Amazon Industrial Robotics is seeking exceptional talent to help bridge the gap between design and manufacturing for our next generation of advanced robotics systems. We're building revolutionary manufacturing processes that enable the production of cutting-edge robotic systems at Amazon's scale.

In this role, you will architect and lead the quality strategy for our advanced manufacturing operations, establishing the foundational quality systems, methodologies, and organizational structure that will scale from prototype development through high-volume production. As our first quality hire, you'll define quality requirements across die casting, injection molding, assembly, and test operations, build supplier quality programs from the ground up, and establish the data-driven quality culture that will enable world-class manufacturing performance. You'll work at the intersection of product design, process engineering, and manufacturing operations to embed quality by design principles into every aspect of our production systems. This is a unique opportunity to build a quality organization from scratch at unprecedented scale, establishing the standards and systems that will define manufacturing excellence for next-generation robotics. If you're a visionary quality leader who thrives on creating organizational infrastructure and driving strategic quality initiatives rather than managing existing systems, this role offers the chance to make a transformational impact on the future of automation.


Key job responsibilities
- Architect and implement comprehensive quality management systems for new manufacturing processes including statistical process control frameworks, measurement system analysis protocols, and process capability requirements that scale from NPI through high-volume production
- Define quality strategy and requirements for advanced manufacturing processes including die casting, injection molding, precision machining, and robotic assembly operations
- Establish supplier quality infrastructure including PPAP/APQP requirements, audit protocols, supplier scorecards, and corrective action systems for a global supply base
- Lead cross-functional quality initiatives, serving as the technical authority on quality methodology across design engineering, manufacturing engineering, and supply chain organizations
- Drive design for quality (DFQ) principles into product development, establishing tolerance analysis frameworks, DFMEA processes, and design validation protocols
- Develop advanced statistical methods and predictive quality models to enable proactive quality management and continuous improvement
- Build quality organization strategy including team structure, capability requirements, and hiring roadmap to support factory scale-up
- Establish quality metrics and reporting systems that connect manufacturing performance to business outcomes and drive executive decision-making
- Lead root cause analysis for complex systemic quality issues using advanced problem-solving methodologies (8D, Six Sigma, Shainin methods)
- Define quality requirements for factory design including inspection equipment, measurement systems, environmental controls, and traceability infrastructure
- Create quality documentation standards and compliance frameworks aligned with ISO 9001, IATF 16949, and industry-specific regulatory requirements
- Partner with product design teams to establish realistic specifications that balance performance requirements with manufacturing process capability