About JLR:
Innovative. Trusted. Pioneering. These three qualities have always summed up Jaguar Land Rover. They have been encapsulated within the performance, luxury and excellence of all our products. They are what every person working for us lives and breathes. From creating intelligent hybrids to building driverless vehicles, evolving existing technologies to discovering new energy storage, our ambition for the future of our vehicles and the industry beyond is endless.
Brief Description about the role: The Electrification Core engineering team requires experienced power electronics system engineers to apply best in class design & analysis skills and derive system specifications, requirements for delivering Jaguar Land Rover's in-house electronic design, charging system for PHEV & BEV. Objective is to deliver levels of reliability and robustness exceeding anything that we have seen before.
Skills, experience and qualifications:
Essential:
- Bachelor, master's degree in electrical/electronic/instrumentation/computer engineering
- Proven understanding of power electronics switching, Battery, charging modules hardware and software algorithms.
- Minimum 10 years of industry experience in Realtime Embedded software architecturevalidation for QM and High Integrity software
- Extensive experience in AUTOSAR and Non-AUTOSAR compliant software development delivery through technical teams
- Extensive experience in planning and prioritization of software architecture integration tests and stakeholder management (Product Owner)
- Experience in Software architecture validation environments (Ex: vECU/ VT system/Bench Rigs)
- Hands-on experience in software integration testing and maintaining the platform stability.
- Proficiency in requirements definition and requirements management tooling (TRM or similar)
- Experience of model-based systems engineering tools and techniques (ideally CATIA Magic Systems)
- Understanding of systems engineering V life cycle, working experience with ASPICE process
- Experience in end-to-end software delivery
- Experience in version control tools like Tortoise SVN, Git
- Experience in Rally/JIRA or similar project management tools
- Excellent communication and presentation skills. Experience of meeting deadlines.
- Strong people skills and the ability to work individually and in a cross functional team
Required tools knowledge:
- MBSE tool such as CATIA Magic Systems or similar (MSOSA)
- SystemDesk/EB Tresos
- JIRA/Confluence/GIT
- Visual Studio
- Embedded C
- CANalyzer and CANoe
- Trace32 / Lauterbach (debugging)
- MATLAB/Simulink
- X RAY
Desired:
- Extensive hands-on experience in development of AUTOSAR architecture for QM and High Integrity using System Desk/EB Tresos/Architecture development Tools
- End-to-end knowledge of AUTOSAR and non-AUTOSAR architectures.
- Product design lifecycle experience/Automotive Embedded software life cycle
- A knowledge of typical BEV, MHEV and PHEV SOA (Service Oriented Architecture) solutions and technologies
Key responsibilities of the role will include:
- Define and maintain the SWE5 Integration strategy and scope of testing.
- Own the Software Architecture Validation backlog and roadmap for High-Integrity ECU platforms.
- Responsible for software architecture Platform stability.
- Define, plan, and prioritize software architecture integration and validation activities in alignment with program milestones.
- Creating the epics and user stories for integration testing activities and estimate the efforts.
- Collaborate with Software Architects, Systems Engineers, Product Managers, and Feature Owners to ensure architecture readiness.
- Drive validation of AUTOSAR and Non-AUTOSAR software architectures across virtual and physical validation environments.
- Lead architecture integration testing in vECU, SiL, HiL, VT systems, bench rigs, and vehicle platforms.
- Ensure platform stability, software quality (ASPICE & ISO26262), and integration readiness throughout the development lifecycle.
- Manage architecture-related requirements and traceability using requirements management tools.
- Support end-to-end software delivery following the Systems Engineering V-Cycle and ASPICE processes.
- Prioritize architecture enablers, technical debt, defect resolution, and platform enhancements based on business and technical value.
- Coordinate cross-functional stakeholders across Systems, Hardware, Functional Safety, Cybersecurity, and Software teams.
- Drive issue resolution and risk management for architecture integration and validation activities.
- Support software release planning and architecture sign-off activities.
