Physics: EPSRC Funded PhD Studentship at Swansea University: Thin Film Optoelectronic Device Physics

Published Date: November 9, 2017

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Scholarship details

  • Area of study

    Physics
  • Country of the Scholarship

    United Kingdom
  • Scholarship Valid Until (Year)

    2017
  • Type of scholarship

    Ph.D. scholarship
  • Scholarship amount given

    > 12000
  • Type of scholarship administrator

    University
  • Mode of scholarship (Online/Offline)

    Offline
  • Applier's country

    United Kingdom
  • Expenses covered

    Tuition fees
  • Scholarship Contact Details

    Swansea University Singleton Park Swansea SA2 8PP Wales, UK Tel. +44 (0)1792 205678 Minicom +44 (0)1792 513100

Scholarship closed to applications currently

Named by Welsh University, The Times, and Sunday Times Good University Guide to be one of the top 30 research universities, the Swansea University is known for being awarded with the 2014 Excellence Framework. A frontrunner in Research Excellence, the university helps to enhance student participation in every field of study by offering scholarship programs that can cater to students’ financial needs.

Swansea University offers scholarships to all European students in an effort to promote the development and improvement of specific education and skills. This specific scholarship focuses on the Thin Film Optoelectronic Device Physics and offers the qualified student a total of $14,500. Funded by the EPSRC, this amount can be used by students to pay for their tuition fees and other school expenses like educational materials and resources.

The EPSRC Funded PhD Physics Studentship is supervised by Professor Paul Meredith and Dr. Ardalan Armin. Qualified students in this scholarship can be guided and learn a lot from these supervisors.

For students interested in this studentship, the first qualification is that they should have a degree either in Electrical Engineering, Materials Science, or Physics. They could also settle for a Master’s degree or a research experience equivalent to the degrees, which can be demonstrated through international journal publications.

For undergraduate students, they will be provided with a competitive curriculum performance covering Optics and Physics. With IELTS score at least 6.5, students could also take advantage f their organic semiconductors experience, as well as device fabrication knowledge, clean room environment testing, and disordered semiconductor materials.


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