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REQ ID: 74574
JOB TITLE: Lead Battery Cell Developer
SALARY: Competitive
LOCATION: Gaydon / Warwick, UK

We’re re-examining our vehicles and what a vehicle means in the emerging world of automation, connectedness, electrification and the shared economy. New ideas, new technology, and new approaches to mobility are our business. Join a team of next generation thinkers.

 

WHAT TO EXPECT

 

This is an exciting opportunity for a Battery Cell Developer to join a dynamic R&D technical department focused on battery technology. The purpose of the role is to lead the Jaguar Land Rover Battery Cell Development activities for next-generation batteries for traction battery systems.

 

We are looking for hands-on experienced electrode Chemists to join for cell component and technical requirement development. The candidate will work and collaborate with other members in Advanced Cell Technology, R&D, Purchasing, Cell Prototyping and Commercialization.

 

As a Battery Cell Developer, you will focus on design optimization of cathodes, anodes, and electrolyte materials and components for performance, cost reduction, and scalability. You will also be responsible for the design concepts, design layout, formulation, and quality planning.

 

Key Accountabilities and Responsibilities


•    Deliver the next generation HV batteries by working with the leading suppliers
•    Experience in Cell-Material Discovery, Material Characterization and validation, Development and Qualification of new Technologies
•    In-depth understanding of Cell-Material and Manufacturing Process 
•    Demonstrate experience instructed problem solving within Cell-Material and Manufacturing
•    Derivation of key parameters, algorithm and robust methodology for accurate cell SoC and SoH estimation; working closely with the BMS team 
•    Validation of SoH algorithm within HIL rigs that have live cells/modules
•    Deliver knowledge capturing milestone projects including publishing of standards and test procedures 
•    Deliver TCDS (Technology Creation & Development System) projects to support programme delivery 
•    Leverage the HVM Catapult collaboration with academia and Subject Matter Experts

 

WHAT YOU’LL NEED

 

You will plan and execute synthesis to cover the entire value stream from raw materials to finished products. This work will utilize advanced analytical methods/tools in collaboration with manufacturing and computational chemistry experts and battery material scientists to create innovative new product solutions.

 

The Advanced Battery Research function contributes to the development of new technologies and features for product delivery. The role will support the electrification teams in the delivery of new electric vehicle programmes as well as strategic collaborative research with key leading UK universities and external partners.

 

You will find the ideal balance between performance and sustainability while responding to the environmental issues that shape our industry.

 

Knowledge, Skills and Experience

 

Essential –

 

•    Strong understanding and exposure to physical science, chemistry or engineering discipline relevant to electrochemical cell research and development
•    Experience developing lithium-ion/lithium metal technology, applying key electrochemical techniques including galvanostatic cycling, voltammetry and EIS to drive improvement and understanding of cell performance
•    Robust knowledge of electrode manufacturing, cell assembly and formation processes 
•    Robust knowledge of material and electrode characterization, including particle size distribution, SEM, BET, DSC/TGA, XRD, porosimetry, ionic and electronic conductivity analysis and electrode expansion
•    Robust knowledge of slurry making process and determination of the rheological properties as well as knowledge of the quality control processes
•    Substantial experience in the development of alternative electrolyte systems (such as gel, polymer, solid-state etc.) and a clear understanding of the challenges
•    Comprehensive understanding of critical battery materials, including key trends and developments
•    Extensive experience in cell failure mode analysis
•    Experience in scaling cell design and production methods from small scale to pilot prototype is desirable
•    Analytical skills including the ability to conduct complex research into new technologies and manufacturing systems and tools 
•    Ability to effectively explain complex ideas, confidently presenting these to senior stakeholders 
 
Desirable –


•    Experience in integrated vehicle electrical test systems and strategies and diagnostics
•    Ability to use Matlab/Python for data-processing automation
•    In-depth knowledge and technical expertise in specialist technologies, complex systems and tools and processes

 

SO WHY US?

 

Bring all this to the home of premium innovation, and you’ll find the opportunities to further your career with a world-class team, a discounted car purchase and lease scheme for you and your family, membership of a competitive pension plan and performance related bonus scheme. All this and more makes Jaguar Land Rover the perfect place to continue your journey.

 

This role may offer the opportunity for hybrid working where you can split your time between working from home and in the office. At Jaguar Land Rover, hybrid working is a voluntary, non-contractual arrangement providing employees with more choice and flexibility around how, when and where they work, if suitable for their role. Further details can be discussed with the Hiring Manager at interview stage. 

 

Please be aware that we may close this vacancy for applications before the stated deadline if we receive a high volume of interest. We strongly advise you to submit your application as early as possible.

 

Jaguar Land Rover is committed to equal opportunity for all.

 

 

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