Advanced Experimental Physics module (PH32006)

Experimental physics is how we test ideas and discover how the world works, from the behaviour of everyday materials to the fundamental laws of nature. In this module, you will develop advanced experimental physics skills and learn how to design, carry out, and analyse real experiments.

Building on your earlier laboratory experience, you will carry out more complex investigations across a range of physics topics. You will learn how to select appropriate techniques, use specialist equipment, and analyse data using modern tools such as Python and MATLAB. You will also develop a deeper understanding of uncertainty and how to assess the reliability of experimental results.

Alongside your practical work, you will develop the professional skills used by physicists. You will learn how to search and evaluate scientific literature, keep detailed experimental records, and communicate your findings clearly through formal reports and presentations.

A key part of this module is science communication. Working in a team, you will design and deliver interactive experiments for a public science fair. This gives you experience explaining physics concepts to a wider audience and shows how physics connects to the real world.

This module prepares you for your final-year physics project and future careers by developing key skills in data analysis, problem-solving, and scientific communication.

What you will learn

In this module, you will:

• carry out experimental physics investigations across a range of topics
• design experiments and select appropriate measurement techniques
• analyse data using Python and MATLAB
• assess uncertainty and evaluate the reliability of results
• keep professional laboratory records and perform risk assessments
• develop literature searching and critical evaluation skills
• design and deliver interactive science fair activities

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

• plan and carry out experimental investigations independently
• analyse and interpret data, including uncertainty and significance
• critically evaluate scientific literature
• communicate scientific results clearly in written reports
• explain physics concepts to both specialist and public audiences

Assignments / assessment

• 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.