Purpose of the Role

Anode Material Engineer

Location: Oxford, UK
Function: Cell Technology & Product Strategy
Reports to: Materials Manager (UK) – Cell Technology
Line Management: None
Financial Responsibility: None

Join Agratas and Help Build the Future of Clean Energy

Agratas is creating one of the world’s most advanced and sustainable battery businesses. Backed by Tata Group, we are developing next‑generation cell technologies, world‑class gigafactories, and a global supply chain designed for long‑term impact.

We are scaling rapidly — and we’re looking for exceptional people who want to shape the future of energy storage.

If you’re passionate about anode materials, thrive in a fast‑moving technical environment, and want your work to directly influence the next generation of Li‑ion cells, this is your opportunity.

The Opportunity

As an Anode Material Engineer, you will lead the specification, sourcing, optimisation, and management of anode active materials for Agratas’ advanced cell platforms.

You’ll work at the intersection of materials science, cell design, manufacturing, and supply chain — collaborating closely with internal teams and global suppliers to ensure our anode technologies meet the highest standards of performance, quality, and scalability.

Your expertise will directly shape the materials strategy behind our next‑generation battery cells.

Key Responsibility Areas

What You’ll Do

Active Material Selection

• Lead market surveys, materials screening, parameter optimisation, and down‑selection for anode active materials.
• Engage with Tier 1 and emerging suppliers to align on material characteristics and performance requirements.
• Act as a subject matter expert on structure–property relationships to support commercial and technical optimisation.

Material Characterisation & Testing

• Define analytical tools and methods to characterise anode active materials.
• Lead development and deployment of novel analytical techniques.
• Support the selection and implementation of quality tools and validation methods.

Formulation & Design Support

• Provide technical input into anode electrode design, including binder, conductive additives, and functional additives.
• Support electrolyte development by identifying material sensitivities and enabling solvent/additive chemistries.

Supply Chain & Supplier Quality Support

• Partner with procurement and supplier quality to define and control material specifications.
• Support supplier audits, DFMEA activities, and specification management.

Production & Manufacturing Support

• Define optimal materials handling, formulation, and processing conditions for manufacturing teams.
• Provide technical guidance to ensure robust and scalable production processes.

Cross‑Functional Collaboration

• Work closely with cell design, manufacturing, procurement, and supplier quality to ensure milestones are met and materials are fully validated.

Documentation & Reporting

• Own and maintain material specifications.
• Provide periodic updates and technical reports to stakeholders across the business.

Job Context

What You Bring

Technical Expertise

• Deep understanding of anode active materials (e.g., graphite, SiO, SiC), including structure–property relationships (PSD, surface chemistry, crystallinity), synthesis routes, processability, and electrochemical behaviour.
• Strong proficiency in materials characterisation (SEM, XRD, PSD) and electrochemical analysis (cycling, dq/dv, EIS).
• Awareness of global anode material suppliers and emerging market trends.

Analytical & Problem‑Solving Skills

• Ability to interpret complex test data, troubleshoot material issues, and optimise formulations to enhance cell performance.

Collaboration & Communication

• Excellent teamwork skills with the ability to work effectively across R&D, manufacturing, procurement, and supplier quality.
• Strong communication skills for reporting findings, presenting recommendations, and influencing stakeholders.

Continuous Learning

• Commitment to staying current with advancements in materials science and the broader Li‑ion battery field.

Qualifications

• Degree or PhD in Electrochemistry, Chemistry, Chemical Engineering, Materials Science, or a related field.
• Experience in battery material development and a passion for next‑generation technologies.

Why Join Agratas

• Shape the anode materials strategy behind next‑generation battery cells.
• Work in a fast‑growing, mission‑driven organisation backed by Tata Group.
• Collaborate with world‑class experts across cell design, materials, and manufacturing.
• Influence technologies that will power millions of electric vehicles and energy storage systems.
• Be part of a culture that values innovation, sustainability, and continuous improvement.

Ready to Build the Future?

If you’re driven by innovation, excited by complex technical challenges, and motivated to make a real impact on the future of clean energy, we’d love to hear from you.

Apply now and help us accelerate the transition to sustainable energy.