Senior Hardware Test and Reliability Engineer

San Mateo · USD 170,000-230,000 / year · 6+ years experience · Full-time · Onsite · Posted Oct 5, 2026

At a glance

Skydio is seeking a driven and versatile Senior Hardware Test and Reliability Engineer to help drive safety and reliability initiatives.
This role involves developing and executing test plans that enable rapid design iteration and robust product validation for autonomous flying machines.
The position contributes to servicing a broad range of enterprise, public safety, and defense applications.

Work with product development, embedded software, quality, manufacturing, and suppliers to define and execute comprehensive test strategies from early prototyping stages through volume production
Lead technical test strategy and own validation planning, execution and risk management from early prototypes through volume production
Collaborate with electrical, mechanical and software engineering teams to perform failure analysis, identify root cause, implement corrective actions, resolve system issues, and help develop process/design mitigations
Contribute to design reviews and provide key design for reliability inputs to mitigate risks from first prototypes to first customer shipment and beyond
Contribute across multiple domains to make Skydio products the default choice for users in challenging environments
Immerse yourself in massive data sets from developmental flight telemetry and robust customer analytics to identify problems before they occur, perform risk assessments, develop prognostic and conditioned based maintenance protocols, and anchor our reliability test specs firmly in data

Deep curiosity with 6+ years experience hands-on testing, development and delivery of highly reliable complex electro-mechanical systems with an emphasis on high density PCBA test engineering and debug
Proven experience leading technical validation programs end-to-end, with accountability for test strategy, execution quality, and overall system readiness
Extensive knowledge of the physics of failure and integration risks of one or more critical electronics and mechanical subsystems such as compute systems, electro-mechanical or electronic sensors
Proficient in Python and/or SQL and how to best harness AI models to maximize efficiency and minimize hallucinations analyzing large datasets or scripting efficient automated testing
A passion for communicating the nuances of hardware reliability to internal and external cross functional teams to help drive organizational priorities