Academia - PhD
A PhD in the field of batteries is ideal for those who want to deepen their subject area knowledge. This equips researchers with state-of-the-art knowledge in the field, expertise in cutting-edge techniques and critical thinking skills, culminating in the execution of a project and dissertation that extends the current understanding of the field.
A 3-4 year PhD paves the way for careers in academic research and leading roles in the battery industry and beyond.
In doing a PhD, you develop a range of technical and personal skills that position researchers for future leading roles. Below are some key skills that are developed along the way, with prior experiences in these helping during the PhD.
Skills you will acquire in the PhD
Academic and technical skills
- Deep insights into the relevant subject area
- Advanced research skills:
- Ability to find research gaps, create critical research questions and form hypotheses.
- Ability to design and execute a programme of work that answers a research question.
- Applicable experimental techniques and computational modelling/simulation tools.
- Data analysis and interpretation skills.
Analytical and problem-solving skills
- Ability to analyse complex problems and develop novel solutions.
- Critical thinking skills to evaluate research findings and theories.
Personal effectiveness
- Communication skills:
- Strong writing skills for publishing research papers.
- Effective verbal communication for presenting at conferences and collaborating with peers across different disciplines.
- Project management:
- Skills in managing a long-term research project, including time management and organisational abilities.
- Teamwork and collaboration:
- Ability to work effectively in a team, often with multidisciplinary groups.
- Experience in collaborative research, possibly in an inter-institutional context.
- Resilience
- Professional development
- Ability to work and think independently
What helps getting a PhD position?
Educational background
- A Master’s degree in a related field.
- Undergraduate and graduate project work in areas directly relevant to batteries. Having outputs such as publications, reports, posters, datasets, codes etc. will strengthen the application by giving selection committees evidence to support statements.
Research experience
- Prior research experience, preferably related to batteries.
- Experience with disseminating research outputs such as papers, posters, talks etc.
- If you have works in submission or other relevant outputs, consider use of publicly available repositories or private links so that a reviewer can access this. For example, if you presented a scientific poster, consider using resources such as ResearchGate.
Internships and industry experience
- Internships or work experience in industries related to batteries, highlighting the key skills and experiences demonstrated, with evidence where possible. Consider not only mentioning where you worked, but the sorts of activities you were doing, and skills used.
Continuous learning
- Keeping up to date with the latest developments in batteries through journals, seminars, and conferences. Utilising this knowledge in cover letters helps to demonstrate passion and interest in the subject.
Networking
- Building professional relationships with experts in the field, which can lead to learning of openings for PhD research positions and ultimately can be beneficial for collaborative research and career opportunities post-PhD.