Lead manufacturing engineering for AWS Nitro SSD, overseeing production, quality, and process optimization across global sites.
Locations (2)
Seattle, Washington, United States
Cupertino, California, United States
Compensation
USA, CA, Cupertino - 183,000.00 - 247,600.00 USD annually
USA, WA, Seattle - 159,200.00 - 215,300.00 USD annually
Responsibilities
Evaluate and optimize product designs for quality assurance and manufacturing efficiency of solid state drive products and their integration with servers and rack systems
Scale up manufacturing on new SSD products across a global network
Lead and oversee quality control processes across Contract Manufacturers (CM), Original Design Manufacturers (ODM), and component vendors
Deliver hands‑on technical support during new product introductions and launches
Investigate and resolve customer escalations through comprehensive root cause analysis
Reliability Engineer to support the development, validation, and continuous improvement of the reliability of our electronic Balance of System (eBOS) product portfolio.
Responsibilities
Execute reliability testing for new and existing eBOS products
Assist in developing reliability test plans based on product requirements and design risks
Perform environmental, mechanical, thermal, and electrical testing using laboratory equipment
Analyze reliability test results and document findings using statistical methods
Maintain detailed testing documentation, reports, and test records
Requirements
Bachelor's degree in Engineering, Physics, Materials Science, or related technical field
Manufacturing Engineer responsible for NPI and reliability of Nitro SSD products
Locations (2)
Seattle, Washington, United States
Cupertino, California, United States
Compensation
USA, CA, Cupertino - 157,300.00 - 212,800.00 USD annually
USA, WA, Seattle - 136,000.00 - 184,000.00 USD annually
Responsibilities
Evaluate and optimize product designs for quality assurance and manufacturing efficiency of solid state drive products and their integration with servers and rack systems
Scale up manufacturing on new SSD products across a global network
Lead and oversee quality control processes across Contract Manufacturers (CM), Original Design Manufacturers (ODM), and component vendors
Deliver hands‑on technical support during new product introductions and launches
Investigate and resolve customer escalations through comprehensive root cause analysis
Requirements
Senior Hardware Test Reliability & Compliance Engineer
Own the reliability and compliance lifecycle for outdoor hardware products, ensuring they meet environmental, mechanical, electrical, and regulatory standards before shipment.
Responsibilities
Build reliability test plans covering environmental, mechanical, electrical, and operational stress
Set reliability requirements and pass/fail acceptance criteria at the start of each program
Own the ODM/JDM relationship for test execution
Lead root cause investigation on test failures and field escapes
Maintain a reliability risk register tracking open failure modes
Requirements
Bachelor's degree in Electrical Engineering
Bachelor's degree in Mechanical Engineering
Bachelor's degree in Systems Engineering
Bachelor's degree in a related technical field
Nice to have: LTE-M or NB-IoT device certifications
Lead the Taipei-based reliability team, define reliability strategy across the product lifecycle, and partner globally with engineering, manufacturing, quality, suppliers, and product teams to turn field insights and data into more robust connected-device products.
Responsibilities
Set reliability strategy and direction by defining the multi-quarter hardware reliability strategy, team goals, success metrics, and ownership model, translating ambiguous risks into actionable plans, and representing Hardware Reliability in design, launch, and leadership forums.
Drive reliability across the product lifecycle by partnering across Mechanical, Electrical, Firmware, Systems, Product, and TPM to define requirements, test plans, qualification coverage, and exit criteria, and leading failure-mode analysis, design-for-reliability reviews, reliability growth, and risk-based decisions from concept through sustaining.
Improve field and production quality by connecting design validation, manufacturing data, returns, support signals, and field failures to drive root-cause analysis, corrective actions, and data-informed improvements to process capability, supplier quality, test coverage, and product robustness.
Build and develop the team by hiring, coaching, retaining, and developing a high-performing Taipei-based reliability engineering team while establishing scalable standards, documentation, and review mechanisms, planning resources, and removing execution bottlenecks.
Influence globally by building trusted partnerships across Taipei, San Francisco, India, and other global teams, communicating technical trade-offs clearly, aligning stakeholders across cost, schedule, quality, and reliability, and championing customer-back strategies.
Requirements
Bachelor’s or master’s degree in Mechanical, Electrical, Materials, Reliability Engineering, or a related field.
Lead reliability engineering for electromechanical systems, diagnosing failure modes, conducting root cause analysis, and guiding corrective actions across design, manufacturing, and qualification.
Lead reliability engineering for mission-enabling systems, diagnosing and mitigating component failures to ensure product performance and customer satisfaction.
Lead the Product Integrity team for connected products, owning the bridge between requirements and proof through hardware testing, reliability engineering, and quality inspection.
Locations (2)
North Olmsted, Ohio, United States
San Francisco, California, United States
Responsibilities
Lead a team of test engineers covering production, hardware, reliability, and 100% end-of-line testing at the factory
Own test fixture design and test software
Turn hardware requirements into testable requirements with methods, sample sizes, and acceptance criteria
Manage evidence packages for EVT, DVT, and PVT stage gates
Define reliability test plans including statistics (confidence levels, acceleration factors)
Requirements
Nice to have: Battery power model development
Nice to have: sensor products calibration
Nice to have: sealed or outdoor enclosures
Nice to have: RF performance characterization
Bachelor's or Master’s degree in Mechanical, Industrial, Manufacturing Engineering or similar related field or equivalent experience
Nice to have: Six Sigma
Nice to have: Lean techniques
Nice to have: device technologies under development
Health Insurance (medical, dental, vision, prescription, Basic Life & AD&D insurance and option for Supplemental life plans, EAP, Mental Health Support, Medical Advice Line, Flexible Spending Accounts, Adoption and Surrogacy Reimbursement coverage)
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