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Your staff profile is made up of information taken from systems including Pure and Subscribe.  This page explains how to update each section of your profile.

Professor Giles Richardson

Professor

Research interests

  • Modelling renewable energy storage and generation
  • Modelling in biomedicine

More research

Accepting applications from PhD students.

Connect with Giles

Email: g.richardson@soton.ac.uk

Tel: +44 23 8059 3659

Address: B54, West Highfield Campus, University Road, SO17 1BJ (View in Google Maps)

How to update your personal details

Profile photo
Upload your profile photo in Subscribe (opens in a new tab). Your profile photo in Pure is not linked to your public staff profile. Choose a clear, recent headshot where you are easily recognisable. Your image should be at least 340 by 395 pixels. 

Name
To change your name or prefix title contact Ask HR (opens in new tab)  If you want to update an academic title you'll need to provide evidence e.g. a PhD certificate. The way your name is displayed is automatic and cannot be changed. You can also update your post-nominal letters in Subscribe (opens in a new tab).

Job title
Raise a request through ServiceNow (opens in a new tab) to change your job title (40 characters maximum) unless you're on the ERE career pathway. If you're on the ERE path you can not change your main job title, but you can request other minor updates through Ask HR (opens in new tab). If you have more than one post only your main job title will display here, but you can add further posts or roles in other sections of your profile.

Research interests (for researchers only)
Add up to 5 research interests. The first 3 will appear in your staff profile next to your name. The full list will appear on your research page. Keep these brief and focus on the keywords people may use when searching for your work. Use a different line for each one.

In Pure (opens in a new tab), select ‘Edit profile’. Under the heading 'Curriculum and research description', select 'Add profile information'. In the dropdown menu, select 'Research interests: use separate lines'.

Contact details
Add or update your email address, telephone number and postal address in Subscribe (opens in a new tab). Use your University email address for your primary email. 

You can link to your Google Scholar, LinkedIn and Twitter accounts through Pure (opens in a new tab). Select ‘Edit profile’.  In the 'Links' section, use the 'Add link' button. 

ORCID ID
Create or connect your ORCID ID in Pure (opens in a new tab). Select ‘Edit profile’ and then 'Create or Connect your ORCID ID'.

Accepting PhD applicants (for researchers only)
Choose to show whether you’re currently accepting PhD applicants or not in Pure (opens in a new tab). Select ‘Edit profile’. In the 'Portal details' section, select 'Yes' or 'No' to indicate your choice. 

About

Dr Giles Richardson is a Reader in the School of Mathematics.

Giles has a number of PhD projects to offer in the area of renewable energy generation and storage (outline below). Driven by the pressure to develop technologies to reduce carbon emissions this is a fast growing and exciting area in which to work.                                                              

  1. Modelling the operation of perovskite solar cells.
    Perovskite solar cells are a very recent photovoltaic technology that has shown an extraordinary growth in efficiency over the past 10 years, to the extent that they are now comparable with the best silicon cells. Nevertheless, their physics is still not fully understood and there remain issues of cell stability that need to be resolved before they are commercially viable.                                                                                   
  2. Modelling of Li-ion battery operation and manufacture.
    Li-ion batteries are central to the future of the automotive industry. Since they comprise much of the cost (and weight) of an electrical vehicle, and limit its range and lifetime, there is a strong drive to improve their performance and reduce their cost. Accurate mathematical modelling will play a central role in this technological imperative.
  3. Modelling photo-electrochemical water splitting to produce hydrogen as a fuel. Large-scale zero-carbon energy storage is a key unsolved problem of the renewable energy transition. One potential method of accomplishing this is by using a modified solar cell to generate hydrogen by photo-electrochemical water splitting. However, there remain significant issues, related to the degradation of the photo-electrochemical cells and their low efficiency, that need to be resolved before this becomes a commercially viable technology. It is envisaged that mathematical modelling will play a key role in furthering the understanding of, and optimising, the complex physicochemical processes that underpin water splitting. 
How to update your 'about' section

You can update this in Pure (opens in a new tab). Select ‘Edit profile’. Under the heading and then ‘Curriculum and research description’, select ‘Add profile information’. In the dropdown menu, select - ‘About’.

Write about yourself in the third person. Aim for 100 to 150 words covering the main points about who you are and what you currently do. Clear, simple language is best. You can include specialist or technical terms.

You’ll be able to add details about your research, publications, career and academic history to other sections of your staff profile.

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