Senior Product Integration Engineer, Dropbox

Zipline•South San Francisco, CA

6d•Onsite

About The Position

Zipline builds and operates autonomous delivery systems that move critical goods reliably and safely. Dropbox is our customer-facing package-loading product that integrates mechatronics, sensors, electronics, access control, user interaction, firmware, autonomy interfaces, and environmental protection so untrained users can hand off packages to our drones. Every partner site is different. Window dimensions, building geometry, awnings, utilities, traffic, pedestrian access, permitting constraints, employee workflows, and delivery volume all affect how Dropbox can be configured and operated. Product behavior must account for these real-world constraints without creating an unmanageable number of hardware variants or site-specific exceptions. As a Senior Product Integration Engineer, you will be the technical bridge between partners, Product, Hardware, Firmware, Systems, Safety, and Deployments. You will convert partner workflows and building conditions into clear product requirements, configuration rules, interface definitions, and product behaviors. You will work directly with partners during site exploration and pilots, define what must be true for Dropbox to integrate successfully, and provide Deployment teams with the information required to survey, design, install, commission, and support sites. You will also work closely with Firmware to define state machines, interlocks, fault responses, recovery behavior, configuration parameters, and telemetry. This is a hands-on individual-contributor role for someone who can move between a partner’s kitchen or drive-through, a building drawing, a system state diagram, a safety analysis, and a firmware design review. Success means Dropbox behaves safely and predictably, meets throughput needs, and can be deployed repeatedly without site-specific engineering heroics.

Requirements

Proven experience integrating complex electromechanical, robotic, industrial-automation, or autonomous systems into real customer environments.
Experience translating customer workflows and ambiguous field needs into clear technical requirements and scalable product decisions.
Strong systems judgment across mechanical hardware, sensors, electronics, firmware, software, controls, and human interaction.
Experience defining concepts of operation, interface-control documents, state machines, fault behavior, and system-level requirements.
Ability to read building plans, site surveys, mechanical drawings, electrical diagrams, layouts, and system architecture documentation.
Experience evaluating physical constraints such as structures, clearances, utilities, traffic, service access, installation sequencing, and environmental exposure.
Experience partnering with firmware teams to define observable, testable, and recoverable product behavior.
Demonstrated ability to reason about safety hazards and translate mitigations into hardware, sensing, software, or site requirements.
Ability to model throughput, cycle time, resource contention, and operational edge cases.
Experience leading technical discussions with customers or partners while maintaining clear product boundaries.
Ability to produce precise technical packages that Deployment and construction teams can execute.
Strong written, verbal, and visual communication, including diagrams, configuration tables, interface drawings, and decision documents.
Comfort working at deployment sites, observing workflows, inspecting physical conditions, and resolving integration questions directly.
High technical curiosity, customer empathy, decisive engineering judgment, comfort with ambiguity, and discipline in separating product requirements from one-off requests.

Responsibilities

Own technical product integration for Dropbox across partner workflows, building interfaces, product configuration, firmware behavior, and deployment readiness.
Work directly with partners to understand employee workflows, peak operations, site-development practices, construction constraints, and operational priorities.
Lead site fit studies using drawings, surveys, CAD envelopes, representative hardware, and on-site observations.
Translate partner needs into product requirements without allowing individual requests to create unnecessary configurations or compromise the product architecture.
Define supported site archetypes and configurations, including wall-adjacent, freestanding, indoor-loading, window-integrated, mirrored, high-throughput, and drive-through installations.
Determine which partner scenarios are supported by the standard product, require an approved configuration, need a site modification, or should not be supported.
Define building and site constraints such as rough openings, sill heights, wall thickness, ground conditions, structural interfaces, mast clearances, awnings, facade obstructions, drainage, utilities, vehicle envelopes, pedestrian zones, and service access.
Develop and maintain authoritative partner-integration packages including space claims, keep-out volumes, interface drawings, window specifications, vendor cut sheets, utility requirements, configuration rules, and site acceptance criteria.
Provide Deployment teams with survey requirements, installation inputs, configuration instructions, commissioning steps, and technical escalation criteria.
Ensure mechanical installation, electrical connection, surveying, firmware configuration, and software commissioning are represented in one complete deployment workflow.
Partner with Deployment Engineering to make installation and commissioning safe, repeatable, and executable without continuous support from the product-development team.
Lead technical engagement for early partner pilots and use field observations to identify product, workflow, and configuration changes.
Define the Dropbox concept of operations across loading, validation, waiting, droid approach, seating, handoff, recovery, service, and downtime.
Work with Firmware engineers to develop clear, testable state machines and product behavior for nominal, degraded, and faulted operation.
Define behavior for access control, window and vehicle interlocks, human presence, homing, interrupted motion, obstructions, sensor disagreement, power loss, communication loss, configuration errors, and service recovery.
Ensure product states, fault reasons, configuration, and recovery actions are visible in telemetry and understandable to operators, Deployment, and field-support teams.
Define how site configuration, window type, loading mode, sensors, and operating speeds, is represented, validated, and controlled in software.
Own cross-functional interface definitions among Dropbox, the building, partner users, packages, droids, cloud systems, and deployment tooling.
Translate safety analyses into product requirements, sensing strategies, operating limits, interlocks, and configuration constraints.
Define user-centric throughput and cycle-time requirements, including loading time, machine motion, droid handoff, recovery, and high-volume site capacity.
Quantify tradeoffs between throughput and safety, including when different site risk profiles require different speeds, sensing, traffic controls, or operating rules.
Drive cross-functional decisions when partner experience, building compatibility, safety, throughput, reliability, cost, and schedule compete.
Define verification and acceptance evidence for new site types, product behaviors, and configurations.
Use pilots, deployment feedback, field incidents, and telemetry to improve product requirements and reduce installation exceptions, failed pickups, downtime, and field escalations.
Maintain clear decision records, interface-control documents, configuration matrices, state diagrams, and deployment guidance.