Apply for this 4-year funded PhD studentship to develop new air quality monitoring technologies for aerosols using experiments and simulations.
Fine particulate matter is associated with health risks, and recent research has also demonstrated its negative effects in other areas, such as the degradation of cultural heritage. However, the existing technologies to monitor aerosols are expensive and therefore not used widely to assess risks and in routine monitoring.
We are looking for a PhD candidate who wants to investigate aerosol deposition, developing innovative solutions that can change the way these pollutants are monitored indoors. This project can be approached in several ways, depending on the interests of candidates:
- Developing passive monitoring devices, which will be designed, prototyped, and tested in-situ and in the lab.
- Testing the benefits and drawbacks of monitoring technologies for their use in real historic environments, comparing low-cost and cutting edge equipment.
- Simulating the indoor environment using computational fluid dynamics, to investigate the suitability of sampling plans and mitigation strategies.
- Using and evaluating citizen-science methods to involve the public in monitoring. Understand the error and repeatability issues that emerge from this method and how they are balanced with the engagement benefits.
- Modelling the consequences of deposition, by conducting experiments on the interaction between deposited particles and different types of substrates. The degradation pathways of many pollutants indoors, such as microplastics, are still unknown.
The overall aim of this PhD is to design, test and evaluate in real environments improved methods of aerosol deposition monitoring. The focus and methodology of the project will adapt to the interest of PhD candidates: it can be lab-based or focus on in-situ monitoring, rely on simulations or experiments, use advanced monitoring devices or citizen science. Independently of the methodology, the PhD candidate will make a scientific contribution with real-world impact, which will improving monitoring and analysis protocols
Applicants should meet the UCL Institute of Sustainable Heritage PhD programme requirements
A minimum of an upper second-class UK Bachelor's degree and a Master's degree, or an overseas qualification of an equivalent standard, in a relevant subject, is essential. Exceptionally: where applicants have other suitable research or professional experience, they may be admitted without a Master's degree; or where applicants have a lower second-class UK Honours Bachelor's degree (2:2) (or equivalent) they must possess a relevant Master's degree to be admitted.
All applicants must also meet the minimum language requirements of UCL.
Stage 1 - Eligibility and How to Apply
Please submit a pre-application by email to [Email Address Removed] with Subject Reference: From diesel particulate matter to microplastics:
Your pre- application should include the following:
- A covering letter clearly stating why you wish to apply for the project outlining how your interests and experience relate to it,
Complete our Fees and EDI questionnaire via the linked Microsoft Forms.
Stage 2 - Interview Process
Only shortlisted applicants will be invited for an interview.
- For the interview shortlisted candidates will be asked to send proof of their degree certificate(s) and transcript(s) of degree(s), and evidence of their fees background.
- The interview panel will consist of the project’s academic supervisors at UCL.
- The interview will include a short presentation from the candidate on their ideas of how to approach this PhD project.
- Following the interview, the successful candidate will be invited to make a formal application to the UCL Institute of Sustainable Heritage
Deadline for Applications
Sunday 2 October 2022 23:59PM (UK time)
The successful candidate will be undertaking this project in UCL at the main (Bloomsbury) campus and lab work may be conducted at UCL Here East (Stratford), For more information, please visit the UCL ISH website.
For further details about the admission process, please contact: [Email Address Removed]
For any further details regarding the project, contact Dr Samuel Stamp on [Email Address Removed].