Gain new skills, enhance your employability, or explore a subject that interests you with our online programmes and short courses.
We are regularly adding more short courses and degree programmes to our Online Learning portfolio.
New for September 2025
Online Postgraduate Programmes
Online Short Courses
- Contemporary Environmental Challenges (15 credits)
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Study environmental issues and explore the current challenges, their causes, and possible solutions in this flexible online course. You'll learn about how environmental issues have changed over time, key drivers of environmental challenges, different approaches to these challenges, and issues in environmental management. - Introduction to GIS Tools, Techniques, Cartography and Geovisualisation (15 credits)
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Study geographical information systems (GIS) and related geospatial technologies online, including databases, digital mapping and cartography, with experts. Learn the basics of digital mapping and geovisualisation, and discover the art and science of designing and creating maps and other visualisations of spatial data.This can be taken as a standalone course, or as part of an online MSc in Geographical Information Systems.
- Sustainability Transitions – Challenges and Opportunities (15 credits)
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Sustainable development – balancing environmental, economic, and social goals – is humanity’s greatest challenge. This Masters-level online course is designed to help train future sustainability leaders. You will develop your understanding of sustainability transitions and learn to lead sustainable change. - UAV Remote Sensing, Monitoring and Mapping (15 credits)
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Study UAV remote sensing, monitoring, digital mapping, image processing, and softcopy photogrammetry. Gain theoretical knowledge and develop practical skills related to using unmanned aerial vehicles (UAVs) and learn how to apply these technologies to a range of real-world problems.This can be taken as a standalone course, or as part of an online MSc in Geographical Information Systems.
- Basics of Remote Sensing and Geospatial Analysis (15 credits)
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Learn how remote sensing and geospatial analysis is used for Earth and space exploration, and develop your understanding of planetary remote sensing principles and methods.This can be taken as a standalone course, or as part of an online MSc in Planetary Sciences.
- Comparative Planetology and the Atmosphere of Earth (15 credits)
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Comparing planetary atmospheres is a vital part of planetary sciences. The process reveals similarities and differences that test and inform our understanding of these environments. In this Masters-level online short course, you’ll learn how comparative planetology is carried out, to help lead us to new insights.This can be taken as a standalone course, or as part of an online MSc in Planetary Sciences.
- Instrumentation, Design and Data for Planetary Exploration (15 credits)
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In this flexible online short course, you’ll study the main aspects of engineering and science for space exploration. Learn how space missions and instruments are planned, developed and deployed, and delve into the entire lifecycle of space exploration instruments, from conceptual design through to integration, testing, and data analysis.This can be taken as a standalone course, or as part of an online MSc in Planetary Sciences.
- Spectroscopy, Radiative Transfer and Retrieval (15 credits)
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Learn about the rapidly growing fields of spectroscopy, radiative transfer and retrieval methods that are so important in atmospheric and planetary science. Explore how these are applied to studying weather, climate, air quality, and the evolution of greenhouse gases and biogeochemical cycles on Earth, as well as examining the atmospheres of the solar system planets and exoplanets.This can be taken as a standalone course, or as part of an online MSc in Planetary Sciences.
Coming Soon
- Applied Sedimentology
- Applied Structural Geology
- Earth Physics, Structure and Processes
- Fundamentals in Petroleum Geoscience
- Governance and Political Economy of Sustainability
- Hydrological Extremes Under Global Change
- Integrated Water Resources Management
- Machine Learning in Geophysics
- Near Surface and Environmental Geophysics
- Palaeogenetics (Ancient DNA)
- Partnerships for Sustainability
- Seismology and Earth Imaging
- Subsurface Storage and Sequestration
- Time Series Analysis and Inverse Theory
- Water in the Environment