WHAT TO EXPECT
As a Software Architect, you’ll be part of the HMI Software squad in the On-Board Software Architecture Chapter. You will be responsible for the coordination of architecture, interfaces, and requirements to deliver a suite of exceptional JLR infotainment features across all of JLR’s vehicle platforms.
You’ll be delivering the solution architecture for our HMI software, working with the architects from other squads and Tier 1 suppliers to define system architectures, author requirements, define interfaces, align dependencies between squads and to resolve architecture or development issues. You will support the team in case of critical technical delivery issues in your product group/domain.
You’ll have the opportunity to be involved in the development of the future of automotive and will be influential in the development of the Software platform and features for Jaguar Land Rover vehicles across the range.
Key Accountabilities & Responsibilities
* Design & develop scalable, modular architectures that support advanced HMI features and are adaptable for various vehicle models and configurations.
* Develop software to handle real-time data processing, providing accurate, timely, and context-aware information to enhance user experience.
* Ensure the platform’s performance meets automotive-grade requirements such as ultra-low latency, high reliability, and safety-critical functionality.
* Create and maintain detailed technical documentation, including architecture diagrams, design specifications, and user interface guidelines.
* Evaluate partner and vendor offerings to understand their suitability to Jaguar Land Rover’s engineering and business objectives, focusing on innovative HMI solutions, latest trends and advancements in HMI, automotive technology, and UX design.
WHAT YOU’LL NEED
* Extensive experience in software architecture or systems engineering, with strong programming skills in C/C++ and Python, plus knowledge of real-time embedded systems.
* Familiarity with QNX, Linux, Android operating systems, and automotive-grade processors or accelerators.
* Proficiency with system design tools like MATLAB/Simulink, SysML, UML, and experience in Android Kotlin development.
* Expertise in AR SDKs, 3D rendering, computer vision, and image processing technologies.
* Experience collaborating with internal teams, external vendors, and using tools such as TRM and Gitlab for requirements management and software development.