Leads validation, reliability testing, failure analysis, and risk management for complex electromechanical autonomous flying systems from prototype through production. The role requires 6+ years of hardware test experience, strong PCBA debugging, robotics or mechanical intuition, and Python or SQL data-analysis skills.
Supports hardware and software test infrastructure, reliability validation, data analysis, and failure analysis for autonomous flying products. The internship requires Python or similar programming experience, familiarity with testing methods and equipment, and strong cross-functional problem-solving skills.
Investigate and diagnose failures in drone hardware systems including PCBs, power electronics, batteries, cameras, sensors, motors, and embedded components. Perform root cause analysis using 8D, FMEA, and other methods, drive CAPA, and collaborate with engineering teams to improve product reliability.
Electrical Engineering Intern at Skydio prototyping, validating, and refining electrical systems for autonomous drones, including schematic design, PCB layout, bring-up, and subsystem development for power, sensing, and computing. Requires EE fundamentals, lab tools, and some electronics experience.
Skydio seeks a Product Design Engineer Intern to design mechanical parts and prototypes for autonomous drones. Work on creative problem-solving, root cause analysis, manufacturing process improvements, hands-on validation, and cross-functional collaboration. Requires strong mechanical design fundamentals and 3D CAD experience.
Senior Supplier Quality Engineer focused on qualifying and managing PCB/PCBA and electronics suppliers. Conducts audits, drives FAI/PVT readiness, manages SCARs, and implements quality tools to ensure high-volume production reliability.
Design, implement, and support automated manufacturing control systems for drone production. Focus on PLCs, SCADA, robotics integration, and production-floor troubleshooting.
Hands-on Manufacturing Test Engineer owning end-to-end test readiness for drone product lines. Designs automated test equipment, develops Python test automation, and drives production quality improvements.
Drive wireless system architecture, cellular hardware integration, and RF performance optimization for autonomous drone products. Lead cross-functional efforts from concept through certification and production ramp.
Executes complex PCB layouts for autonomous drones, including stack-up design, high-density placement, and precision routing. Collaborates with EE, RF, and mechanical teams to ensure performance, reliability, and manufacturability; requires 5+ years expertise in Cadence Allegro/OrCAD.
Designs and optimizes RF systems for autonomous drones, collaborating on wireless solutions across WiFi, LTE, Bluetooth, and GPS. Requires MS in EE and 3+ years in wireless design, desense evaluation, and tools like Ansys and Keysight ADS.
Electrical engineer focused on sustaining drone products through failure analysis, validation of components and subsystems, root cause investigations, and driving design changes for reliability and manufacturability. Requires strong expertise in circuit design, testing, and lab instrumentation.
Designs mechanical parts, assemblies, and structures for autonomous drones and accessories, integrating with electrical systems and driving from prototype to mass production. Requires mechanical engineering bachelor's, 3D CAD mastery (CATIA preferred), and manufacturing process expertise.
Leads evaluation, optimization, and testing of wireless systems performance for drone networks, focusing on WLAN, LTE, mesh topologies, and OTA testing in congested environments. Requires strong wireless protocol knowledge and debugging skills.
Designs and architects electrical systems for drones, integrating mobile SoCs, power, RF, sensing, and imaging electronics for high-volume production. Requires experience shipping consumer electronics with expertise in high-speed digital, connected products, and Python/C scripting.
Leads validation, reliability testing, failure analysis, and risk management for complex electromechanical autonomous flying systems from prototype through production. The role requires 6+ years of hardware test experience, strong PCBA debugging, robotics or mechanical intuition, and Python or SQL data-analysis skills.
Supports hardware and software test infrastructure, reliability validation, data analysis, and failure analysis for autonomous flying products. The internship requires Python or similar programming experience, familiarity with testing methods and equipment, and strong cross-functional problem-solving skills.
Investigate and diagnose failures in drone hardware systems including PCBs, power electronics, batteries, cameras, sensors, motors, and embedded components. Perform root cause analysis using 8D, FMEA, and other methods, drive CAPA, and collaborate with engineering teams to improve product reliability.
Electrical Engineering Intern at Skydio prototyping, validating, and refining electrical systems for autonomous drones, including schematic design, PCB layout, bring-up, and subsystem development for power, sensing, and computing. Requires EE fundamentals, lab tools, and some electronics experience.
Skydio seeks a Product Design Engineer Intern to design mechanical parts and prototypes for autonomous drones. Work on creative problem-solving, root cause analysis, manufacturing process improvements, hands-on validation, and cross-functional collaboration. Requires strong mechanical design fundamentals and 3D CAD experience.
Senior Supplier Quality Engineer focused on qualifying and managing PCB/PCBA and electronics suppliers. Conducts audits, drives FAI/PVT readiness, manages SCARs, and implements quality tools to ensure high-volume production reliability.
Design, implement, and support automated manufacturing control systems for drone production. Focus on PLCs, SCADA, robotics integration, and production-floor troubleshooting.
Hands-on Manufacturing Test Engineer owning end-to-end test readiness for drone product lines. Designs automated test equipment, develops Python test automation, and drives production quality improvements.
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Drive wireless system architecture, cellular hardware integration, and RF performance optimization for autonomous drone products. Lead cross-functional efforts from concept through certification and production ramp.
Executes complex PCB layouts for autonomous drones, including stack-up design, high-density placement, and precision routing. Collaborates with EE, RF, and mechanical teams to ensure performance, reliability, and manufacturability; requires 5+ years expertise in Cadence Allegro/OrCAD.
Designs and optimizes RF systems for autonomous drones, collaborating on wireless solutions across WiFi, LTE, Bluetooth, and GPS. Requires MS in EE and 3+ years in wireless design, desense evaluation, and tools like Ansys and Keysight ADS.
Electrical engineer focused on sustaining drone products through failure analysis, validation of components and subsystems, root cause investigations, and driving design changes for reliability and manufacturability. Requires strong expertise in circuit design, testing, and lab instrumentation.
Designs mechanical parts, assemblies, and structures for autonomous drones and accessories, integrating with electrical systems and driving from prototype to mass production. Requires mechanical engineering bachelor's, 3D CAD mastery (CATIA preferred), and manufacturing process expertise.
Leads evaluation, optimization, and testing of wireless systems performance for drone networks, focusing on WLAN, LTE, mesh topologies, and OTA testing in congested environments. Requires strong wireless protocol knowledge and debugging skills.
Designs and architects electrical systems for drones, integrating mobile SoCs, power, RF, sensing, and imaging electronics for high-volume production. Requires experience shipping consumer electronics with expertise in high-speed digital, connected products, and Python/C scripting.