If you have aspirations of becoming a researcher in electrochemical energy storage systems, this newly advertised PhD in battery materials at the University of Oklahoma should not be ignored. The worldwide trend towards electric cars and sustainable energy generation systems is leading to an ever-increasing need for modern batteries.
Dr. Manoj Jangid from the School of Aerospace & Mechanical Engineering is now seeking 1-2 PhD candidates for Fall 2026.
PhD in Battery Materials Overview
The placement will be hosted by the University of Oklahoma (USA), School of Aerospace and Mechanical Engineering. It will take place in the fall of 2026, and there will be 1 to 2 positions open. The positions will be guided by Dr. Manoj Jangid, and the research group’s interests include advanced energy storage technologies.
Research Areas
The PhD research will be focused on some important aspects of current battery science and technology, including but not limited to:
- Electrochemical energy storage materials, such as electrodes and electrolytes
- Battery production technologies, especially scalable ones
- Lithium-ion battery recycling technologies, which would address many important sustainability issues
- Solid-state batteries and their enhanced properties
- Beyond lithium-ion storage solutions
These topics have a lot to offer for scientific and practical interests, especially those related to electric vehicles and grid storage technologies.
PhD in Battery Materials Candidate Requirements
Applicants must satisfy the following requirements:
- Background in Materials Science, Chemical Engineering, or Mechanical Engineering
- Previous research experience in battery materials or electrochemistry (desired but not required)
- Applicants who are already residing in the United States will be considered first
Familiarity with electrochemical analysis methods like CV, GCD, and EIS will be an added benefit.
Why This Opportunity Matters
The current PhD opening addresses itself to three highly relevant fields: performance, fabrication, and sustainability of energy storage technologies. While numerous research facilities only target materials engineering, this opening also includes battery recycling and fabrication, which becomes more and more important in practice.
Among them:
- Recycling is becoming vital due to limitations (lithium, cobalt, etc.)
- Development of solid-state batteries is a crucial direction
- Development of Li-ion alternative technologies becomes increasingly topical
The job description becomes very relevant from that point.
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How to Apply for the PhD in Battery Materials
Candidates interested in applying for these positions are advised to mail their CV to the below mailing ID.
Email: [email protected]
A short introductory e-mail indicating your research interest and relevant skill set will be helpful.
PhD in Battery Materials Application Tips
For boosting your odds:
- Bring out any work on batteries (material synthesis, electrochemistry, or computational methods).
- Stress practical knowledge about methods such as CV, GCD, EIS, or material analysis (SEM, XRD, BET, etc.).
- Mention any publications or presentations you have made on these topics.
- Customize your CV to align yourself with recycling, solid-state batteries, or advanced materials.
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Frequently Asked Questions (FAQ)
1. Is this PhD position fully funded?
There is no specific mention of funding in the announcement. However, most engineering PhD programs in the USA are usually supported by research assistantship (RA) or teaching assistantship (TA), which include stipends, tuition waivers, and medical insurance coverage. It is advisable for applicants to seek clarification regarding funding from the supervisor at the outset.
2. What is the expected start date for this PhD position?
The job will start in Fall 2026, usually from August to September 2026, in the United States of America.
3. What academic background is required to apply?
Prospective candidates must have experience in one or more of the following disciplines:
- Materials Science/Engineering
- Chemical Engineering
- Mechanical Engineering
Alternatively, individuals studying disciplines that are highly related to these fields, such as electrochemistry, nanotechnology, and energy engineering, might also apply.
4. Do I need prior experience in battery or energy storage research?
Previous exposure to batteries or electrochemistry is an advantage, though not necessary. Ideal candidates lacking experience with batteries may still be considered, provided that they show:
- Basic knowledge of materials science
- Relevant experience in other types of experiments or simulations
- Readiness for a move towards energy storage studies
5. What specific technical skills are advantageous for this position?
Applicants with relevant experience in the following aspects will be preferred:
- Electrochemical experiments: cyclic voltammetry (CV), galvanostatic charge-discharge (GCD), electrochemical impedance spectroscopy (EIS)
- Materials characterization: SEM, TEM, XRD, BET surface area measurements, FTIR, Raman spectroscopy
- Synthesis of materials: carbon materials, electrode preparation, and solid electrolyte
- Data analysis/Modeling: MATLAB, Python
6. What research topics will the PhD focus on?
PhD work in advanced energy storage will cover a broad range of topics, such as:
- Lithium-ion batteries’ materials and performance enhancement
- Solid-state batteries for enhanced safety and energy densities
- Battery recycling/reuse for environmental sustainability
- Batteries that surpass lithium-ion batteries (e.g., sodium-ion batteries)
- Manufacturing processes to ensure scalability
7. Why is battery recycling an important research area?
The significance of battery recycling lies in the following:
- The scarcity of raw materials needed for batteries, such as lithium, cobalt, and nickel
- The environmental hazards caused by used batteries
- The growing requirement for sustainable energy systems
Studies in this field play a direct role in minimizing environmental damage and enhancing resource management.
8. Are international students eligible to apply?
International students are eligible. But at present, the preference is given to students who are based in the United States, probably due to various reasons like administration, budget, and timing of the project.
9. What documents should I send when applying?
At the very least, applicants must submit:
- An elaborate academic CV
- An introductory email
Additionally, for extra emphasis, you can include:
- Research statement
- List of publications or samples of work
- Referee information
10. How should I write my email to the supervisor?
The email must be brief and to the point. This includes:
- An introductory sentence stating what degree you are currently pursuing at your university
- Experience in research
- Technical skills that will be useful for battery research
- Why would you like to join the research lab at the university
Do not send generic emails. Tailored emails give higher chances of success.
11. What makes this PhD opportunity unique?
What makes this job unique is that it involves:
- Development of materials
- Production processes
- Recycling/sustainability
While many PhD theses address just one of these areas, this job will allow for a more holistic view, which is much closer to the needs of industry.
12. Is this PhD suitable for students interested in electric vehicles (EVs)?
Yes. The research topics, such as lithium-ion batteries, solid-state batteries, and recycling, are highly applicable to the field of EVs, thus making it an ideal research topic for students interested in pursuing their careers in EVs.
13. What career opportunities can this PhD lead to?
Graduates from this field of research may find employment in:
- Companies dealing with battery production (such as electric vehicles)
- Startups involved in energy storage and research facilities
- Government laboratories and research institutions
- Educational institutions and university research centers
Being multidisciplinary makes graduates more marketable in several industries.
14. How competitive is this position?
With the rising demand for energy storage studies and the few available vacancies (1-2), competition is expected to be high. Candidates who excel academically and professionally and whose skills match those required will have an advantage in being selected.
15. Can I apply if my research is not exactly in batteries but in related fields?
Yes, if your previous work involves topics such as the following:
- Porosity or carbon materials
- Electrochemistry
- Nanotechnology
- Chemical processes or catalysis
You would still be an ideal applicant, provided that you can show the relevance of your work to energy storage technologies.
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