Program Overview

Introduction to Physics with Astrophysics MPhys (Hons)

The Physics with Astrophysics MPhys (Hons) is a 5-year undergraduate degree that combines the study of physics with astrophysics. This course is designed to provide students with a deep understanding of the fundamental principles of physics and their application to astrophysical phenomena.

Course Structure

The course is divided into five years, with the first two years providing a broad foundation in physics and mathematics. The third year offers a range of options, including a professional placement, research placement, or study abroad. The final two years are focused on advanced topics in physics and astrophysics, including a substantial research project.

Year 1

• Dynamics and Astrophysics: The study of matter in motion, from Newton's laws to Einstein's theory of relativity, and the foundations of astrophysics.
• Foundations of Physics 1: Fundamental areas of physics, including quantum mechanics, states of matter, thermodynamics, vibrations, waves, optics, and electromagnetism.
• Mathematics for Physics 1: Core mathematical techniques required for physics, including how these are applied to physical problems.
• Physics Skills 1: Experimental laboratory work, scientific computing, measurement, data analysis, scientific writing, presentation, and problem-solving skills.

Year 2

• Foundations of Physics 2: Deepening knowledge of key concepts, including quantum theory, Maxwell's equations, and the principles of temperature and entropy.
• Further Physics: From Neutrinos to Black Holes: Exploring particle physics, nuclear physics, the life cycle of stars, and cosmological models.
• Mathematics for Physics 2: Advanced mathematical concepts and techniques, including vector calculus, Fourier analysis, and solving linear partial differential equations.
• Physics Skills 2: Conducting physics experiments, developing skills in experimentation, science, and presentation, and strengthening scientific computing skills in Python.
• Scientific Computing and Advanced Data Analysis: Learning a high-level programming language like C++ and using it to solve scientific problems, analyzing and visualizing astrophysical big-data sets.

Year 3

• Study Abroad or Placement: Opportunities to study at an overseas partner institution or undertake a professional or research placement.

Year 4

• Advanced Quantum Mechanics: Further development of quantum mechanics knowledge, including many-particle systems, approximation methods, and the Dirac equation.
• Fluid Dynamics in Physics and Astrophysics: Understanding fluid dynamics in physical and astrophysical settings, including the behavior of gases and liquids and phenomena like star formation and galaxy evolution.
• Galaxies and Introduction to Cosmology: Exploring our place in the Universe, the distribution and evolution of galaxies, and the concordance model of cosmology.
• General Relativity: Introduction to the fundamental concepts of general relativity, including curved spacetime, the Einstein field equations, and black holes.
• MPhys/MSci Project Preparation: Preparing for the final year research project or placement, developing skills and knowledge needed for research.

Year 5

• Advanced General Relativity: A more mathematically rigorous understanding of general relativity, including deriving the Einstein field equations and exploring black hole and cosmological solutions.
• Cosmology: Extending knowledge of observational cosmology and learning about techniques and observations that constrain current cosmological models.
• Galaxy Evolution: Developing understanding of how galaxies form and evolve, based on observational and theoretical data.
• High Energy Astrophysics: Exploring astrophysical phenomena involving high-energy processes, such as cosmic rays, pulsars, black holes, and active galactic nuclei.
• MPhys/MSci Research Project: Investigating an aspect or application of physics in depth, developing experimental and/or computational skills, and gaining first-hand experience of innovation and research.

Entry Requirements

• A Levels: AAA in three A levels, including Mathematics and Physics, with A in Mathematics or Physics.
• International Baccalaureate: 36 points overall, with 7, 6, 6 in three Higher Level subjects, including Physics and Mathematics.
• Other Qualifications: Considered on a case-by-case basis, including BTEC, Access to HE Diploma, and international qualifications.

Fees and Funding

• Tuition Fees: Variable, depending on whether you are a Home or Overseas student.
• Scholarships and Bursaries: Available to support students, including the Bath International Excellence Scholarship.

Application Information

• Application Deadline: 14 January for Home and Overseas students.
• Selection Process: Based on UCAS application, with interviews for certain qualifications or circumstances.

Professional Accreditations

• Accredited by the Institute of Physics for the purpose of fully meeting the educational requirements for a Chartered Physicist.

Learning and Assessment

• Learning Methods: Include lectures, seminars, tutorials, laboratory sessions, and project work.
• Assessment Methods: Vary between units but include examinations, coursework, practical assessments, and project reports.

Career Prospects

Graduates are in strong demand by employers and can work in a wide range of careers in physics, astrophysics, and other fields, including research and development, engineering, finance, IT, and telecommunications. Many also go on to postgraduate study.