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MSc Computational Geoscience (Universitas Gadjah Mada dual degree)

  • DeadlineStudy Details: MSc: Glasgow: 12 months full-time MEng: Yogyakarta: 9 months full-time, then Glasgow: 12 months full-time

Masters Degree Description

The dual masters degree with Universitas Gadjah Mada (UGM) allows students to obtain both a University of Glasgow degree and a UGM degree simultaneously. 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.

Entry Requirements

To be eligible for programmes, you must meet the general and specific entry requirements:

The general entry requirement
The specific entry requirement: The required level of English proficiency is similar to that of University of Glasgow

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Fees

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Student Destinations

We are experiencing exceptional demand from our industry contacts and partners for our graduates in the natural and built environment sector for the following roles: Land Surveyor, Engineering Surveyor, Hydrographic/Offshore Surveyor, Geospatial Surveyor and Reality Capture Specialists.

Recent graduates from our surveying programmes have gone on to work for companies such as Ordnance Survey, Glanville Consultants, Jacobs, Babcocks, KOREC, Malcolm Hughes Land Surveyors, Andrews Survey, Morgan Stanley, Fugro, AECOM, UTEC and Subsea 7.

Module Details

Semester one (60 credits)

Introduction to Statistics for Environmental Analysis
Academic and Professional Skills for GES PGT
Introduction to Earth Science
Principles of GIS
GES_Spatial Data Analytics
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

Semester three (60 credits)

Research project jointly supervised by UGM and UofG

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