Job Summary Table of Post Doctoral Research Associate/Fellow

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Job Description Summary

The University of Nottingham is seeking a highly motivated Post Doctoral Research Associate/Fellow to join their School of Chemistry. This role focuses on advancing battery technology through innovative research into components and performance optimization.

Responsibilities

• Independently plan and execute a research program studying Na-ion batteries and other next-generation energy storage systems
• Apply a range of in situ characterization methods to reveal evolving battery chemistry and interfacial electrochemical mechanisms
• Collaborate with team members to design new electrolytes and additives based on research findings
• Maintain accurate records of research activities and stay up-to-date with relevant literature
• Mentor graduate and project students while ensuring safe laboratory operations
• Disseminate research findings through publications and conference presentations
• Contribute to the preparation of research grant proposals

Benefits and Perks

• Info not available

Company Overview

The University of Nottingham is a world-renowned institution known for its excellence in research and teaching. As a member of the prestigious Russell Group, it is committed to producing cutting-edge research that addresses global challenges.

Company Culture

The University of Nottingham fosters a collaborative and inclusive work environment. It values diversity and encourages innovative thinking. The School of Chemistry, in particular, is known for its interdisciplinary approach to research and strong industry connections.

Career Growth Opportunities

This position offers excellent opportunities for career advancement in the field of energy storage and materials science. The successful candidate will have the chance to:

• Develop expertise in cutting-edge battery technologies
• Build a strong publication record in high-impact journals
• Establish collaborations with leading researchers and industry partners
• Gain experience in project management and student mentoring
• Attend and present at international conferences

Diversity, Equity, Inclusion, and Belonging

The University of Nottingham is committed to creating a diverse and inclusive community. It welcomes applications from all communities, particularly those with protected characteristics under the Equality Act 2010.

Equal Opportunity Statement

The University of Nottingham is an equal opportunity employer. It does not discriminate on the basis of race, color, religion, sex, sexual orientation, gender identity, national origin, disability, or age.

Remote Work Policy

This position requires on-site work at the Jubilee Campus in Nottingham, UK. However, the university supports flexible working arrangements where possible.

Application Process

1. Review the job description and requirements carefully
2. Prepare your CV and cover letter
3. Submit your application through the university’s online portal
4. If shortlisted, participate in interviews and any required assessments

Application Deadline

Info not available

How to Apply

To apply for this position, please visit the University of Nottingham job portal and follow the application instructions provided.

Social Media Links

• University of Nottingham LinkedIn
• University of Nottingham Twitter
• University of Nottingham Facebook

FAQs or Additional Information

Q: What are the key research areas for this position?

A: The main focus areas include Na-ion batteries, next-generation energy storage systems, electrolyte development, and advanced characterization techniques for battery components.

Q: Is prior experience in battery research required?

A: While not explicitly stated as mandatory, experience in energy devices, particularly lithium-sulfur cells, would be highly advantageous.

Q: What career stage is this position suitable for?

A: This position is ideal for researchers who have completed or are close to completing their PhD, with a publication record demonstrating strong laboratory skills.

Q: Are there opportunities for teaching alongside research?

A: Yes, there may be opportunities to contribute to teaching physical chemistry in the School, although this is not a primary responsibility of the role.

Q: What are the expectations regarding research output?

A: The successful candidate is expected to publish research findings in high-quality journals and present results at national and international conferences.

This exciting postdoctoral opportunity at the University of Nottingham offers a chance to be at the forefront of battery research. As a Post Doctoral Research Associate/Fellow in the School of Chemistry, you’ll dive deep into the world of advanced energy storage systems, focusing on Na-ion batteries and other next-generation technologies.

Your primary mission will be to unravel the mysteries of battery components – from electrolytes to additives and electrodes – and understand how they influence performance and decomposition at cutting-edge battery anodes. You’ll employ a wide array of in situ characterization methods to peer into the evolving chemistry and interfacial mechanisms that govern battery behavior.

But this role isn’t just about solo exploration. You’ll be part of a dynamic team, collaborating with fellow researchers to translate your findings into practical innovations. Together, you’ll design new electrolytes and additives that push the boundaries of what’s possible in energy storage.

As you embark on this research journey, you’ll need to bring your A-game in project management. Independent planning and execution of your research program will be crucial, as will your ability to meet deadlines and maintain meticulous records. Staying on top of the latest literature in your field will be essential to keep your work cutting-edge and relevant.

Beyond the lab bench, you’ll have the opportunity to shape the next generation of scientists. By mentoring graduate and project students, you’ll pass on your knowledge and inspire future innovators. You’ll also play a key role in maintaining a safe and productive research environment.

Your work won’t stay confined to the lab. As part of this role, you’ll have the exciting task of sharing your discoveries with the wider scientific community. This means writing research papers for top-tier journals and presenting your findings at national and international conferences. It’s your chance to make a real impact in the field of energy storage.

The ideal candidate for this position will bring a mix of skills and experience to the table. A PhD in chemistry or a related field is essential, with expertise in areas such as electrochemistry, synthetic chemistry, battery science, spectroscopy, or surface science being particularly valuable. If you have hands-on experience with lithium-sulfur cells or a track record in researching electrolytes and interfaces within next-generation batteries, you’ll have a distinct advantage.

At the University of Nottingham, you’ll be joining a world-class institution known for its commitment to groundbreaking research. The School of Chemistry provides a stimulating environment where innovation thrives and interdisciplinary collaboration is the norm. You’ll have access to state-of-the-art facilities and the support of a talented team of researchers.

This position offers more than just a job – it’s a stepping stone to a brilliant career in energy research. You’ll have the opportunity to build a strong publication record, establish valuable industry connections, and position yourself as a leader in the field of advanced battery technologies.

The University of Nottingham values diversity and inclusivity, welcoming applications from all backgrounds. They’re committed to creating an environment where everyone can thrive and contribute their unique perspectives to solving global energy challenges.

If you’re passionate about pushing the boundaries of energy storage technology and ready to make your mark in the world of battery research, this Post Doctoral Research Associate/Fellow position could be your perfect next step. Apply now and be part of shaping the future of sustainable energy solutions!

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