About the role:

Insightfully designed manufacturing processes and fully qualified supplier relationships are critical elements in bringing tightly integrated, sophisticated electromechanical systems to major markets. As a primary designer and executioner of Skydio’s Supplier Quality Engineering practice, you’ll work with our Product Design, Manufacturing, Manufacturing Design, Supply Chain, and Quality teams and interface with current and potential vendors to strengthen Skydio’s supplier base to meet our increasing production volume & quality needs.
How you'll make an impact:

• Conduct supplier assessment and on-site audits to verify supplier quality systems and overall capabilities
• Participate in Hardware Product Development Process, partner with Manufacturing & Design Engineers to provide ideas and suggestions for manufacturing processes and quality plans to ensure suppliers have the capabilities in place for high-quality production at volume
• Ensure suppliers adhere to the Skydio’s design & quality requirements and they have robust quality control and assurance program in place
• Drive quality planning during pre & post-production and 8D / SCAR activities with the supplier base to ensure suppliers’ outgoing quality is sufficient to minimize the need for incoming inspection at Skydio
• Maintain supplier scorecards to measure quality performance and drive continuous improvements with Skydio supplier base towards zero defects

What makes you a good fit:

• You are a self-starter with a desire to push Skydio products to the next level
• You possess interpersonal and leadership skills as well as the ability to be a positive team member internally and externally
• You have experience with bringing up and managing suppliers in different geographies
• You have quality engineering experience in high-volume, high complexity consumer electronics products with in-depth knowledge of manufacturing processes (including metal casting, sheet metal forming & stamping, injection molding, composites, coating technologies), measurement and inspection practices, reliability, and statistical process control.
• You are familiar with GD&T (Geometric Dimensioning and Tolerancing) and able to interpret and comprehend complex drawings
• You are familiar with and have used quality tools such as Failure Modes Effect Analysis (FMEA), Production Part Approval Process (PPAP) and 8D, Root Cause Analysis tools (i.e. 5-Why, fishbone diagrams), Statistical Process Control (SPC), and achieved measurable results by using them 
• Expected travel requirements 20-30%

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