Engineering Product Leader

The Engineering Product Leader will serve as a
key technical and manufacturing authority
within the organization, taking end-to-end engineering ownership across the product lifecycle. You will collaborate closely with
R&D, Supply Chain , Customer Support, and contract manufacturing partners
to drive engineering excellence, achieve key performance indicators, and ensure product quality, reliability, and operational performance.

What Will You Do?

Own end-to-end engineering performance across the product lifecycle
, from NPI and production ramp-up through installed-base support, driving product quality, reliability, manufacturability, serviceability, and operational performance.

Lead cross-functional resolution of critical and complex product issues
across production, integration, and the field, setting priorities and driving robust root-cause analysis, technical decisions, corrective actions, and closure across multidisciplinary domains.

Serve as the senior technical authority for manufacturing quality and product manufacturability
, driving engineering decisions and systemic improvements that ensure robust, production to reduce manufacturing defects and field issues, and improve overall product quality and reliability .

Own the Engineering interface for NPI and product industrialization
, leading engineering readiness and product transfer to production while coordinating risks, requirements, deliverables, and closure across R&D, Operations, Quality, Supply Chain, and contract manufacturing partners.

Drive design-for-excellence and engineering maturity throughout product development
, influencing design decisions and ensuring manufacturability, testability, serviceability, integration readiness, BOM/product structure, ATPs, documentation, and tooling are mature for release and scale-up.

Own engineering change management and product configuration governance
, leading ECOs and CCB activities and ensuring changes are technically robust, properly prioritized, cross-functionally aligned, and effectively implemented across production and the installed base.

Drive continuous improvement and engineering excellence
, establishing and tracking engineering KPIs, identifying systemic opportunities across quality, cost, reliability, and operational efficiency, and embedding lessons learned from NPI, production, and field performance into future products and engineering practices.