Data Platform Lead

Data Platform Lead

We are looking for a Data Platform Lead to own the technical direction, architecture, engineering capability, operation, and continuous evolution of HARMAN Automotive's Enterprise Data Platform.

Built primarily on Microsoft Azure and Azure Databricks, the platform enables enterprise data engineering, governed data products, data sharing, analytics, and AI at scale. The Data Platform Lead is accountable for the technical architecture and engineering standards of the platform and for ensuring it is secure, reliable, scalable, cost-effective, and easy for domain teams to adopt.

The role leads a multidisciplinary technical team spanning Platform Engineering, Data Engineering, Data Product Enablement, and Site Reliability Engineering. The Platform Lead sets technical direction, develops engineering talent, balances platform engineering and reliability priorities, and ensures the team can support data product teams without becoming the permanent development organization for every business domain.

The Data Platform Lead works closely with the Data Platform Portfolio Manager, Enterprise Architecture, Cybersecurity, Analytics, MDM and Data Quality, business domains, and other technology teams. Enterprise Architecture provides enterprise standards, architecture review, and alignment, while the Data Platform Lead retains accountability for the architecture and technical evolution of the Enterprise Data Platform.

An external implementation partner will initially build significant portions of the platform. The Data Platform Lead will work alongside the partner, retain HARMAN's technical decision rights, ensure continuous knowledge transfer, and establish the internal capabilities required to operate and evolve the platform as external implementation capacity decreases.

What You Will Do

• Own the technical architecture, engineering direction, and evolution of the Enterprise Data Platform, with Azure Databricks as the strategic enterprise data and AI platform.
• Define and maintain platform architecture standards, technical patterns, architecture decisions, and guardrails across Databricks, Azure services, identity, networking, security, storage, governance, automation, and operations.
• Own the technical platform roadmap and lifecycle, including platform capabilities, architecture evolution, technical debt, reliability improvements, automation, and engineering investments.
• Partner with the Data Platform Portfolio Manager on demand, dependencies, sequencing, and capacity while retaining ownership of the platform capability and technical roadmap.
• Manage the platform as an enterprise product and service with defined capabilities, service expectations, measurable outcomes, adoption goals, and a strong focus on developer and user experience.
• Lead a multidisciplinary technical team spanning Platform Engineering, Data Engineering, Data Product Enablement, and Site Reliability Engineering.
• Set clear technical direction and accountability across the team and develop senior technical talent capable of owning major platform capabilities and engineering domains.
• Balance engineering capacity across platform development, reliability, technical debt, automation, operational improvement, reusable capabilities, and targeted data product enablement.
• Lead the architecture and implementation of Azure Databricks capabilities including workspaces, compute, jobs, Delta Lake, Unity Catalog, data sharing, platform security, and enterprise deployment patterns.
• Define Azure integration patterns for identity, networking, private connectivity, storage, secrets, security controls, monitoring, logging, and shared enterprise services.
• Own the technical governance architecture for the platform, including Unity Catalog standards, permissions, access patterns, lineage, ownership, data sharing, and policy enforcement in partnership with Cybersecurity and enterprise governance teams.
• Establish scalable platform engineering practices including Infrastructure as Code, Terraform, CI/CD, automated testing, environment management, configuration management, deployment automation, and reusable engineering components.
• Lead the development of API-driven and automated self-service platform capabilities that allow domain teams to onboard, provision environments, request access, deploy workloads, and publish governed data products efficiently.
• Establish golden paths, reusable platform services, engineering standards, and reference implementations that allow data product teams to deliver consistently without unnecessary central dependency.
• Establish and continuously improve the platform operating model, including observability, reliability objectives, incident and problem management, resilience, recovery, performance, capacity, and operational automation.
• Ensure the platform provides appropriate monitoring, service health visibility, cost transparency, usage metrics, and operational reporting.
• Apply a strong cost and value mindset across Azure and Databricks consumption, platform services, licensing, capacity, and engineering investments.
• Establish FinOps practices including consumption visibility, cost allocation, workload optimization, capacity forecasting, and showback or chargeback where appropriate.
• Lead the hub-and-spoke technical operating model by establishing enterprise platform standards and shared capabilities while enabling domain teams to retain ownership of their business logic and data products.
• Work with less mature domain teams to accelerate onboarding and adoption through targeted enablement, reusable patterns, and technical support.
• Work with mature spokes and domain platforms as design partners, identifying proven capabilities and engineering patterns that can be reused, federated, or adopted rather than unnecessarily rebuilt within the central platform.
• Drive technical interoperability across domains, including common standards for data products, sharing, identity, governance, deployment, observability, and cross-domain integration.
• Partner with Enterprise Architecture to ensure alignment with enterprise technology principles and architecture governance while retaining technical architecture accountability for the Enterprise Data Platform.
• Partner with Analytics to ensure strong integration with Power BI and enterprise analytics capabilities while maintaining clear ownership boundaries between the platform and analytics functions.
• Partner with MDM, Data Quality, and Governance teams to provide the technical capabilities required for governance, quality, metadata, stewardship, lineage, security, and compliance without assuming ownership of those enterprise functions.
• Serve as HARMAN's technical counterpart to implementation partners and systems integrators, retaining architecture and engineering decision rights and reviewing major designs, deliverables, and technical decisions.
• Ensure external partners transfer platform knowledge, source code, Terraform, automation, documentation, runbooks, architecture decisions, operational procedures, and engineering capabilities to the internal HARMAN team.
• Build the internal technical capability required for HARMAN to operate, support, and evolve the platform as external implementation capacity ramps down.
• Manage platform technology vendors and service providers, including technical performance, delivery quality, service levels, dependencies, and commercial considerations.
• Drive platform adoption by engaging with data product teams and domain leaders, identifying friction, measuring usage and service health, and continuously improving platform capabilities.
• Support the rationalization and retirement of redundant or legacy data platform technologies as workloads transition to the strategic enterprise platform.

