Additional Requirements
An A-level (or equivalent) in Physics is required for this specialism. To select this specialism you must choose the foundation modules in Physics and Earth Sciences.
About the Specialism
This specialism offers an understanding of natural systems which occupy a wide range of spatial scales, from the interior of our planet to stellar systems and the large-scale structure of the cosmos.
You will learn to think critically about the origins and evolution of planetary systems, and about methods and strategies used to tackle urgent global and scientific challenges, such as climate change, natural hazards, planetary habitability, and space exploration.
Your learning experience will include practical observations, computation and data analysis, and may include optional fieldwork or lab-based work.
Study modules in these areas:
Earth Sciences, Physics, Astrophysics
Specialism Structure
In Year 2 you will study core modules in theoretical and practical astrophysics, with further options in earth sciences, mathematics and statistics, physics, and planetary science.
In Year 3 you will study core modules in practical astronomy and geoscience, with further options in astronomical physics, atmospheric physics, geophysics, and statistics. You will also undertake an interdisciplinary research project on a topic related to the specialism.
Employability and Skills
Graduates will be well prepared for careers in environmental consultancy, planetary science, astrophysics, geohazards, and geospatial analytics, or for further research in Earth and space sciences.
You will develop highly transferable skills in quantitative modelling, remote sensing, and scientific computing, alongside practical experience such as fieldwork, astronomical observation, and the preparation and planning required to conduct these activities.
Choose from 14 Natural Sciences Specialisms
- Bioscience, Ethics and Society
- Brains, Minds and Machines
- Chemical Biology
- Chemistry, Ethics and Sustainability
- Digital Chemistry
- Earth, Planets and the Universe
- Environment and Climate
- Evolution
- Quantitative Bioscience
- Quantum Molecular Science
- Quantum Technologies and Big Data
- Materials Science
- Physical Sciences, Philosophy and Innovation
- Physics of Living Systems