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Leads the Marketplace Software engineering team, owning the roadmap and execution for marketplace management tools, services, and products. Responsibilities include hiring, coaching, and developing engineers; guiding architecture and technical execution; building customer-facing marketplace software; partnering with Product and Operations; and improving scalability and marketplace health.

Own aircraft loads and dynamics analysis, define vehicle load requirements, perform structural and multibody simulations, evaluate strength and fatigue, and lead dynamic testing from preparation through model correlation. Collaborate across engineering disciplines to guide aircraft design and performance decisions. Develop analysis tools, processes, and standards while mentoring engineers. The role includes hands-on work in wind tunnels, vibration labs, flight tests, and field environments.

Own rotor and propeller loads development for autonomous aircraft, performing rotordynamics, structural, fatigue, finite element, and flight-test analyses. Define loads requirements, build models, lead design-test-analysis cycles, validate performance through testing, and collaborate across aerodynamics, structures, GNC, systems, and powertrain teams. The role also mentors engineers and develops standardized analysis tools and processes.

Work with Zipline’s autonomous delivery droid to analyze flight data, identify motion-planning failure modes, design validation experiments, apply statistics and machine learning, and develop evaluation tools that improve delivery reliability, safety, and performance. The intern will collaborate with perception, autonomy, and flight-testing teams while gaining experience deploying robotic autonomy systems in real-world operations.

Design and improve commercial implementation workflows supporting partner onboarding, integrations, and ongoing operations. Map processes, identify bottlenecks, recommend improvements, collaborate with Product, Enterprise Systems, Customer Success, and Engineering, track performance metrics, and maintain process documentation and SOPs. The internship is full-time and in-person in South San Francisco, with occasional travel to commercial test sites.

Lead cross-functional support operations and partner-experience programs from planning through launch and optimization. Coordinate product, engineering, operations, commercial, and support teams; improve workflows, tools, documentation, and customer experiences; analyze operational data; manage project plans and risks; prepare executive communications; and develop AI-enabled support processes.

Analyzes drone flight-test data, identifies anomalies and root causes, tracks performance trends, and supports regression analysis. Designs and evaluates software validation and flight-test campaigns, develops test infrastructure and instrumentation, maintains dashboards and SQL queries, and may support flight operations. Collaborates with controls, aerodynamics, structures, and systems engineering teams to validate autonomous aircraft and ensure system requirements are measurable and test-ready.

Flight Test Engineering Interns analyze flight-test data, identify anomalies and root causes, evaluate system reliability, and track performance trends. They help design and execute software validation and flight-test campaigns, develop test infrastructure and instrumentation, maintain dashboards and SQL queries, and collaborate with controls, aerodynamics, structures, and systems engineering teams. The role may also involve supporting flight operations, including preflight, launches, maneuvers, and incident reporting.

Design, optimize, and maintain commercial workflows supporting partner onboarding and ongoing operations. Map processes, identify bottlenecks, recommend improvements, collaborate with Product, Enterprise Systems, Customer Success, and Engineering, monitor performance metrics, and maintain workflow documentation and SOPs. This is a full-time, in-person internship requiring occasional travel to commercial test sites.

Lead Zipline’s global airspace integration policy and regulatory strategy for autonomous drone operations. Engage with the FAA, civil aviation authorities, air navigation providers, standards organizations, and industry groups on UAS, BVLOS, spectrum, UTM, detect-and-avoid, Remote ID, and ADS-B requirements. Translate regulatory developments into compliance, certification, deployment, and product roadmaps while advising leadership on risks, dependencies, market access, and long-term aviation policy.