Advanced Experimental Astrophysics module (PH32018)

Astrophysics explores how the universe works, from stars and galaxies to the structure of our Galaxy, using real observational data. In this module, you will develop advanced astrophysics and data analysis skills by working with data from telescopes and space missions. 

You will carry out observational investigations using real data from ground- and space-based facilities, including the Gaia satellite and radio observations of the Milky Way. You will also control a radio telescope remotely, gaining experience of how modern astronomy observations are planned and carried out. 

Using tools such as Python and MATLAB, you will analyse complex datasets to study stars, galaxies, and the structure of our Galaxy. You will learn how astrophysicists extract physical information from data and test scientific ideas using observations. 

These investigations are open-ended, meaning you will not follow step-by-step instructions. Instead, you will develop research skills by solving problems, refining your methods, and drawing reliable conclusions from real data. 

Alongside your technical work, you will develop professional skills used in physics and astrophysics. You will learn how to search and evaluate scientific literature, keep clear records, and communicate your results through reports and presentations. 

You will also take part in a public science fair, designing and delivering interactive activities to explain astrophysics concepts to a wider audience. 

This module prepares you for advanced research projects and careers in physics, astrophysics, and data science by developing skills in data analysis, problem-solving, and scientific communication. 

What you will learn 

In this module, you will: 

• carry out observational astrophysics investigations 
• analyse real data using Python and MATLAB 
• work with data from telescopes and space missions such as Gaia 
• plan observations and use remote telescope systems 
• assess uncertainty and evaluate results 
• compare observations with theoretical models 
• develop literature searching and critical evaluation skills 
• design and deliver public engagement activities. 

By the end of this module, you will be able to: 

• analyse and interpret astrophysical data 
• relate observations to physical theory 
• critically evaluate scientific literature 
• communicate scientific results clearly 
• explain astrophysics concepts to specialist and public audiences

Assignments / assessments

• coursework (100%) 
  • lab books 
  • formal experimental report 
  • public engagement activity 

This module does not have a final exam.

Teaching methods / timetable

This module is taught through two three-hour lab sessions each week throughout the semester and a one-hour interactive professional physics session.