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Ocean Sciences Undergraduate Degrees

In the top 10% of the most sustainable universities worldwide (QS World Rankings: Sustainability 2024).

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If you want to apply for a course starting in September 2025, please take a look at our How to Apply page.  

 

Find the right Ocean Sciences course for you

Geological Oceanography - MSci
This 4-year Master degree is an extended undergraduate course which will elevate your knowledge in geological oceanography.
UCAS Code
F652
Qualification
MSci
Duration
4 Years
Study Mode
Part Time, Full Time
Geological Oceanography - BSc (Hons)
Dive into the depths of geological oceanography. Analyse Earth's history and understand marine ecosystems. Conduct research a develop scientific analysis skills.
UCAS Code
F650
Qualification
BSc (Hons)
Duration
3 Years
Study Mode
Part Time, Full Time
Geological Oceanography (with Foundation Year) - BSc (Hons)
Build your geological oceanography foundation, gain skills for exciting careers in diverse fields. Ideal option for those not quite meeting the 3-year degree entry requirements.
UCAS Code
F62F
Qualification
BSc (Hons)
Duration
4 Years
Study Mode
Part Time, Full Time
Marine Biology - BSc (Hons)
Study the ocean's vibrant diversity. Explore the fundamental aspects of the biology of marine life and their sustainability. Conduct research and field work.
UCAS Code
C160
Qualification
BSc (Hons)
Duration
3 Years
Study Mode
Part Time, Full Time
Marine Biology - MSci
Study the ocean's vibrant diversity. Explore the fundamental aspects of the biology of marine life and their sustainability and conduct research and field work with this MSci course.
UCAS Code
C167
Qualification
MSci
Duration
4 Years
Study Mode
Part Time, Full Time
Marine Biology (with Foundation Year) - BSc (Hons)
Build your foundation for ocean discovery. Explore marine biology, shape conservation efforts and conduct research.
UCAS Code
C16F
Qualification
BSc (Hons)
Duration
4 Years
Study Mode
Part Time, Full Time
Marine Biology And Oceanography - BSc (Hons)
Combine marine biology and oceanography and explore in-depth the biological, chemical and physical processes of the oceans, seas and estuaries.
UCAS Code
CF17
Qualification
BSc (Hons)
Duration
3 Years
Study Mode
Part Time, Full Time
Marine Biology And Oceanography - MSci
This 4-year Master degree is an extended undergraduate course which will elevate your knowledge in marine biology and oceanography.
UCAS Code
F712
Qualification
MSci
Duration
4 Years
Study Mode
Part Time, Full Time
Marine Vertebrate Conservation - BSc (Hons)
This 4-year Master degree is an extended undergraduate course which will elevate your knowledge in marine vertebrate conservation.
UCAS Code
C355
Qualification
BSc (Hons)
Duration
3 Years
Study Mode
Part Time, Full Time
Marine Vertebrate Conservation - MSci
This 4-year Master degree is an extended undergraduate course which will elevate your knowledge in marine vertebrate conservation.
UCAS Code
C356
Qualification
MSci
Duration
4 Years
Study Mode
Part Time, Full Time
Ocean And Geophysics - BSc (Hons)
Combine ocean- and geophysics and explore the role of oceans, the interactions between ice and oceans and computer modelling.
UCAS Code
F7F6
Qualification
BSc (Hons)
Duration
3 Years
Study Mode
Part Time, Full Time
Ocean Science - BSc (Hons)
Explore all aspects of the global marine environment and delve into specialist scientific disciplines to understand the complex earth-ocean-atmosphere system.
UCAS Code
F700
Qualification
BSc (Hons)
Duration
3 Years
Study Mode
Part Time, Full Time
Physical Geography And Oceanography - BSc (Hons)
Combine physical geography and oceanography, explore terrestrial and marine processes and examine the impact of pollution and climate change.
UCAS Code
F840
Qualification
BSc (Hons)
Duration
3 Years
Study Mode
Part Time, Full Time
Physical Oceanography - MSci
This 4-year Master degree is an extended undergraduate course which will elevate your knowledge in physical oceanography.
UCAS Code
F734
Qualification
MSci
Duration
4 Years
Study Mode
Part Time, Full Time
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Why Study Ocean Sciences?

The need to identify and exploit new food and energy sources against a backdrop of the threats posed by global warming make ocean sciences very much a subject of the future. It is all about identifying problems and finding solutions.  

Understanding how the oceans work is key to predicting how our planet is going to respond to our warming climate. It is also important if we are to efficiently harness the huge but largely untapped potential of renewable tidal energy. By studying the physics of the ocean, you will learn about how the ocean works and interacts with other elements of the Earth System, the atmosphere and cryosphere. You will also learn about how to observe the ocean, both from ships and from space, and to develop numerical models for the prediction of the ocean. 

You will gain the tools to be able to tackle important problems linked to climate change and to extracting energy from the ocean.

  • We are one of the largest university centres teaching marine sciences in Britain and is one of the biggest in Europe.
  • We are situated within a few metres of the sea, ideal for developing skills in estuaries, on the sea shore and at sea.
  • We have a 拢3.5m ocean-going research ship.

I don't have many regrets, but not studying at Bangor is one of them.

