We have exciting opportunities for skilled and enthusiastic Engineers to join JLR's Vehicle Platform (VP) team at TBSI, developing high‑integrity propulsion control software. Propulsion Controls is a fast‑paced, dynamic area at the core of JLR's Autonomous, Connected, Electric and Shared future. You will play a key role in delivering high‑integrity embedded software and control algorithms developed in a model‑based environment and deployed to safety‑critical vehicle ECUs.

The Role:

We are looking for High‑Integrity Software Engineers with strong experience in model‑based control development, embedded software engineering, and safety‑critical software practices. You will be responsible for implementing, verifying, and integrating high‑integrity control software units and components in a Simulink‑based toolchain, ensuring adherence to ISO 26262, ASPICE and JLR's internal HIS‑aligned development processes.

Responsibilities:

Develop and deliver high‑integrity software using model‑based development in MATLAB/Simulink
Apply HIS‑compliant practices for modelling, auto‑code generation and verification.
Perform unit verification using static model checks, MIL/SIL testing, and code analysis.
Creation and refinement of software requirements and software architecture in alignment with system design.
Contribute to software requirements, architecture, detailed design and traceability.
Integrate units into components and ECU builds, supporting integration and qualification testing.
Support CI/CD workflows (e.g., Git/GitLab) including automated model/code quality checks.
Ensure compliance with ISO 26262, ASPICE and internal QMS processes.
Participate in design and safety-focused quality reviews.
Collaborate with Systems, FuSa, QA and Hardware teams to deliver robust software.

Knowledge, Skills and Experience:

Essential:

Strong MATLAB/Simulink model‑based development experience, including auto‑code generation.
Experience in safety‑critical software delivery in an embedded control system environment (automotive or similar regulated industries)
Detailed understanding of the full software development lifecycle
Knowledge of ISO 26262 and ASPICE, or similar standards, with a strong quality and process mindset.
Ability to convert functional/system requirements into model‑based software.
Experience with CI/CD and configuration management tools (e.g Git / GitLab).
Strong ability to review models, requirements, test artefacts and integration outputs for quality and compliance.
Excellent communication skills, able to guide junior engineers and collaborate across disciplines.

Desirable:

Automotive propulsion experience (EV/HEV preferred).
Knowledge of automotive architectures, communication protocols, and technologies
Experience with automotive HiL or ECU toolchains (dSPACE, ETAS, Vector).
Experience with static analysis and model/code quality tools (e.g. Polyspace, Model Advisor).
Familiarity with cybersecurity concepts (ISO 21434).
Experience with PLM tools e.g. DOORS, TRM, Jira, Xray or similar.
Experience working in distributed or multi‑location teams.
Automotive experience preferred, but strong candidates from similar industries will also be considered (e.g. defence, aerospace, medical, IoT, rail)

High-Integrity Software Engineer