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- Tasks: Conduct research on light-driven carbon dioxide valorisation using innovative magnesium nanoparticles.
- Company: Join the prestigious University of Cambridge, a leader in research and innovation.
- Benefits: Enjoy a stipend of £20,780 per annum and access to extensive facilities.
- Why this job: Make a real impact on climate change while gaining valuable research experience.
- Qualifications: Upper 2nd or 1st class honours degree in Physics, Chemistry, Materials Science, or Chemical Engineering required.
- Other info: Applications are rolling; early submission is encouraged for this exciting opportunity.
The predicted salary is between 17700 - 17700 £ per year.
Duration: 3.5 years (Admission in October 2025, January 2026, or April 2026)
Supervisor: Professor Emilie Ringe
Closing date: 1 August 2025
Stipend: EPSRC equivalent, £20,780 per annum
The overall aims of this Leverhulme Trust-funded project are to valorise carbon dioxide and set the path towards viable technologies for defossilisation of the energy sector and chemical industry. To do so, the Optical Nanomaterials Group at the University of Cambridge has developed sunlight absorbers based on nanoparticles of earth-abundant magnesium, and has demonstrated that they can be coupled with catalytically active metals to drive chemical reactions with light.
The specific goals of this PhD project are to:
- Understand how plasmonic Mg nanoparticles and their surface oxide layer attract and activate carbon dioxide under solar light irradiation.
- Develop Mg-based catalytic platform for light-assisted valorisation of greenhouse gases.
The PhD student will focus on colloidal synthesis of Mg-based catalytically active plasmonic nanoparticles, their characterisation, and investigation of photocatalytic properties in a range of industrially relevant gas phase reactions.
In their first year, the PhD student will be trained by a team consisting of a project-specific PDRA as well as Prof. Ringe and Dr Lomonosov (senior research associate in the group), towards gaining technical independence in their second year. They will then design catalytic and characterisation experiments that test the ability of catalytically active plasmonic nanoparticles towards low temperature, sunlight-assisted carbon dioxide valorisation reactions. Potential collaborations with other groups and industry will be encouraged as they allow for a broader training and enhance the impact of the research findings.
The student will have access to a wide array of facilities and will be supported by MSM and Cambridge University's PhD framework, including the allocation of a pastoral tutor in college, a non-supervisory advisor in MSM, and a set of practical short courses delivered in the first year.
Applicants should have (or expect to be awarded) an upper 2nd or 1st class honours degree at the level of MSci, MEng (or overseas equivalents) in a relevant subject (Physics, Chemistry, Materials Science, Chemical Engineering), experimental track record and willingness to learn.
Home rate fees are fully funded. Applicants from overseas will need to make up the difference in funding between home and overseas rate fees.
Applications should be submitted via the University of Cambridge Applicant Portal with Professor Emilie Ringe identified as the potential supervisor. Applications will be considered on a rolling basis and a suitable candidate may be appointed before the closing date for this opportunity. Early application is therefore recommended.
We reserve the right to fill the position with a qualified candidate prior to the conclusion of the advertising period. Documents in support of applications should include a CV and research statement.
Enquiries regarding the application process may be directed to Dr Rosie Ward (remw2@cam.ac.uk). Please quote reference LJ45446 on your application and in any correspondence about this vacancy.
The University actively supports equality, diversity and inclusion and encourages applications from all sections of society.
PhD Studentship: Light-driven carbon dioxide valorisation employer: University of Cambridge
Contact Detail:
University of Cambridge Recruiting Team
StudySmarter Expert Advice 🤫
We think this is how you could land PhD Studentship: Light-driven carbon dioxide valorisation
✨Tip Number 1
Familiarise yourself with the latest research in light-driven carbon dioxide valorisation. Understanding the current advancements and challenges in this field will not only help you during interviews but also demonstrate your genuine interest in the project.
✨Tip Number 2
Connect with current or former PhD students from the Optical Nanomaterials Group at Cambridge. They can provide valuable insights into the research environment, expectations, and tips on how to stand out as a candidate.
✨Tip Number 3
Engage with Professor Emilie Ringe's work by reading her publications and citing them in your discussions. This shows that you are proactive and have a clear understanding of her research focus, which can make a positive impression.
✨Tip Number 4
Prepare to discuss your experimental track record in detail. Be ready to share specific examples of your previous research experiences, particularly those related to materials science or catalysis, as this will highlight your suitability for the role.
We think you need these skills to ace PhD Studentship: Light-driven carbon dioxide valorisation
Some tips for your application 🫡
Understand the Project: Familiarise yourself with the specific goals of the PhD project. Highlight your understanding of light-driven carbon dioxide valorisation and how your background aligns with the research aims in your application.
Tailor Your CV: Ensure your CV reflects relevant academic achievements, particularly in Physics, Chemistry, Materials Science, or Chemical Engineering. Include any experimental experience that showcases your ability to conduct research in this field.
Craft a Strong Research Statement: Write a compelling research statement that outlines your previous research experiences, your interest in the project, and how you plan to contribute to the Optical Nanomaterials Group's objectives. Be specific about your skills and methodologies.
Follow Application Instructions: Make sure to submit your application via the University of Cambridge Applicant Portal and include Professor Emilie Ringe as your potential supervisor. Don’t forget to quote reference LJ45446 in your application and any correspondence.
How to prepare for a job interview at University of Cambridge
✨Know Your Research
Familiarise yourself with the latest research in light-driven carbon dioxide valorisation. Be prepared to discuss relevant studies, including those by Professor Emilie Ringe and her team, as this shows your genuine interest and understanding of the field.
✨Demonstrate Technical Skills
Highlight any experimental experience you have, especially in synthesising nanoparticles or conducting photocatalytic experiments. Be ready to discuss specific techniques you've used and how they relate to the project goals.
✨Ask Insightful Questions
Prepare thoughtful questions about the project, the Optical Nanomaterials Group, and potential collaborations. This not only shows your enthusiasm but also your critical thinking skills and desire to engage with the research community.
✨Show Willingness to Learn
Express your eagerness to gain technical independence and learn from the team. Discuss how you plan to develop your skills during the PhD and contribute to the group's objectives, which will demonstrate your commitment to the role.
