessment in Aquatic Systems | ||||
Biology of Marine Mammals |
OP |
6 |
ULiège |
|
Ecotoxicology and Risk Quantification of Marine Pollutants |
OP |
6 |
ULiège |
|
HEALTHY AND RESILIENT OCEAN | Degradation and Rehabilitation of Estuarine Ecosystems |
OP |
4 |
EHU |
Eutrophication and Harmful Algae | ||||
Ocean Global Change Biology | ||||
Marine Microbial Ecology | ||||
Marine Resource Genomics | ||||
Socio-economic Aspects of Climate Change | ||||
Large Scale Ocean Processes |
OP |
7,5 |
SOTON |
|
Marine GeoArchaelogy | ||||
Biogeochemical Cycles in the Earth system | ||||
Coastal Sediment Dynamics | ||||
Biogeochemical Cycles in the Ocean |
OP |
6 |
ULiège |
|
Carbon, Nutrient, Greenhouse … and Geological Oceanography | ||||
Marine Plant Biology and Ecology | ||||
Oceans and Health |
OP |
6 |
UAc |
|
PREDICTABLE AND SAFE OCEAN | Applied and Marine Geophysics |
OP |
7,5 |
SOTON |
Computational Data Analysis for Geophysicists and Ocean Scientists | ||||
Geodynamics and Solid Earth Geophysics | ||||
Introductory Remote Sensing of the Oceans | ||||
Microfossils, Environment and Time | ||||
Analysis of Environmental Data and Modelling |
CBS1 |
6 |
UBx |
|
Instrumentation and Measurements in Operational Oceanography |
OP |
4 |
EHU |
|
Satellite Oceanography and Meteorology | ||||
Mathematical Analysis and Modelling Methods Applied to the Environment |
OP |
6 |
ULiège |
|
Remote Sensing of the Oceans |
OP |
6 |
ULiège |
|
Geographical Information Systems |
OP |
6 |
UAc |
|
Maritime and Coastal Spatial Planning and Law | ||||
SUSTAINABLY HARVESTED OCEAN | Comparative Endocrinology and Endocrine Disruption |
OP |
4 |
EHU |
Ecosystem-based Fisheries Management | ||||
Environment and Fisheries/Aquaculture Interactions | ||||
Histology and Histopathology of Aquatic Animals | ||||
Marine Resources Genomics | ||||
Physiological Energetics of Marine Organisms | ||||
Deep Sea Ecology |
OP |
7,5 |
SOTON |
|
Marine Conservation and Policy | ||||
Zooplancton Ecology and Processes | ||||
Biochemistry and Physiology of Marine Animals |
OP |
6 |
ULiège |
|
Functional and Molecular Marine Microbiology | ||||
Aquaculture and Blue Biotechnology |
OP |
6 |
UAc |
|
Fisheries and Fish Biology | ||||
OCEAN SCIENTIST CAREER | Contemporary Topics in Ocean and Earth Sciences |
CSS1 |
7,5 |
SOTON |
Research in Marine Environment and Resources |
C |
6 |
EHU |
|
Multicultural Integration in EU |
OP |
4 |
||
Marine Entrepreneurship | ||||
Professional Practice in Marine/Environmental Sectors |
OP |
6 |
ULiège |
|
Master Thesis |
C |
30 |
EHU |