What You Need to Be Successful

• 8+ years of experience in enterprise data platforms, data engineering platforms, cloud platforms, or related technology environments, with demonstrated technical leadership responsibility.
• Experience leading technical teams responsible for platform engineering, data engineering, reliability, or enterprise data services.
• Strong experience with Microsoft Azure and Azure Databricks in enterprise production environments.
• Strong understanding of Azure Databricks architecture, including workspaces, compute, jobs and workflows, Delta Lake, Unity Catalog, data sharing, platform security, and enterprise deployment patterns.
• Strong understanding of Microsoft Azure architecture, including identity, networking, private connectivity, storage, secrets management, security, monitoring, and integration with enterprise services.
• Demonstrated experience owning architecture decisions, technical standards, and platform evolution for a production enterprise platform.
• Experience with Unity Catalog, including catalog architecture, permissions, identity and access patterns, technical governance, lineage, ownership, and data sharing.
• Strong experience with Infrastructure as Code and platform automation using technologies such as Terraform.
• Experience with DevOps and DataOps practices, including CI/CD, Azure DevOps or GitHub, automated testing, automated provisioning, deployment automation, environment management, and configuration management.
• Experience designing or operating self-service platform capabilities for engineering or data teams.
• Experience establishing engineering standards, golden paths, reusable services, templates, and reference architectures.
• Strong understanding of platform reliability and operations, including observability, monitoring, incident and problem management, resilience, disaster recovery, performance, capacity, and service-level expectations.
• Understanding of cloud economics and FinOps principles, including consumption monitoring, cost allocation, workload optimization, showback or chargeback, and capacity forecasting.
• Experience working within federated, hub-and-spoke, or similarly distributed data and technology operating models.
• Experience enabling domain engineering teams within enterprise standards and guardrails without unnecessarily centralizing delivery.
• Experience leading and developing senior engineers and building distributed technical ownership within a team.
• Experience managing systems integrators, implementation partners, or major technology vendors, including technical oversight, architecture review, knowledge transfer, and transition to internal ownership.
• Strong stakeholder management skills with the ability to work effectively across engineering, architecture, cybersecurity, analytics, AI, infrastructure, governance, business domains, procurement, and senior leadership.