Flight Test Operator - 3D Scan

About the role:

Skydio is seeking an enthusiastic flight test operator to help validate the Skydio product feature set associated with photogrammetry and 3D model generation. This marquee feature, 3D Scan, is enabled users of any experience level to capture and create high fidelity professional grade models. This role requires a rigorous approach to field testing complex systems and their capabilities across a wide spectrum of environmental and operating conditions.
How you'll make an impact:

• Execute smoke and regression tests to validate system confidence
• Manage and optimize existing test plans to keep in line with latest features
• Assist in validating new consumer facing software features
• Validate new hardware prototypes related to 3D Scan
• Insure scans quality is accurate across a variety of representative structures
• Assist in collection of scan data for competitive benchmarking 
• Generate massive amounts of logged flight data and media that will be used to characterize and improve system performance
• Execute flights at our local facilities as well as strategic sites around the United States

What makes you a good fit:

• Software QA/testing background
• Part 107 Certification
• Experience with photogrammetry software
• Practical experience with UAS and capturing media
• Basic mechanical and electrical system integration knowledge
• Experience operating linux based systems
• Demonstrated enthusiasm for things that fly (bonus points for sUAS Pilot's license)
• Detail-oriented communication and documentation skills
• Interest in spending lots of time outdoors

Compensation Range: The annual base salary range for this position is $102,000 - $129,000. Compensation will vary based on factors, including skill level, proficiencies, transferable knowledge, and experience. In addition to base salary, Skydio full-time employees are eligible to enroll in our benefit plans and take advantage of a variety of incentives and stipends.

*For some positions the pay may be dependent upon the individual's regional location.

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