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MSc Projects for 2021/22

We offer a range of projects in the areas of applied and biomedical optics suitable for an MSc by Research in Physics. You will receive training in an advanced area of applied optics or biomedical optics, preparing you for a career in research and development roles, or for PhD study.

Experimental optics projects are available in areas including optical imaging systems (particularly optical coherence tomography, microscopy and photoacoustics) and laser source development. Applications included biomedical and non-destructive testing. Computing and modelling projects as well as theoretical and software-based projects (using Matlab, Python, LabVIEW or C/C++) are also available. Some projects can be co-supervised with clinicians from London and local National Health Service Trusts.

As an MSc student you will be fully immersed in the research group, collaborating with academics, postdoctoral researchers, PhD students and other visiting researchers. We provide office and laboratory space for each student, including infrastructure, optics, electronics, and computing resources. You will also attend regular group and school meetings, including our monthly seminars and our journal club, and have access to wide range of postgraduate training opportunities. Read more about studying in the AOG.

There is no deadline, applicants are assessed on a rolling basis, but all students must begin by September 2021. Applications should be made via the online system at: https://www.kent.ac.uk/courses/postgraduate/212/physics

Please contact potential supervisor(s) in advance to discuss your application.

These projects do not have funding attached, students either self-fund or seek funding sources elsewhere. Information on student fees is at: https://www.kent.ac.uk/finance-student/fees/tuition/index.html#!pg

Information on Kent scholarships is here:

https://www.kent.ac.uk/scholarships/postgraduate

 

 

Other possible projects

Projects can also be designed in the following areas, please contact the relevant academics to discuss in more detail.

  • Swept laser using a dispersive cavity and RF modulation, (Adrian Podoleanu, Radu Stancu)
  • Ultra fast sweeping using time stretching, (Adrian Podoleanu)
  • Ultrafast scanning of cells using time stretch microscopy, (Adrian Podoleanu)
  • Optical coherence tomography for IVF, (Adrian Podoleanu, Adrian Bradu, Manuel Marques, Darren Griffin, Gary Robinson)
  • Optical coherence tomography for tattoos, (Adrian Podoleanu, Manuel Marques, Chris Dieter, Robert Green)
  • Fluorescence endoscopic microscopy for real time optical biopsy¬† (Michael Hughes)
  • Optical imaging on a smartphone for low resource settings (Adrian Podoleanu, Michael Hughes)
  • Modern optics for unconventional photography (Adrian Podoleanu, Michael Hughes)