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dynamism in San Francisco is seeking a Geospatial Engineering Lead to build the geospatial foundations of the product, integrating imagery, vehicle telemetry, GIS data, and engineering documents into a trusted asset model for public works teams. You will design asset connections and map-based experiences that enable decision-makers to plan and act.
Work with ML engineers on validation and provenance, own cross-system challenges from ingest to customer-facing behavior, and contribute to a
Geospatial Engineering Lead
Base salary: $200K to $300K plus equity
Location: San Francisco, 4 days in person | Full time
A map can be more than a picture. Walton County, Georgia, has used historical road imagery to answer a real asset question, and Covington, Kentucky, is bringing the platform into pavement planning. Lead the engineering that lets cities connect what was seen on the street to what they decide to repair, fund, and maintain.
We are hiring for a company building the operating layer for the infrastructure cities maintain. Roads are the starting point: imagery, vehicle data, GIS records, engineering documents, and local knowledge become a living map of assets and their condition. Public works teams can use that evidence to plan capital, explain priorities, and manage work. The longer ambition reaches sidewalks, drainage, signs, bridges, and other public assets.
The product has customers, revenue, and funding, while the engineering choices that define the next phase are still open. You would join a world-class engineering team that includes a founding software engineer formerly at Brex and a machine learning engineer formerly at X, Google's moonshot factory.
You will build the geospatial foundations of the product and the workflows that make them useful. Imagery, vehicle telemetry, GIS files, engineering documents, and human review must come together in an asset model people can inspect and trust.
Physical-world data is incomplete, inconsistent, and time dependent. You will help a city understand what changed, which evidence supports a condition, and where a human needs to check the model before a decision is made.