Jobs at Zipline

Responsible for designing and developing production test systems for Zipline products, ensuring high reliability and scalability. Collaborate across teams to troubleshoot and improve testing processes and equipment.

The Senior Flight Test Engineer will lead flight test campaigns, ensuring aircraft performance validation while collaborating with various teams and analyzing test data to drive improvements.

Lead spatial analyses and site strategy to decide where Zipline expands across U.S. metros. Perform GIS-based evaluation, build automations and tools, support real estate decisions, produce executive visualizations, and collaborate cross-functionally to translate spatial and operational complexity into actionable recommendations.

As an intern, you will develop test assets for Zipline's hardware, collaborating with teams to validate components and implement testing software.

Develop and deploy test automation software for hardware components, coordinate with teams, and ensure quality standards in production testing.

Lead global commodity strategies and supplier management for autonomous systems, ensuring cost-effective and high-quality sourcing while managing supplier relationships across multiple regions.

Design fixtures, workstations, and tooling for production equipment at Zipline, leading a small team while contributing hands-on. Ensure efficient manufacturing processes through tool design and cross-functional collaboration.

Lead supplier industrialization for PCBAs and top-level assemblies: DfM guidance, supplier selection and audits, drive CM quality and process improvements, own field failures and SCARs, deploy SPC, validate supplier processes and EOL testing, and travel to supplier sites.

Partner with the CEO and executive team to drive high-stakes decisions, run executive operating cadences, lead cross-functional high-priority projects, and create CEO leverage through time architecture, communications, and rigorous follow-through.

The Recruiting Partner will engage with executives to understand hiring needs, source diverse candidates, and enhance the recruitment process while ensuring a great candidate experience.

As a Senior Full Stack Software Engineer at Zipline, you will develop and maintain software systems that support logistics, operations, and network management. You will work closely with cross-functional teams to design scalable solutions and ensure reliability in a high-impact environment.

Own high-impact software across Zipline's application platform, collaborating with various teams to create reliable systems for autonomous logistics.

The Principal Software Engineer will own significant software systems for Zipline's logistics platform, collaborating with various teams to design and build production software that impacts operations and business outcomes.

The Recruiting Partner at Zipline will drive high-volume hiring processes, ensuring efficient candidate flow and quality while collaborating closely with hiring teams to fulfill staffing needs.

Mechanical Design Engineers at Zipline will design electromechanical systems, manage projects from design to production, and ensure manufacturability and functionality. They'll work closely with teams to produce high-quality products for diverse applications.

Lead the risk and safety strategy for Zipline's aircraft, performing safety analyses, and managing a small team. Act as a technical owner for external safety communications and ensure continuous learning from operations to improve safety.

Design and deliver custom production equipment and tooling for aircraft and assembly within a cross-functional team, ensuring safety and efficiency.

As a Senior Human Resources Business Partner, you will collaborate with leaders to guide strategic HR initiatives, improve employee engagement, and ensure organizational culture aligns with business needs.

The engineer will own software for Zipline's application platform, including tools for operations, marketplace systems, and network operations software. Responsibilities include solving complex problems, building durable systems, and collaborating with various stakeholders.

Design and deliver reliable, real-time embedded platform software for autonomous drones: transport, process, and store high-bandwidth sensor data across processors; enable logging, observability, deterministic behavior, and tooling for algorithm teams; collaborate with hardware, embedded, and autonomy teams to optimize performance and reliability.