JLR
Location
Gaydon, Warwickshire | United Kingdom
Job description
A leading premium automotive business and leading to move towards electric autonomous vehicles.
WHAT TO EXPECT
As the Subject Matter Expert, you will be working on the virtual verification of JLR’s Electric Drive Units & Internal Combustion Engines Durability working in close partnership with the Technical Specialist. You will spend your time overseeing the quality of the virtual design verification activity, driving design solutions to resolve issues throughout the product lifecycle.
The role demands an extremely strong technical background and understanding of engineering and mathematical models and principals at the highest level. It requires an ability to use these very complex data in a delivery environment and deliver results to plan.
Key Accountabilities and Responsibilities
• Provide immediate support for the Chapter Technical Specialist, Product Owners and squad members in the specialism of rotating machinery durability CAE.
• Support the delivery of the DVP within the Agile framework, delivered on time across all programmes and components.
• Provide input into the status of the rotating machinery durability attribute, and technical risk judged and communicated at major gateways.
• Help with task force activities to solve complex engineering problems.
• JLR problem solving toolsets championed on rotating machinery durability issues.
• Design integrity and attribute targets achieved.
• Work on the concept and design specification of rotating machineries using a variety of Powertrain specific CAE tool and hand calculations.
• Adherence to System Design Specification and Corporate Requirements.
• Help with the development and documentation of CAE working practices and standards, lessons learned and prevent reoccurrence.
WHAT YOU’LL NEED
Knowledge, Skills and Experience
• In-depth knowledge of design principles with respect to rotating machinery durability failure modes
• Analytical skills including the ability to conduct complex research into new tools and software.
• Degree or relevant equivalent experience
• Expert problem-solving skills.
• Knowledge of rotating machinery durability CAE including first principles
• Understanding of PCDS and Agile working processes.
• Experience of Abaqus for linear static / dynamic / forced frequency and non-linear solves. Hypermesh /Simlab for building detailed system models. Fatigue prediction using proprietary tools - e.g. FEMFAT/nCode.
Job tags
Salary
£42.5k - £56.1k per annum