Steve Backshall,  Honorary lecturer and part of 全民彩票's teaching team; naturalist, explorer and presenter
Steve Backshall talking to Dr Christian Dunn on stage at a 全民彩票 lecture
Video: A conversation with Steve Backshall at 全民彩票 short

[0:04]
And I'm incredibly lucky that very early in life I realised that I had this one thing that could always make me feel better.

[0:08]
Didn't matter how low I was plunging, that I had somewhere that I could take myself, where I could reset,

[0:16]
where I could remind myself of where I come from and what is special to me and the things I'm passionate about.

[0:22]
And it doesn't matter if it's up in the mountain or in a in a lake or in the sea.

[0:28]
Those are the things that just reset me.

[0:32]
And so I would say that, you know, you see yourself getting getting down, take advantage of all of the absolute wonders that we have here.

[0:40]
The people, you know, in the nation will travel hundreds of miles to come and see.

[0:45]
You have them right on your doorstep. You might only be here for three years or four years.

[0:49]
Take take advantage of them because it is so, so special.

[0:55]
And, you know, there is nothing that can compare to being up on the Glyderau or the, you know, the Carneddau as the sun is just starting to rise.

[1:04]
Standing on top of Tryfan and looking at all those mountains and just knowing that this right now is

[1:10]
your home and your place - embrace it. You've all made the best decision of your lives in coming here.

[1:15]
And I just want you all to make the most of it, treasure it, use it as best as you possibly can, you know, on your doorstep.

[1:22]
You have natural wonders that almost nobody else at university in this nation has.

[1:26]
So please, please use them to their full extent. And I promise I'll be back and see you sometime soon while you're here.
 

全民彩票 Natural Sciences students on a rib boat with Steve Backshall
Video: 'The best lecture ever!' - with Steve Backshall

[0:03] So, so excited! It's so great to meet Steve! It's just such a great opportunity, to even see the

[0:09] Menai Strait in a different way as well.

[0:12] One of the reasons why I chose Bangor initially, was to be in such an area as this

[0:16] There's no better way to spend the afternoon really!

[0:23] We're heading out into the Menai Strait and off to Puffin Island with a group of students of the natural sciences.

[0:28] To get a flavour of the very finest of this area has to offer.

[0:47] Well, so far we've seen kind of all the very best of the wildlife from this part of the world, particularly when it comes to the birds.

[0:53] The ledges are thick, almost every single centimetre is covered with guillemots, a gull...

[0:59] and we've seen gannets and of course puffins as well.

[01:02] I guess this is why I decided to build a relationship with Bangor.

[01:06] What you can see right here. You know, any institution can invest in its infrastructure.

[01:11] Any institution can get bigger buildings or get more teaching.

[01:14] But there's no amount of investing that can get this.

[01:18] Having this on your doorstep is why Bangor is the best place to study natural sciences in the nation.

[01:30] It is fantastic. You know, obviously not just the company with having Steve there, it's seeing the wildlife that we saw the kittiwakes

[01:37] there cormorants the seals and that sort of stuff. Absolutely phenomenal, like once in a lifetime.

[01:41] Steve is such a genuine lovely guy. Yes, absolutely amazing. There's no better place to be.

[01:46] It's been a pretty amazing afternoon. I feel a little bit buffeted and and chilled.

[01:51] But to be able to head out from you know, you can see the University from here.

[01:56] You can see the halls of residence from here. To be a student here and think that you could finish studying,

[02:01] come down and get on a paddleboard or a kayak and head out into the Menai Strait and have this is your way of relieving exam stress.

[02:08] I mean, that just absolutely blows my mind.

Sir David Attenborough

Honorary Graduate Sir David Attenborough

鈥溔癫势 has a superb reputation in the study of environmental science. The world needs people skilled in the expertise needed to play a crucial part in solving the world鈥檚 problems.鈥 

Watch - Lab Session

Video: Undergraduate Lab Session, Prince Madog Module

Hi, I'm Martin Roberts. I'm a Biological Oceanographer here at the School of Ocean Sciences.

And today we're in the laboratory practical for the OSX2007 Ship-based Field Course, which makes use of the the Prince Madog to go to sea and to sample variables in space and time.

Today we're splitting into three groups. We're doing different activities.

We've got sediment grain size analysis going on downstairs where we're looking at, grain size distributions so that we can make inferences about current conditions and sediment transport.

We've got suspended sediment analysis. We've got a group working upstairs that are doing post-processing of samples that were taken at sea.

We've got chlorophyll fluorescence measurements going on as well, so that we can understand the productivity of our of our sea here in the Menai Strait

And we've also got plankton analysis as well. So identification of different plankton groups and counting of those plankton groups in, in samples that we collected at sea on the Prince Madog in November.

Hello everybody. My name is April Bishop. I am a second year student here at 全民彩票, and I'm doing Marine Biology and Oceanography.

One of the best things I like about here at Bangor, because you get the opportunities to go into the landscapes that we are in here today.

We are focusing on one of our ship based modules. Which you will have the joys to go on the ship at one point in your second year?

And today we have been focusing on different stuff that we're going to do that we did on the ship.

And what I like more about the practical, is that the Labs here is just such a big space for you to work in, and you've got such a big opportunity in as well, many lectures as well as demonstrators who help you to help you understand and help you learn more about things that you have an interest in.

One of my main, main things I really love being here is the opportunities that you do get here. 

As myself, I do peer guided, on an occasional basis. as well I have been involved with Marine Master's research in my foundation here, and I have had work experience at a tidal renewable company called Minesto. Yeah thats basically it.