BSc (Hons) Physics with Space Science

What will I study?

Our course offers a unique blend of core physics alongside the specialised area of space science. While based in the Department of Physics, Astronomy and Mathematics, you’ll also benefit from opportunities to take modules from the Department of Engineering including Space Systems, Rocket Propulsion and Performance, and Satellite Communications.

At Herts, we offer a range of teaching methods so you can reach your full potential. From small-group tutorials, to lectures, practical classes and guest speakers from industry, you’ll be inspired and supported every step of the way. You’ll also have access to Bayfordbury Observatory where you’ll carry out astronomical observations in a professional setting.

We offer a problem-based learning approach. Be inspired by our hands-on/practical approach to teaching. You’ll have the chance to work in teams to solve a space science problem. You’ll then deliver your findings in a competitive tender presentation to justify your proposal.

Not only will you showcase your theoretical knowledge, but you’ll gain confidence as an expert problem-solver through creativity and logic. For example, a workbook that you create in the module Space Dynamics is a detailed record of your investigation of the orbital and spin dynamics of spacecraft. Although a form of assessment, many graduates have used the workbook during job interviews to highlight their skills and capabilities.

In your first year, you’ll develop a solid broad foundation in physics, astrophysics and scientific mathematics, alongside training in laboratory and observatory techniques. The emphasis is on closely supporting your studies through regular academic meetings with a personal tutor in small groups. The class sizes mean that you will quickly get to know your peers and work together, sometimes in study groups that you form yourselves. A valued feature of the course is the easy and informal access you have to staff teaching on the modules.

In your second year, you’ll begin start to specialise in more advanced areas of physics and space science, including modules in Space Science and Systems and advanced core curriculum in electromagnetism and thermodynamics. One of the optional physics modules focuses on plasma physics and fusion reactors. Plasma physics is key to understanding the space environment close to the Earth. Fusion reactors, apart from their importance to energy generation on Earth, may someday power interstellar spacecraft.

In your third year, you will study topics such as nuclear and particle physics, and geophysical fluids – the motion of the atmosphere and oceans. You’ll also undertake an in-depth investigative project. Throughout the project, you’ll be closely supervised and guided by one of our experienced researchers in the Centre for Atmospheric & Instrumentation Research. Previous projects have included designing a calibration system for airborne ice sensors, modelling the behaviour of soliton waves in the oceans, and examining quantum dynamics using topological methods. You will study the performance and propulsion of rockets and study spacecraft dynamics in an innovative computer-based environment.

If you decide to continue your studies onto our MPhys course, you do a research-level project as half of the fourth-year schedule. You will also do an advanced module on the space systems approach to mission planning.

Level 4

Module

• The Physical Universe
• Mathematical Techniques 1
• Special Relativity and Quantum Physics
• Experimental Physics
• Computational Modelling
• Small Group Tutorial (Level 4)