Teaching methods

Studying Physics at Sussex, you will learn from a wide variety of teaching methods:


Lectures last 50 minutes and typically there will be two or three per week for each module. Lectures take place in groups of between 10 and 100, with one lecturer responsible for each module and you will have about three modules per term.


These are sessions in which you work on your own or in groups, with help available on request from a tutor.

Exercise classes

These classes are used to explain and discuss the solutions to weekly problem sheets to groups of about 15 students.

Consultation periods

These will be arranged by the lecturers during their office hours and at these times you can discuss particular problems with lecturers.

Laboratory work

During the first two years, you will be spending four hours in the lab each week for one term. Faculty and trained TAs are present to guide the work and mark your work.

If you choose to take the MPhys degree, during your third year you'll be doing three small projects on an advanced set of equipment for four weeks. During those four weeks, you will have full access to the lab.


You do research projects during two terms of your final year. You will be supervised closely by a member of faculty, often as part of a team of graduate students and research fellows.

Lecturers are available to help and advise you, encourage questions and respond to suggestions. You are encouraged to work with your friends and colleagues, learning through discovery – something that we consider to be just as important as learning from information.


The teaching facilities in Physics and Astronomy include:

  • state-of-the-art labs
  • a computer-controlled 0.4 meter diameter reflecting optical telescope
  • a computer controlled 3 meter diameter radio telescope
  • a muon telescope (detecting cosmic ray particles) that is integrated with an European array of telescopes
  • University high-performance computing (HPC) cluster for theoretical and data analysis projects
  • study spaces for students in the department.

                           Facilities     Facilities

What you will achieve

  • A comprehensive grounding in all aspects of physics. The skills to translate real-world problems into physics questions and to solve the resulting equations both analytically and numerically.
  • Active learning reinforces and increases your knowledge and understanding of physics and develops your personal skills. You discuss and argue your case in problem classes and complete carefully-designed assignments. You also participate in group exercises in the laboratory.
  • Presentation skills: in the first-year laboratory module you design a poster or a website about your work and give a short talk. You have the opportunity to write essays about topics related to your subject and you present a progress report on your final year project. You increase your command of information technology, design, word-processing and numerical analysis.
  • Research skills: in your final year project you develop independent thoughts and ideas, use your newly-acquired scientific, technical and interpersonal skills, and establish yourself firmly as a graduate ready to take on the world.
  • Computing skills: the use of computers is embedded in the curriculum such that, by the end of your degree, you will have become proficient in numerical software packages to find and visualise solutions to physical problems, and will have had opportunity to design and write your own algorithms.
  • All our degree courses are accredited by the Institute of Physics, so you will qualify for graduate membership (GradInstP), a first step towards Chartered Physicist status.

Lee's perspective

Lee Suttle

"The great thing about doing physics is that there is a much higher number of contact hours than for other degree modules. 

"Modules are taught through a combination of lectures, which cover the key points and principles of the subject, and exercise classes, which offer a more open and interactive discussion of how the physics can be applied to solving various problems.

"Laboratory sessions allow for practical demonstration of physical processes in action. These include such memorable moments as freezing a superconductor in liquid nitrogen to observe the Meissner effect, and using the Department's Fender Stratocaster in an experiment to study the physics of the electric guitar!

"Many modules require you to complete weekly or fortnightly homework problem sheets to test your understanding on the most recently covered topics in the course.

"Unlike school homework, some of these count towards your assessment. This may sound daunting at first, but the work is easily manageable from the lecture material, and much of the groundwork is made during the workshop sessions, which guide you to the best problem-solving techniques.

"In many cases, group work on problems can also be constructive, and is highly encouraged as a means of understanding the different directions that can be taken to reach solutions. This has the benefit that you will have made a large headway on modules before the summer exam period."

Lee Suttle
Physics with Astrophysics MPhys research placement student