| Program start date | Application deadline |
| 2023-09-01 | - |
Program Overview
On this BSc Oceanography degree you'll study marine ecosystems and ocean processes whilst you explore some of the remotest places on earth. You’ll learn to use the latest technologies in molecular biology, high performance computing and robotic sampling to address the key challenges facing the marine environment.
Join one of the largest marine science communities in Europe as you study at the world-leading
National Oceanography Centre Southampton
(NOCS).On this course you’ll study topics such as:
conservation strategies for vulnerable species and ecosystems
ocean currents, globally connecting tropics to poles
changing sea levels at our coasts, on timescales from hours to centuries
Fieldwork, practical skills and independent research are core parts of this programme. You’ll have the opportunity to:
work in the field aboard the research vessel the RV Callista
use laboratory analysis to examine our diverse marine environment
develop computing and data analysis skills essential for research
obtain qualifications in first aid and sea survival
After developing a range of key skills for oceanographers in your first and second years, you’ll tackle an advanced topic of choice for a dissertation in your third year.
Our BSc Oceanography programme will provide you with the professional-level skills that are ideal for a career in the expanding marine sector, or for progression to more specialised postgraduate study.
You’ll gain the guidance, support and expertise of researchers at the forefront of their fields, and graduate prepared for a career in industries like:
environmental consultancy
ocean and climate research
coastal engineering and management
This degree is accredited by the
Institute of Marine Engineering, Science and Technology
(IMarEST).Program Outline
In your first year, you'll develop a foundation in the biology, physics, chemistry and geology of the marine environment. You'll gain the field and laboratory skills that will underpin your studies, including boat work.
In your second year, you'll apply your scientific knowledge and focus to a number of exciting pathways. At the end of this year, you'll take part in the main undergraduate field course in Falmouth or Plymouth.
In your third year, you'll study advanced topics in your chosen area. You'll also produce a research-led dissertation on a topic of your choice.
Year 1 overview
You'll study 5 compulsory modules:
Introduction to Ocean Biogeochemistry
Earth and Ocean System
Physical Oceanography 1
Introduction to Marine Ecology and Evolution
Key Skills for Marine Scientists
You'll also study 1 of these compulsory maths modules, based on your existing maths qualifications:
Introductory Mathematics for Chemists and Oceanographers
Mathematical Methods for Scientists
Quantitative Earth and Ocean Sciences
You'll then choose the rest of your modules from a wide range of options, including:
Macromolecules of Life
Dynamic Landscapes
Quantitative Methods in Marine Sciences
Ecology and Evolution
The Earth System
Year 2 overview
You'll take 6 compulsory modules to build your expertise:
Coastal and Estuarine Oceanography 1 and 2
Geochemistry
Methods in Oceanography
Physical Oceanography 2
Phytoplankton and Primary Production
If you took the Mathematical Methods for Scientists module in year 1, you'll choose 2 modules from the list of options below.
If you did not take the Mathematical Methods for Scientists module in year 1, you'll take a Quantitative Methods in Marine Science module here. You'll also choose 1 optional module from this list:
Geohazards and Earth Resources
Marine Benthos Ecology
Mathematical Methods for Scientists
Palaeobiology
Year 3 overview
Your final core modules are:
Applied Oceanography and Fieldwork
Independent Research Project
You'll complete your studies by choosing 5 modules from a list designed to support your career ambitions, including:
Environmental Impact Assessment
Large Scale Ocean Processes and Climate
Seafloor Exploration and Surveying
Zooplankton Ecology and Processes
Computational Data Analysis for Geophysicists and Ocean Scientists
Want more detail?
See all the modules in the course.
