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Opendoor is seeking an Applied Scientist to tackle hard quantitative problems in ML, causal inference, optimization, and decision-making under uncertainty. The role spans marketing investment, customer acquisition, lifecycle engagement, and conversion.
You will join a small, nimble team to build practical models for a low-margin, high-stakes business and translate insights into production systems that improve acquisition efficiency and customer growth.
About Opendoor
At Opendoor our mission is to tilt the world in favor of homeowners and those who aim to become one. Homeownership matters. It's how people build wealth, stability, and community. It's how families put down roots, how neighborhoods strengthen, how the future gets built. We're building the modern system of homeownership giving people the freedom to buy and sell on their own terms. We’ve built an end-to-end online experience that has already helped thousands of people and we’re just getting started.
We’re looking for an Applied Scientist to work on some of the hardest quantitative problems at Opendoor. This role will focus primarily on machine learning, causal inference, optimization, and decision-making under uncertainty, with applications spanning marketing investment, customer acquisition, lifecycle engagement, and conversion.
This role will contribute to our broader growth ecosystem, and we’re looking for someone who can combine strong modeling intuition with hands‑on execution and strong engineering to build practical solutions for a low-margin, high-stakes business where small improvements in acquisition efficiency and customer conversion can have an outsized impact.
You’ll work on problems like predicting seller intent and conversion, estimating customer lifetime value, building marketing mix models, and developing optimizers that help us allocate spend and identify which customer interactions drive incremental growth.
We’re a small, nimble team, so there’s ample opportunity to shape both the modeling direction and how these systems get used in production decision‑making.