Job Description

A leading premium automotive business and leading to move towards electric autonomous vehicles.

WHAT TO EXPECT

The Structural Integration and Battery Frames department specialises in full Vehicle Structures Concept development to deliver functional performance (Crash, NVH, Durability) at system level for new Architectures as well as conceptually define and layout the Traction Battery Frame Enclosures that carry and protect the High Voltage Batteries.

The department specialises in expertise in the STEM skillset alongside Concept CAD, Concept CAE, Delivery CAD and Programme Management, across all product development time scales, from concept to delivery with a significant increased focus of Architecture Sustainability, aligned to the JLR Target of Carbon Net Zero by 2039. Personal Development & Growth, Career Development, as well as hybrid / flexible working patterns are an important departmental dynamic.

The Opportunity

• Lead the integration and optimisation of new platform \'Primary Structure\' / \'Battery Frames\' concepts: your vision and engineering solutions will become future platform strategy.
• Represent Structural Integration / Battery Frames department in various cross-functional engineering forums: a high exposure, highly influential, challenging but very rewarding role.

The successful applicant has the unique opportunity to contribute to wherever they best fit within the department to help Engineer and Deliver the next generation of premium products aligned to the JLR Reimagine Strategy, becoming a \'Proud Creator of Modern Luxury\'.

Key Accountabilities and Responsibilities

• To lead and influence the design of new Platform Vehicle Structure / Battery Frames concepts, and demonstrate entitlement to meet all relevant structural performance targets and standards.
• Build, maintain and manage relationships with delivery Technical Areas and Senior Stakeholders.
• Be cognisant of automotive structures relevant to Emerging Technologies.
• To assist in the Training and Development of departmental graduates and apprentices as required.
• Be curious to Emerging Tech and impact of the primary structure / Battery Frames on Sustainability.

WHAT YOU NEED

• Desirable :

• Strong ability to collaborate effectively with a flexible approach to solving technical issues
• Vehicle structure design in a cross-functional role
• Understanding and experience of vehicle structural requirements: safety, NVH, durability loadcases
• Understanding of mechanical engineering first principals, including appropriate material, process and joining selections
• Proven ability to manage stakeholders and communicate at working level forums.
• A drive for process improvement, especially with respect to increasing efficiency & robustness
• An individual who embraces growth, challenging existing thinking and influences in a positive way whilst building credibility and trust through experience and personal style
• Technical and practical knowledge of Body-Chassis Engineering commodities
• Experience of solving complex technical issues using Six Sigma and/ or Global 8D methodologies
• Engineering Degree in a Mechanical Engineering or related discipline preferred
• Experience in CATIA toolset including AVA methodology
• Complete vehicle lifecycle experience - concept through production
• Innovative \'Thinker\' prepared to offer new ideas to JLR.

Benefits :

Working within a team that fully embraces the Hybrid Working ethos, alongside Flexible Working Patterns, Family Leave (Maternity, Paternity, Parental, Adoption, etc ) and the opportunity to develop your STEM toolset within an inclusive / nurturing automotive environment, whilst making a real contribution towards JLR\'s key 2039 Carbon Net Zero Sustainability Commitments.

JLR