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ShipIn Systems is seeking a Senior Data Engineer to own end-to-end data pipelines running on-premises aboard vessels and integrated with AWS cloud services. You will design, implement, and optimize real-time streaming and batch processing of high-volume video and telemetry data, ensuring reliability in constrained environments.
You will collaborate with CV and ML teams to deploy models at the edge and drive architectural redesigns while maintaining 24/7 uptime and strong cross-functional
ShipIn Systems is redefining how the maritime industry understands, manages, and reduces operational risk. Our AI-powered visual fleet intelligence platform connects onboard video with shore-based teams, turning everyday vessel operations into actionable insight that helps prevent incidents before they accelerate.
We work with many of the world’s leading shipowners and operators to bring greater visibility, accountability, and learning into daily operations at sea. The result is safer crews, stronger performance, and smarter decision-making across global fleets.
If you’re drawn to complex, real-world industries and want to build technology that changes behavior and improves safety at scale, join us.
We're looking for a Senior Data Engineer to join our R&D team and take end-to-end ownership of the data pipelines that sit at the core of FleetVision.
Our architecture is uniquely challenging: pipelines run on-premises, aboard vessels at sea, processing continuous, high-volume video streams in real time, in resource-constrained environments, without reliable connectivity. You'll own both the reliability of what exists today and the redesign of what comes next, as we scale the platform and expand into new vessel segments and data sources.
You’ll work closely with computer vision, DevOps, and product managers, sitting at the intersection of the on-prem edge and our AWS cloud infrastructure. The problems here are genuinely challenging: low‑latency stream processing, ML model integration at the edge, hybrid deployment pipelines, and mission‑critical uptime on vessels where downtime isn’t an option.