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For Companies At a Glance
- Tasks: Conduct groundbreaking research on single atom catalysts using advanced synchrotron techniques.
- Company: University of Nottingham, renowned for its innovative chemistry research.
- Benefits: Fully funded PhD, enhanced stipend, and extensive training in cutting-edge techniques.
- Why this job: Join a pioneering project that impacts global catalysis and food production.
- Qualifications: Background in chemistry, physics, or related fields; curiosity about scientific processes.
- Other info: Collaborate with international research groups and gain valuable transferable skills.
The predicted salary is between 18000 - 22000 £ per year.
Fully funded PhD studentship: Fundamental studies into single atom catalysts
Join to apply for the Fully funded PhD studentship: Fundamental studies into single atom catalysts role at University of Nottingham.
Key Details
- Area: Chemistry
- Location: UK Other
- Closing Date: Wednesday 31 December 2025
- Reference: SCI3045
- Starting date: July 2026 (earlier start dates also possible)
- Contact: Dr David Duncan (david.duncan@nottingham.ac.uk)
About The Project
We are recruiting applicants for a fully funded PhD studentship in the School of Chemistry at the University of Nottingham to work under the supervision of Dr David Duncan. The project will be strongly based at Diamond Light Source (Oxfordshire), the UK’s national synchrotron facility, where the student will be based for at least two years of the project. At Diamond, the student will be able to utilise cutting edge equipment to study single atom catalysts anchored on defective graphene substrates. Catalysis is a key industrial process that underpins not only the supply of consumer goods, but also the scale of food production required to feed the billions of people on this planet. However, catalysis is challenging to study on atomic scale, requiring the development and study of ever more realistic model systems. Single atom catalysts, where the catalytic site contains only a single metal atom supported on a heterogenous substrate, offers a tantalising prospect as a model system: it is an inherently defective system (like almost all real catalysts) that can be anchored to supports amenable to fundamental atomistic studies. This research will build upon an ongoing collaboration between the Universities of Warwick, Nottingham and QMUL and Diamond Light Source, to develop model defective graphene supports, onto which single metal atoms can be anchored.
The successful candidate will take these model defective graphene supports and deposit single metal atoms onto them to study their catalytic properties. These catalytic properties would then be correlated, using the synchrotron light, to structural, chemical and electronic changes in the single metal atom at different steps in the catalytic reaction. Using the synchrotron light we can measure minute differences in these properties, notably differences in structure with the precision of a few picometers, to yield a fundamental insight into how our catalytic system is changing through our reaction.
The candidate will gain direct experience with the use of synchrotron light, X‑ray photoelectron spectroscopy techniques, structural determination techniques (like X‑ray standing waves) and X‑ray absorption techniques. The student will also gain experience in using ultra‑high vacuum apparatus, data processing and scientific programming, as well as training in more general skills such as scientific communication, project management, collaborative working, mentoring and leadership. All these skills are widely transferrable and highly sought after in a range of industrial, as well as academic career pathways. Due to the increased cost of living in Oxfordshire, the stipend for this studentship will be enhanced by £2000 per year above the UKRI minimum stipend.
About You
We are looking for someone with a background in chemistry, physics or a related subject who likes to know the ‘how’ and ‘why’ of the world around them. Any practical experience with high or ultra‑high vacuum systems, X‑ray photoelectron spectroscopy, or scientific programming would be a bonus, but is not essential. Within this role you will have the opportunity to interact with, and maybe even work with, a wide variety of different research groups that come into Diamond Light Source from around the world.
The studentship must start by July 2026, however there is an option of starting earlier, should the successful candidate prefer.
If this sounds appealing to you, then please email david.duncan@nottingham.ac.uk and introduce yourself. From there, we’d be happy to discuss the finer details, potential fit, or answer whatever other queries you might have.
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Fully funded PhD studentship: Fundamental studies into single atom catalysts employer: University Of Nottingham
Contact Detail:
University Of Nottingham Recruiting Team
StudySmarter Expert Advice 🤫
We think this is how you could land Fully funded PhD studentship: Fundamental studies into single atom catalysts
✨Tip Number 1
Network like a pro! Reach out to current or former PhD students in the field, especially those who have worked with Dr David Duncan. They can provide insider info and might even put in a good word for you.
✨Tip Number 2
Prepare for an informal chat! If you get the chance to speak with Dr Duncan, be ready to discuss your passion for chemistry and how your background aligns with the project. Show enthusiasm and curiosity about single atom catalysts!
✨Tip Number 3
Don’t underestimate the power of follow-ups! After reaching out, send a quick thank-you email if you have a conversation. It keeps you on their radar and shows your genuine interest in the role.
✨Tip Number 4
Apply through our website! It’s the best way to ensure your application gets seen. Plus, it shows you’re serious about joining the University of Nottingham and contributing to cutting-edge research.
We think you need these skills to ace Fully funded PhD studentship: Fundamental studies into single atom catalysts
Some tips for your application 🫡
Show Your Passion for Chemistry: When writing your application, let your enthusiasm for chemistry shine through! We want to see how your background and interests align with the exciting research on single atom catalysts. Make it personal and engaging!
Highlight Relevant Experience: If you've got any practical experience with high or ultra-high vacuum systems or X-ray photoelectron spectroscopy, make sure to mention it! Even if it's not essential, we love seeing how your skills could contribute to our project.
Tailor Your Application: Don’t just send a generic application! Take the time to tailor your CV and cover letter to this specific studentship. We appreciate when applicants show they’ve done their homework about the project and the team.
Apply Through Our Website: We encourage you to apply through our website for a smoother process. It’s the best way to ensure your application gets into the right hands. Plus, it shows us you’re serious about joining our team!
How to prepare for a job interview at University Of Nottingham
✨Know Your Stuff
Make sure you brush up on your knowledge of single atom catalysts and their applications in catalysis. Familiarise yourself with the latest research and techniques, especially those related to X-ray photoelectron spectroscopy and ultra-high vacuum systems. This will show your genuine interest and understanding of the field.
✨Showcase Your Skills
Prepare to discuss any relevant experience you have, whether it's from your studies or previous projects. If you've worked with synchrotron light or data processing, be ready to share specific examples. Highlighting your practical skills can set you apart from other candidates.
✨Ask Thoughtful Questions
Interviews are a two-way street! Prepare some insightful questions about the project, the team, or the facilities at Diamond Light Source. This not only shows your enthusiasm but also helps you gauge if this is the right fit for you.
✨Be Yourself
While it's important to be professional, don't forget to let your personality shine through. The interviewers want to see if you'll fit into their team dynamic. Be honest about your interests and motivations, and don’t hesitate to express your passion for chemistry and research.