Computational Geoscience (Taught)

The Masters in Computational Geoscience explores how we model the natural world and the environment around us (and the processes that create them). You will develop applied data science and modelling skills which you can use to address complex real-world challenges and support decision-making in geoscience fields. You will develop skills that are in high-demand in the geoscience sector, including computer programming, predictive modelling and big data analysis.

Why this programme

• This programme is one of very few in the UK to focus on computational modelling in geosciences and is unique to Scotland.

• Our specifically designed courses will provide both an introduction to earth sciences and the mathematical foundations needed to succeed in this programme. This will support both science and engineering students and students from earth, environmental, and planetary sciences.

• The programme is highly-applied and has been developed in consultation with industry to ensure our graduates are equipped with the knowledge and skills to meet global demands for professionals in this field.

• Our research-led teaching is delivered by academics at the forefront of debates in geomorphology, geomagnetism, geophysics, plate tectonics, and structural and reservoir modelling within the earth systems science field.

• You will learn to solve specific applied questions using a range of coding languages including Python.

• You will benefit from access to our extensive computer laboratories and the latest software packages.

• Project work and continuous assessment will also help you to develop professional skills, including project management, communication, and presentation skills.

• The School of Geographical and Earth Sciences has an Athena Swan Silver Award, demonstrating the school's commitment to supporting women in scientific studies and careers and improving the working environment for all.

Programme structure
The MSc in Computational Geoscience will be delivered predominantly through laboratory practical classes, computing workshops and fieldwork, but will also include lectures, seminars and tutorials.

You will take six core courses (60 credits) in semester one, and five core courses (60 credits) in semester two. Over the summer, you will undertake a research project in an area of interest to you, which will be supervised by a member of the MSc teaching staff.

The majority of the courses in the MSc are assessed continuously through coursework. Assessment methods include analytical reports, and oral and poster presentations, designed to reflect real working environments.

Core courses
Semester one (60 credits)

• Academic and Professional Skills for GES PGT

• Introduction to Earth Science

• Principles of GIS

• Theoretical and Applied Climatology

• Numerical Foundations of Geodynamics

Semester two (60 credits)

• Modelling Water Environments

• Topographic Modelling and Landscape Monitoring

• Machine Learning Applications for Earth Systems Problems

• Modelling of Landscape Evolution

• GES_Numerical Modelling of Solid Earth Dynamics

Career prospects
This programme will provide students with the knowledge and skills to work in the geoscience field at the interface between computational modelling and geoscience professionals.

This includes areas such as geothermal, carbon capture, energy and metals industries, earth system modelling, flood and landscape modelling, and environmental consulting and Protection.

The MSc will also prepare students for PhD study in a multitude of earth science research fields.