Astrophysics MSc

Program Overview

The Astrophysics MSc program provides a comprehensive understanding of astrophysics, covering topics from cosmology to stellar evolution. Through a combination of lectures, tutorials, and hands-on exercises, students develop research skills and prepare for careers in research, academia, industry, and government organizations. The program emphasizes interactive learning, flexibility, and access to excellent facilities, attracting students from around the world.

Program Outline

Outline:

• The program covers diverse topics in astrophysics, including the origin of the universe, dark matter, dark energy, galaxies, radiation mechanisms, the life and death of stars, black holes, extrasolar planets, space and solar plasma astrophysics, and the solar system.
• The program is taught through a combination of lectures, tutorials, and hands-on exercises.
• Modules in this program include:
Topics include statistical and physical properties, detection methods, planet formation, and astrophysical implications.
• Astrophysical Plasmas: This module explores the unique properties of plasmas, such as particle gyration and magnetic reconnection, and discusses plasma effects in various astrophysical environments.
• Physical Cosmology: This module offers a more advanced understanding of cosmological perturbation theory, allowing students to explore phenomena such as non-linear and second-order perturbations.
• Radiative Transfer and Astrochemistry: This module teaches students how to use radiative transfer to infer the properties and evolution of distant objects.
It also delves into the fundamentals of astrochemistry, including the formation of complex molecules in astrophysical environments.
• The Galaxy: This module explores the Milky Way galaxy, its structure, dynamics, and evolution.
It also covers dark matter and star formation within the galaxy.
• The Physics of Galaxies: This module delves into advanced concepts of galactic physics, focusing on non-linear and second-order perturbation theory.
• Advanced Cosmology: This module offers in-depth knowledge of advanced cosmological concepts, including recent and upcoming experiments and large-scale structure surveys.
• Stellar Structure and Evolution: This module explores the internal structure and evolution of stars, from their formation to their final stages.
• Extrasolar Planets and Astrodisc Physics: This module explores the discovery and characterization of extrasolar planets, including their formation, dynamical interactions, and atmospheric properties.
• Observational and Data-driven Astrophysics: This module teaches students how to analyze and interpret astronomical data, including techniques such as astronomical data archives, scientific word processing, mathematical and data analysis packages, and project planning.
• Astrophysical Plasmas: This module provides a more advanced understanding of plasma physics, including advanced topics such as waves, instabilities, and transport processes.
• Numerical Methods: This module teaches students how to use numerical methods to solve astrophysical problems.
• Students can choose to complete an optional research project, which allows them to independently explore a specific area of astrophysics and develop their research skills.

Assessment:

• The program utilizes a variety of assessment methods, including:
• Module coursework:
This may include essays, problem sets, presentations, and projects.
• Written examinations: These may be held at the end of each semester and cover topics discussed in lectures and tutorials.
• Dissertation: This is a significant research project that students undertake in the final year of the program.
• The specific assessment methods used for each module may vary depending on the module content and learning objectives.

Teaching:

• The program utilizes a combination of lectures, tutorials, and hands-on exercises to deliver the program content.
• Modules are typically taught by a team of academics and researchers with expertise in the specific area of study.
• The program emphasizes interactive learning and encourages students to actively participate in discussions and practical exercises.
• Students have access to a dedicated academic advisor who can provide guidance and support throughout their studies.

Careers:

• The program equips graduates with a comprehensive understanding of astrophysics and the research skills needed to pursue careers in this field.
• Graduates can pursue careers in research, academia, industry, and government organizations involved in astrophysics and related fields.
• Possible career paths include:
• Research astronomer
• Astrophysicist
• Cosmologist
• Observational astrophysicist
• Numerical astrophysicist
• Astrobiologist
• Data scientist
• Science writer
• Science communicator
• Science educator
• Science policy advisor
• The program also provides graduates with transferable skills that can be applied to a wide range of careers, including:
• Problem-solving
• Analytical thinking
• Communication
• Teamwork
• Independence
• Time management
• Self-motivation

Other:

• The program is offered full-time and part-time.
• The full-time program lasts for one year, while the part-time program lasts for two years.
• The program is designed to be flexible and can be customized to suit individual interests and career goals.
• Students have access to excellent facilities, including the Astronomical Observatory, High-performance computing facilities, and Experimental facilities in the school.
• The program attracts students from all over the world, creating a diverse and vibrant learning environment.
• It is important to note that the program structure, content, and assessment methods may change over time.

Home: £12,650 Overseas: £28,900 Overseas: £14,450 EU/EEA/Swiss studentsThe course fee is charged per annum for 2 years.