Electrode Engineer - Generation

Purpose of the Role

Cathode Scientist – Li-ion Battery Cell (Applied Research)

Location:

Oxford, UK

Function/Department:
Cell Technology / Applied Research

Reports to:

Principal Cathode Scientist (UK) – Cell Technology / Applied Research

At Agratas, we are redefining the future of sustainable energy storage. As a Cathode Scientist – Li-ion Battery Cell (Applied Research), you will play a key role in advancing state‑of‑the‑art cathode materials and driving innovation in next‑generation lithium‑ion battery technologies.

This is a rare opportunity to shape the performance, scalability, and competitiveness of future energy storage solutions — from research prototypes to commercial‑ready applications. You will work at the forefront of materials science, contributing to Agratas’ mission to deliver high‑performance, sustainable, and scalable battery technologies for electric mobility and beyond.

• Technology Development:
  Execute the evaluation, understanding, and exploitation of advanced cathode materials and technologies (e.g. high‑Ni, L(M)
  FP, low‑Co/Co‑free chemistries) to meet critical customer requirements for performance, safety, lifetime, and cost.
• Advanced Material Understanding:
  Lead the design and optimisation of cathode materials and electrodes, collaborating across R&D to perform advanced electrochemical and material characterisation (e.g. SEM, XRD, EIS).
• Innovation & Competitiveness:
  Contribute to Agratas’ cathode technology roadmap, proposing next‑generation materials and electrode concepts to ensure global competitiveness and sustainable scalability.
• Cross‑Functional
  
  Collaboration:
  
  Work closely with multi‑disciplinary teams to integrate cathode innovations into overall cell design, supporting prototype development and validation.
• Data‑Driven Optimisation:
  Use structured experimentation and advanced data analysis to optimise materials, formulations, and processing methods for improved efficiency and durability.
• Documentation & Reporting:
  Maintain high standards of technical documentation, reporting progress, insights, and recommendations to R&D leadership.

You are a technically strong and motivated scientist with a passion for lithium‑ion technology and materials innovation. You thrive in a collaborative R&D environment, are driven by scientific curiosity, and take pride in turning research into real‑world impact.

• Deep expertise in cathode chemistry (high‑Ni, L(M)
  FP, low‑Co/Co‑free, or related systems) and electrode processing.
• Proficiency in material characterisation and electrochemical analysis techniques (e.g. SEM, XRD, EIS).
• Demonstrated ability to innovate and problem‑solve in advanced battery materials development.
• Strong analytical skills with a data‑driven approach to optimisation.
• Excellent collaboration and communication skills within cross‑functional R&D environments.
• Awareness of industrial cathode technology trends and scalability requirements for mass production.

• PhD in Chemistry, Chemical Engineering, Materials Science, or a related discipline, or equivalent industrial experience in lithium‑ion battery R&D.
• Proven experience leading or contributing to R&D projects in cathode materials or electrode development.

At Agratas, we are building a global battery business focused on innovation, sustainability, and impact. You’ll join a diverse, collaborative team of scientists and engineers pioneering energy solutions for the next generation of electric mobility and energy storage.

• A dynamic research environment with state‑of‑the‑art facilities
• Opportunities to innovate and lead cutting‑edge projects
• Competitive salary and benefits package
• A culture of curiosity, collaboration, and growth

Apply now to join Agratas and help drive the next generation of battery technology.