At a Glance
- Tasks: Develop self-learning battery management systems for next-gen lithium-sulfur batteries.
- Company: Join the Faraday Institution, a leader in advanced energy technologies.
- Benefits: Fully funded PhD with a stipend of £20,780 and additional funding for travel and conferences.
- Other info: Supportive training programme with over 280 hours of structured development.
- Why this job: Make a real impact on sustainable energy solutions and cutting-edge battery technology.
- Qualifications: First or second class UK honours degree in a related discipline required.
The predicted salary is between 60000 - 80000 £ per year.
This fully funded PhD by the Faraday Institution facilitates the use of next-generation Lithium‑Sulfur (Li‑S) batteries for transport systems. You will combine hands‑on experiments with physics‑based data‑driven modelling to understand how Li‑S batteries perform in real applications and develop suitable battery management systems (BMS) for that technology, capable of coping with the unfamiliar, reducing time, self‑calibration, and optimising performance throughout the battery’s life.
The project contributes to the development of next‑generation battery systems, aligned with the UK’s ambitions for advanced energy technologies. Lithium‑sulfur (Li‑S) batteries are a promising alternative to today’s lithium‑ion batteries because they offer much higher theoretical energy density and use low‑cost, sustainable materials. However, Li‑S batteries are difficult to manage in real applications. Their electrochemical behaviour is highly complex, and they suffer from fast capacity loss, unstable reactions, and challenges in estimating key internal states such as state‑of‑charge (SoC) and state‑of‑health (SoH). Existing battery management systems (BMS), designed mainly for lithium‑ion chemistries, cannot accurately track or predict these behaviours, which limits the safe and efficient use of Li‑S batteries.
This studentship will consider how a BMS for Li‑S could learn ‘on the go’. This opens up a pathway to quickly deploy new build standards of Li‑S, and to transfer into new applications with different duty cycles and conditions. This would smooth the pathway for the latest technologies, and maximise the potential for early deployment in applications. This project aims to develop a physics‑based, self‑learning BMS tailored specifically for Li‑S batteries. The research will combine physics‑driven models with machine‑learning algorithms that can update themselves as the battery operates. By integrating real‑time sensor data, the BMS will continuously refine its internal model, improving the accuracy and allowing the system to adapt to ageing, changing conditions, and different usage patterns. The final outcome will be an intelligent BMS capable of coping with the unfamiliar, reducing time, self‑calibration, and optimising performance throughout the battery’s life.
At a glance:
- Application deadline: 22 Jul 2026
- Start date: 28 Sep 2026
- Duration: 4 years (full‑time)
- Eligibility: UK
- Reference: CRAN-0089
Supervisor:
- 1st Supervisor: Dr Abbas Fotouhi
- 2nd Supervisor: Prof Daniel Auger
Entry requirements:
- First or second class UK honours degree or equivalent in a related discipline.
Funding:
- Sponsored by the Faraday Institution, the PhD researcher receives a UKRI stipend for 4 years.
- Stipend: £20,780 Tax free
- Towards Fees: £5,006
- Travel, consumables and conferences: £3,230
- Total/year: £29,016
- There is a supportive Faraday training programme valued at £5,000 per year, providing over 280 hours of structured development.
This PhD is open to home students only (UK nationals or those with settled status).
How to apply:
For further information please contact: Name: Dr Abbas Fotouhi Email: a.fotouhi@cranfield.ac.uk Applicants must complete both of the following steps:
- Submit a short Faraday Institution expression of interest form.
- Apply through the university application process by completing the online application form.
PhD Studentship: Self-learning battery management systems for lithium–sulfur batteries in Cranfield employer: Cranfield University
The Faraday Institution offers an exceptional opportunity for PhD candidates to engage in cutting-edge research on self-learning battery management systems for lithium-sulfur batteries. With a fully funded stipend, comprehensive training programme, and a collaborative work culture, employees are supported in their professional growth while contributing to the advancement of sustainable energy technologies. Located in the UK, this role not only provides a chance to work on innovative projects but also aligns with national ambitions for energy efficiency and sustainability.
StudySmarter Expert Advice🤫
We think this is how you could land PhD Studentship: Self-learning battery management systems for lithium–sulfur batteries in Cranfield
✨Get Involved in Energy Communities
Dive into local energy-related communities or forums. Joining groups like the Energy Institute or attending their events can put you on the radar for traineeships, plus you’ll meet industry pros who can offer insights and possibly connect you to opportunities.
✨Explore University Careers Fairs
Keep an eye on your university’s careers fairs, especially those focused on the energy and utilities sector. Companies often scout for trainees at these events, so be ready to chat and learn about various roles at businesses like Cranfield University.
✨Engage in Sustainable Projects
Show your passion for the energy sector by getting involved in sustainable projects or initiatives within your community. Whether it’s volunteering for renewable energy campaigns or participating in local energy audits, these experiences will enhance your CV and make you stand out.
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We think you need these skills to ace PhD Studentship: Self-learning battery management systems for lithium–sulfur batteries in Cranfield
Some tips for your application 🫡
Highlight Your Passion for Sustainability:When writing your application for a trainee position in the energy-utilities sector, we want to see your genuine interest in renewable energy and sustainability. Talk about any relevant projects, courses, or initiatives you're involved in that showcase your dedication to making a positive impact in this crucial industry.
Showcase Relevant Skills and Knowledge:Make sure to emphasise skills that are particularly useful in energy-utilities, such as analytical skills, familiarity with energy policies, or any technical knowledge you've gained from your studies. If you've worked with data analysis tools or have a background in environmental sciences, be sure to include that in your CV and cover letter.
Express Your Learning Mindset:As a trainee, we’re not just looking for experience; we want to see your eagerness to learn and grow. In your cover letter, highlight your motivation to develop your skills and gain hands-on experience in the energy-utilities field. Share what you hope to learn at Cranfield University and how this traineeship fits into your career goals.
Tailor Your CV for Each Application:Each company may prioritise different skills or experiences, so don’t forget to tailor your CV to match the specific requirements of the traineeship at Cranfield University. Use keywords from the job description and ensure that your academic projects, internships, or volunteer experience related to energy or utilities stand out.
How to prepare for a job interview at Cranfield University
✨Know Your Energy Basics
Before our interview with Cranfield University, brush up on the fundamentals of energy production and sustainability. Understand the types of energy sources, efficiency metrics, and key challenges in the sector. It shows your enthusiasm and helps us connect the dots during our chat!
✨Emphasise Your Willingness to Learn
As a trainee, it’s essential to highlight your eagerness to learn and grow in the energy-utilities field. Be ready to share examples of how you’ve picked up new skills or adapted in challenging situations, whether in academic settings or during internships.
✨Brush Up on Technical Skills
Familiarise yourself with some of the software tools commonly used in energy management, like energy modelling software or simulation tools. Having a basic understanding here can help us engage in some solid conversations about technology use in the industry.
✨Prepare to Discuss Sustainability Trends
Sustainability is a hot topic in the energy-utilities sector. Read up on current trends and innovations in renewable energy, smart grids, or regulatory changes. It’ll demonstrate that you're not just looking for any job but are genuinely interested in making a difference at Cranfield University.
