Valeo is a tech global company, designing breakthrough solutions to reinvent the mobility. We are an automotive supplier partner to automakers and new mobility actors worldwide. Our vision? Invent a greener and more secured mobility, thanks to solutions focusing on intuitive driving and reducing CO2 emissions. We are leader on our businesses, and recognized as one of the largest global innovative companies. Platform/P2 projects Quality Assurance - Ensure that the target market's specific requirements including applicable regulations are known, understood and implemented. - Define Quality and reliability targets for the Platform/P2 project. Setup, monitor and drive the Platform/P2 Quality Improvement Plan to achieve the targets. - Pilot the Quality Assurance Plan (Quality Roadmap) for all Platform/P2 projects. Validate the related deliverables on time vs the project planning and at the expected maturity level. - Ensure that Design Reviews and FMEAs are performed involving the necessary functions and experts and providing the deliverables on time and in line with the defined maturity criteria - Ensure that all relevant Lessons Learned Cards are taken into account in the Platform/P2 projects and for the update of Platform and RAISE standards - Ensure conformity of components (external and internal) and parts used to validate the design (including mechatronic and software sample representativeness). - Ensure that Platform QRQCs/P2 Project QRQCs are performed according to the QRQC rules and coach the Platform/P2 team in the correct application. - Ensure that all issues and risks are reported to and treated in the Platform QRQC/P2 Project QRQC applying Red Box and Single List of Issues and Risks (SLI/R). Platform interaction with P1 projects (not applicable for P2 projects) - Establish realistic targets for P1 Projects related to Total Line Rejects/Yield, Reliability and Warranty Cost. - Ensure that Warranty Extension Requests are assessed by the Platform. - Ensure that the Platform validates the Preliminary Change Analysis as well as any changes of the Fixed-Variable-Specific definition for Platform related components - Contribute to P1 Project QRQC for Platform related issues - Support the Stop-Scrap activities for Platform related components pre-launch and monitor DCNQ after SOP - Benchmark and share good practices for Stop-Scrap to all Sites / P1 / P0 teams. Platform support to Warranty Treatment & Capitalization (not applicable for P2 projects) - Support the analysis and resolution of warranty incidents in line with the scope and mission of the Platform - Ensure that Lessons Learned from Platform related issues are capitalized and deployed to current and future projects Job: Quality - Development - Platform OperationalOrganization: Project QualitySchedule: Full timeEmployee Status: RegularJob Type: Permanent contractJob Posting Date: 2025-09-22Join Us ! Being part of our team, you will join: - one of the largest global innovative companies, with more than 20,000 engineers working in Research & Development - a multi-cultural environment that values diversity and international collaboration - more than 100,000 colleagues in 31 countries... which make a lot of opportunity for career growth - a business highly committed to limiting the environmental impact if its activities and ranked by Corporate Knights as the number one company in the automotive sector in terms of sustainable development More information on Valeo: https://www.valeo.com

• Design, deploy, and operate Azure landing zones and shared services for large enterprise environments. • Build and manage core compute and platform services, including: Azure Virtual Machines, VM Scale Sets, Azure Kubernetes Service (AKS) and container registries (ACR), and Platform services such as App Services, Functions, and Azure Automation. • Implement resilient, scalable solutions using availability zones, ASGs, load balancers, and backup/recovery patterns. • Apply governance, RBAC, Azure Policy, Blueprints/management groups across subscriptions and tenants. • Experience assessing the customer environment using tools like Azure Migrate and performing Migration Planning and Assessments. • Experience with Creating wave plans, building server inventory for large/Medium scale migrations. • Implement and maintain Infrastructure as Code (IaC) using tools such as Terraform and/or Bicep, and configuration management (e.g., Ansible). • Build CI/CD pipelines for infrastructure and application workloads using Azure DevOps, GitHub Actions, or similar Git-based toolchains. • Standardize and templatize platform components (modules, pipelines, patterns) to support internal developer platforms and self-service provisioning. • Integrate security and policy-as-code into pipelines (linting, approvals, guardrails) to ensure compliant deployments. • Collaborate with SRE/operations teams to automate day-2 operations (patching, scaling, scheduled maintenance, routine changes). • Experience to Operate the kubernetes cluster on Azure using tools like CNI, Ingress Controllers, Service Mesh, Network Policies. • Experience to build automation using Ansible playbooks, Python, PowerShell. • Experience to build and deploy application and infrastructure using CICD tools like Azure DevOps/GitLabCI/Harness/Jenkins. • Design and implement Azure networking architectures, including: Hub-spoke topologies, VNets, subnets, and VNet peering, VPN Gateways, ExpressRoute, and hybrid connectivity. • Troubleshoot complex networking issues across hybrid and multi-cloud footprints. • Configure and tune Azure Monitor, Log Analytics, Application Insights, and related tooling for logging, metrics, and alerting. • Contribute to SRE-style practices such as runbooks, incident response patterns, and reliability-focused automation.

• Lead the end-to-end technical execution of frontend initiatives within the platform engineering team, from shaping requirements and writing technical design proposals through implementation, testing, and production release. • Translate department initiatives and team goals into scalable frontend architecture decisions, balancing speed, quality, and long-term maintainability. • Contribute meaningfully to the evolution of our internal developer portal and other UI applications, improving shared libraries, platform capabilities, and system design. • Operate effectively in ambiguous problem spaces identifying risks, validating assumptions, and proactively de-risking solutions before they impact delivery. • Ensure the long-term health of the codebase by reducing technical debt, improving test coverage, and setting high standards for code quality and performance. • Collaborate closely with the team to align on trade-offs, API contracts, and non-functional requirements such as performance, reliability, and security. • Proactively monitor, debug, and resolve production issues, contributing to observability, incident response, and post-mortems that strengthen our systems over time. • Mentor and support other engineers through thoughtful code reviews, technical guidance, and knowledge sharing that raises the bar for the entire team. • Maintain an active awareness of business priorities and customer impact, ensuring your technical decisions align with Weave’s broader product and company goals.

• Design, deploy, and operate workloads on Azure Kubernetes Service (AKS) to meet security, resilience, and performance goals • Lead AKS bootstrapping, cluster/node/pod configuration, and operational support activities • Build automated deployment templates for customers to provision AKS instances • Implement and maintain CI/CD and GitHub build/release pipelines for Dev, Stage, and Production environments • Configure autoscaling (Horizontal Pod Autoscaler, Cluster Autoscaler) and integrate Azure Container Instance (ACI) where appropriate • Implement Pod security policies, node-to-node encryption, and enforce NIST-aligned security controls when deploying container images • Integrate AKS logs (application, event, cluster, user activity, diagnostics) into Azure Event Hub or Storage and enable real-time monitoring • Manage authentication and authorization for cluster access using managed identities, service principals, certificates, and secrets • Deploy and manage HTTPS Ingress controllers and TLS certificate management for Kubernetes services • Use governance and scanning tools to monitor images, runtime, vulnerabilities, registries, and hosts