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Industrial Track Studentships

UCL’s CDT in Delivering Quantum Technologies is pleased to announce, following receipt of additional funds from EPSRC and industrial partners, three new Industrial Track studentships. This is a new type of studentship on our programme which provides:

  • Fully funded 4-year studentships including fees, stipend and a generous training and research support package
  • Enhanced Stipend (£18,953 per year)
  • Innovative MRes in Quantum Technologies in first year of programme
  • PhD, in years 2-4, in collaboration with a world-class industrial partner
  • Open to UK residents and EU-fee status students (i.e. EU residents).
  • Start date: 25th September 2017

The application deadline is  19th June 2017.

These Industrial Track studentships, which are co-funded by an industrial partner, allow the student to select the specific theme of PhD project at the application stage. Note: Some PhD projects are embedded within the industrial partner lab, and based outside of UCL.

PhD Projects on offer

Title: High-fidelity spin qubit manipulation and readout in silicon CMOS transistors
Experimental Project
Partner: Hitachi Europe Ltd.

Title: Quantum Machine Learning for Medical Imaging
Theory Project
Partner: Siemens Healthcare

Title: Quantum Photonics
Experimental Project
Partner: Toshiba Research Europe Ltd.

See full project descriptions at this link.

Applicants should have a strong academic track record (to Masters level) in Physics, Electrical Engineering, Chemistry Computer Science or Maths.

Important: In your application personal statement, please indicate for which project or projects you wish to be considered.

To apply, please follow the instructions on  this page.

Applicants from outside the UK are strongly encouraged to have a look at our page for international applicants.

 


 

What will the Doctoral Programme be looking for in applicants?

An outstanding academic record in a relevant technical discipline (for example Physics, Computer Science, Engineering, Mathematics, Materials, Chemistry) coupled with a broad outlook and a strong interest in quantum technologies. We will generally be looking for applicants who will have achieved the equivalent of a good UK Masters (e.g. MSci, MPhys, MEng or MSc) degree by the time they join us. The programme will not accept applications from candidates who are only qualified to Batchelors level.

I have a theoretical undergraduate degree and no prior experience of labs. Am I still suitable for this CDT?

This Doctoral Programme is recruiting from a broad background so we know that that not all students may have prior labs experience. Lab activities are designed with this in mind. Lab is an essential part of the first year of our programme, because it’s so important in appreciating how quantum technologies actually function – and if you haven’t been in a lab before, you might be surprised at how much you enjoy it. In any case, you should be assured that lab marks will be combined with exam marks in each module so you can do very well in the MRes year even you feel that lab kit tends to break as soon as you enter a room. At the PhD stage our consortium contains many theorists who are potential supervisors, so we expect there to be a significant fraction of largely or entirely theoretical projects.

I have an experimentally-based undergraduate degree and no prior experience of theoretical physics. Am I still suitable for this CDT?

This Doctoral Programme is recruiting from a broad background so we know that that not all students may have prior physics theory experience. Theoretical activities are designed with this in mind. Theory is an essential part of the first year of our programme, because it’s so important in appreciating what quantum technologies are aiming to do, and if you haven’t done physics theory before, you might be surprised at how much you enjoy it. In any case, you should be assured that theory marks will be combined with other marks in each module so you can do very well in the MRes year even you feel that theoretical physics gives you a big headache. At the PhD stage our consortium contains many experimentalists who are potential supervisors, so we expect there to be a significant fraction of largely or entirely experimental projects.

How do I Apply?

The application process for the doctoral programme is independent to the PhD application procedure offered by individual UCL departments. Applications made directly to UCL departments will not automatically be considered for the Doctoral Programme.

For detailed information on how to apply to our programme, please follow this link:

http://www.uclq.org/cdt-application-form/

What is the process and what are the deadlines for 2017?

The main round of applications for 2017 entry is now closed. However, we have received additional funding, and applications are now open for Industrial Track studentships – see above.

The doctoral programme will offer up to 15 studentships for candidates eligible to pay UK or EU tuition fees. The programme can provide a only very limited number of studentships to international students. We strongly recommend that all international (non-EU) applicants also apply for scholarships external to UCL, such as scholarships from their home country. The deadline for all applications for 2017 entry for EU and Home students will be Wednesday 10th May 2017.

Applications will be considered on a rolling basis and interviews will take place shortly after this deadline.

I really like the sound of this programme but I have an offer from another institution that is pressing me for a response. What should I do?

If you have a firm offer from another institution for comparable postgraduate study at the time of application, or receive one after you have applied to us, please email us at quantum-cdt-enquiries@ucl.ac.uk us with details of the offer and the deadline you have been given when you apply. In some cases we may be able to give your application accelerated consideration so as to give you a decision before you have to respond to the other offer. We will aim to let you know within two weeks whether we will be able to do this.

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