MAR514
Marine Science
20 credits
Explore the fundamentals of oceanography, including physical, chemical, geological and biological processes. You’ll learn methods used to quantify and predict coastal conditions and examine how ocean processes interact. This module provides a broad, integrated foundation in marine science and prepares you for more specialised study of marine systems.
100% Coursework
MAR515
Management of Coastal Environments
20 credits
Learn how coastal and marine environments are managed in response to rapid environmental and social change. You’ll explore Integrated Coastal Zone Management and examine the interconnected physical, ecological and socio-economic processes shaping coastal systems. Case studies reveal how diverse management strategies are applied to real coastal challenges around the world.
80% Coursework
20% Practicals
MAR516
Contemporary Issues in Marine Science
20 credits
Explore fast?moving 'hot topics' in marine science led by subject experts. Content adapts to current developments and may include climate change, marine protected areas, bottom trawling, microplastic pollution, nanotoxicology, and science communication. You’ll learn how cutting-edge research informs solutions to pressing marine and environmental challenges.
100% Coursework
PROJ522
MSc Dissertation
60 credits
Complete an independent, in depth research project shaped around your scientific interests. Work with an academic supervisor, to define a research question, develop a hypothesis and design a robust methodology. You may undertake experimental, field based or desk based research, applying appropriate analytical and statistical techniques, developing independent thinking, problem solving and critical evaluation skills.
100% Coursework
BMS500
SoBMS Postgraduate Methods Module
20 credits
This module aims to equip students with the practical skills and contextual framework for conducting high quality research. Emphasis is placed on workshop opportunities to acquire and practice research planning, analysis, communication, writing and oral presentation skills.
50% Coursework
50% Practicals
MAR517
Coastal Erosion and Protection
20 credits
Investigate how waves, tides and sediment processes shape coastal change. You’ll learn how scientists predict erosion and accretion and examine both hard and soft engineering methods used to protect coastlines. This module highlights how a deeper understanding of natural coastal dynamics leads to better, more sustainable management decisions.
100% Coursework
MAR518
Remote Sensing and GIS
20 credits
Develop practical skills in GIS and remote sensing for studying marine, coastal and polar environments. You’ll collect GPS and radiometric field data, evaluate remote-sensing tools and learn to interpret complex spatial datasets. This module blends hands-on computing with real-world scenarios, preparing you to use spatial data in marine science and management.
100% Coursework
MAR530
Managing Marine Ecosystems
20 credits
Explore and understand threats to marine ecosystems from human activities and how these can be mitigated by management approaches. Using case studies, you’ll examine the role of policies and conservation agreements and develop a critical appreciation of how they are applied in real world examples. This module deepens your understanding of how we protect marine environments while balancing ecological and societal needs.
100% Coursework
MAR537
Applied Marine Autonomy
20 credits
Develop expertise in marine autonomous platforms for marine environmental data collection. Teaching focuses on the appropriate use of platforms, covering theory of operation and developing practical skills in autonomous marine data collection through workshops and fieldwork. The module also allows direct interaction with scientific researchers and industry practitioners through seminars.
COUE508
Advanced Coastal Engineering Modelling
20 credits
This hands-on module introduces you to the cutting-edge modelling techniques and software tools used by today’s coastal and offshore engineers. You will learn how to simulate waves, currents, and sediment transport—and how to assess the real-world impact of engineering designs on the coastal and offshore environments.
100% Coursework
Every postgraduate taught course has a detailed programme specification document describing the programme aims, the programme structure, the teaching and learning methods, the learning outcomes and the rules of assessment.
The following programme specification represents the latest programme structure and may be subject to change:
I would highly recommend this MSc programme. It covers a lot of areas which are essential for future research and employment, plus the coursework assignments are very practical. I’ve met some amazing friends on my programme as well. I would encourage anyone applying for the programme to go for it!
Dr Sarah Bass
Lecturer in Marine Physical Science
Professor Gerd Masselink
Professor of Coastal Geomorphology
Dr Mark Davidson
Associate Professor in Coastal Processes
The University takes every single step to ensure that students are supported. There are continuous workshops on referencing, a writing café and peer-supported learning sessions. Furthermore, lecturers are generally aware and sensitive to transitioning to university therefore they are always offering support when needed.
1 year
Full-time, Part-time route available
1 year
Full-time, Part-time route available