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Engineering and Physical Sciences● OpenPreview

PhD Studentship: Terahertz Technology for Next-Generation Batteries

Develop advanced terahertz spectroscopy methods to optimize the manufacturing and quality control of solid-state batteries.

Best for:Best for engineering or physics graduates with an interest in battery technology, signal processing, and materials characterization.

University of Warwick · Coventry, United Kingdom · R1 · First-stage researcher
More professors at University of Warwick
Solid-state batteriesTerahertz spectroscopyMaterials characterizationCeramic processingElectrochemical performanceMetrology
Deadline
Oct 31, 2026
16 days
Funding
Stipend
£21.8k/yr
Start date
flexible
Full-time
Location
Coventry
United Kingdom

Overview

The University of Warwick is offering a PhD studentship focused on the intersection of metrology, battery materials, and ceramic processing. The successful candidate will develop terahertz spectroscopy techniques to inspect and optimize the microstructures of next-generation solid-state electrolytes. This project involves a collaboration with LiNa Energy to bridge the gap between laboratory-scale fabrication and product-scale manufacturing. The research aims to establish a unified framework connecting material microstructure to electrochemical performance and transport mechanisms. Applicants will work within an interdisciplinary team to advance energy storage technology.

PhD studentshipBattery technologyEnergy storageSolid-state electrolytesTerahertz imagingManufacturing quality control

What you'll do

  • Fabricate and characterize conventional electrolyte materials using terahertz spectroscopy.
  • Develop and refine terahertz measurement techniques for product-scale battery electrolytes.
  • Integrate thermal control systems to probe intrinsic conduction behavior in materials.
  • Collaborate with industrial partner LiNa Energy on manufacturing and quality control innovations.
  • Analyze microstructural homogeneity to optimize electrochemical performance and mechanical integrity.
  • Establish a unified framework linking material microstructure to transport mechanisms.

Requirements

Degree required: Bachelors (2.1 or higher) or Masters degree in Electronic Engineering, Chemical Engineering, Applied Physics, or Physical Sciences.

Degree offered: PhD

Language: English (proficiency required for university admission).

Instruction: English

Required skills
  • Strong academic background in engineering or physical sciences.
  • Ability to conduct independent research within an interdisciplinary team.
  • Capacity to fulfill University of Warwick PhD entry requirements.
Nice to have
Working knowledge of MATLAB or Python for signal processing.Understanding of electromagnetics.Experience with CAD and mechanical design.Demonstrated interest in battery technologies.
Eligibility
  • Available to home students only.

Funding & terms

Type
Stipend
Amount
£21.8k/yr
Duration
3.5 years
Programme
University of Warwick
University of Warwick

How to apply

Deadline: 2026-10-31

Interested candidates should submit a formal application through the university portal. Applicants must meet the University of Warwick entry criteria and secure an unconditional offer to be eligible for the scholarship. Successful candidates will receive official confirmation of the award from the School of Engineering.

Documents required
  • Formal application form
  • Academic transcripts
  • Proof of English proficiency
↗Apply on site
Lab
School of Engineering
University of Warwick
United Kingdom
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