MPhys (Hons) Physics with Space Science
Course Overview
This course explores the fundamental principles of physics and their direct application to the exciting field of space science, from quantum dynamics to spacecraft systems. You will learn to develop ingenious instrumentation and push measurements to their physical limits, guided by academics engaged in cutting-edge research. The program is based at the vibrant College Lane campus, offering state-of-the-art facilities and a dynamic, interdisciplinary learning environment.
Key Program Highlights
- Grounded in fundamental physics with a specialized focus on space science and engineering applications.
- Learn from academics involved in active research areas, from quantum dynamics to atmospheric physics.
- Develop expertise in designing and building advanced instrumentation for extreme environments.
- Study at a well-equipped campus with 24/7 learning resources and a diverse, interdisciplinary community.
- Gain practical skills applicable to careers in spacecraft dynamics, systems engineering, and scientific research.
Course Overview
This course explores the fundamental principles of physics and their direct application to the exciting field of space science, from quantum dynamics to spacecraft systems. You will learn to develop ingenious instrumentation and push measurements to their physical limits, guided by academics engaged in cutting-edge research. The program is based at the vibrant College Lane campus, offering state-of-the-art facilities and a dynamic, interdisciplinary learning environment.
Key Program Highlights
- Grounded in fundamental physics with a specialized focus on space science and engineering applications.
- Learn from academics involved in active research areas, from quantum dynamics to atmospheric physics.
- Develop expertise in designing and building advanced instrumentation for extreme environments.
- Study at a well-equipped campus with 24/7 learning resources and a diverse, interdisciplinary community.
- Gain practical skills applicable to careers in spacecraft dynamics, systems engineering, and scientific research.
Requirements
Modules
- Special Relativity and Quantum Physics
- Experimental Physics
- Small Group Tutorial (Level 4)
- Mathematical Methods
- Applications of Calculus
- Computational Modelling
- The Physical Universe
- Electromagnetism
- Optics and Lasers
- Thermodynamics
- Small Group Tutorial (Level 5)
- Physics of the Solar System
- Space Science and Systems
- Multivariable Calculus
- Quantum Mechanics
- Career Planning and Development
- Plasma Physics and Fusion Reactors
- Differential Equations
- Motion and Tensors
- Introduction to Machine Learning and Neural Networks
- Rocket Performance and Propulsion
- Condensed States of Matter
- The Physics of Elementary Particles
- Geophysical Fluid Dynamics
- Space Science and Physics Project and Investigative Skills
- Space Dynamics
- Satellite Communications
- Computational Physics
- Star Formation and Evolution
- Foundations of Cosmology
- The Physics of Astronomical Spectra
- Applied Photonics
- Partial Differential Equations
- Lagrangian Dynamics
- Nonlinear Systems
- Further Numerical Methods
- Year Abroad
- Placement with Study Abroad
- Physics Research Project
- Statistics and Analysis
- Nature of the Climate System
- Aerospace Aerodynamics
- CFD & Applications
- High Energy Astrophysics
