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- Tasks: Lead innovative research in solar chemical technologies and teach future scientists.
- Company: University of Cambridge, a prestigious institution with a focus on sustainability.
- Benefits: Permanent position with opportunities for career advancement and collaboration.
- Why this job: Make a real impact in renewable energy and contribute to groundbreaking research.
- Qualifications: PhD in a relevant field and strong post-doctoral research experience required.
- Other info: Join a dynamic team dedicated to advancing solar energy solutions.
The predicted salary is between 36000 - 60000 £ per year.
Applications are invited for an Assistant Professor to work in the area of solar chemical technologies, broadly defined, to be taken up in October 2026 (or earlier, by agreement). The successful applicant will have an excellent record of research in areas such as solar energy conversion, chemical catalysis, carbon capture and conversion, biomass and plastic waste valorisation, reactor engineering, or other relevant topics.
The successful applicant will be expected to develop a dynamic, high quality and externally-funded research programme at an international level. Collaborative research within the planned Circular Chemistry Centre in the Yusuf Hamied Department of Chemistry is expected to be a significant part of the applicant’s programme, and collaboration with other parts of the university is strongly encouraged.
This post, subject to satisfactory completion of a probationary period (up to 3 years), leads to a tenured position as Associate Professor. The University has a merit-based promotions procedure leading to Professor Grade 11 (equivalent to Reader) and then to Professor Grade 12 (Full Professor) via the University’s Academic Career Pathway scheme.
The Department has significant strengths in several areas of renewable energy and sustainability research, including artificial photosynthesis, waste valorisation, catalysis, batteries, carbon capture, photovoltaics and environmental chemistry. We are seeking to make an appointment which will bring complementary expertise or introduce new areas relevant to the development of solar chemical technologies.
Applicants must have a PhD degree in a relevant subject, significant post-doctoral experience, and strong evidence of research excellence. Assistant Professors are expected to develop and lead their own research programmes, so must be able to demonstrate a significant degree of independence. Candidates must demonstrate a firm commitment to teaching at both undergraduate and postgraduate levels within the Department and will be expected to contribute to and develop courses in chemistry, covering both specialised and core material.
Assistant Professor in Solar Chemical Technologies employer: UK Energy Research Centre
Contact Detail:
UK Energy Research Centre Recruiting Team
StudySmarter Expert Advice 🤫
We think this is how you could land Assistant Professor in Solar Chemical Technologies
✨Tip Number 1
Network like a pro! Attend conferences, workshops, and seminars related to solar chemical technologies. This is your chance to meet potential collaborators and get your name out there in the academic community.
✨Tip Number 2
Show off your research! Prepare a killer presentation or poster that highlights your work in solar energy conversion or chemical catalysis. This can really help you stand out during interviews or networking events.
✨Tip Number 3
Collaborate with others! Reach out to researchers in related fields at the University of Cambridge. Building connections can lead to exciting joint projects and strengthen your application for the Assistant Professor role.
✨Tip Number 4
Apply through our website! We want to see your passion for teaching and research. Make sure to highlight your commitment to developing courses and leading innovative research programmes in your application.
We think you need these skills to ace Assistant Professor in Solar Chemical Technologies
Some tips for your application 🫡
Show Off Your Research Skills: Make sure to highlight your research experience in solar energy conversion, chemical catalysis, or any relevant area. We want to see how your expertise aligns with our goals at the Yusuf Hamied Department of Chemistry.
Tailor Your Application: Don’t just send a generic application! Customise your CV and cover letter to reflect the specific requirements of the Assistant Professor role. We love seeing candidates who take the time to connect their skills with what we’re looking for.
Demonstrate Your Teaching Commitment: Since teaching is a big part of this role, share your teaching philosophy and any relevant experience. We’re keen to know how you plan to engage students at both undergraduate and postgraduate levels.
Apply Through Our Website: For a smooth application process, make sure to apply through our official website. It’s the best way to ensure your application gets the attention it deserves!
How to prepare for a job interview at UK Energy Research Centre
✨Know Your Research Inside Out
Make sure you can discuss your research in solar chemical technologies with confidence. Be prepared to explain your methodologies, findings, and how they contribute to the field. This shows your depth of knowledge and passion for the subject.
✨Showcase Collaborative Spirit
Since collaboration is key in this role, think of examples where you've worked with others on research projects. Highlight how you can contribute to the Circular Chemistry Centre and other departments at the university. This will demonstrate your ability to work well in a team.
✨Prepare for Teaching Questions
Expect questions about your teaching philosophy and experience. Be ready to discuss how you would engage students at both undergraduate and postgraduate levels. Share specific examples of courses you've developed or taught, and how you make complex topics accessible.
✨Align with University Goals
Research the University of Cambridge's mission and values, especially regarding sustainability and renewable energy. Be prepared to articulate how your expertise aligns with their goals and how you can contribute to their vision for the future of solar chemical technologies.