Principal Machine Learning Engineer, TEAM
DoorDash · Sunnyvale, CA · 1 mo ago
Engineering$282k–$415k/yrFull-time
We need to output HTML fragment with sections for headings: About the role, Responsibilities, Requirements, Qualifications, Skills, Benefits, Pay, Schedule. Only include sections that have real specific content. We must not repeat job title. Must not include Job ID etc. Must preserve all substantive info, not invent or summarize away detail. Remove boilerplate like EEO, legal, etc. Also remove duplicated lines, application instructions.
We need to parse the posting: It has sections: About The Team, About The Role, bullet points under "You will…", "Example Focus Areas Include", "We’re Excited About You Because You Have…", Compensation, Benefits, About DoorDash, etc.
We need to map to headings: About the role (maybe combine About The Team and About The Role? The instruction: use for section headings (e.g. About the role, Responsibilities, Requirements, Qualifications, Skills, Benefits, Pay, Schedule). So we need sections like About the role, Responsibilities, Requirements, Qualifications, Skills, Benefits, Pay, Schedule. We must only include sections when posting has real specific content.
We have content about role: "About The Role" paragraph and bullet list of responsibilities (You will…). That fits About the role and Responsibilities.
We have qualifications: "We’re Excited About You Because You Have…" includes experience, skills, etc. That could be Requirements, Qualifications, Skills. We need to decide how to split.
We have compensation: "Compensation" paragraph with pay range and equity. That's Pay.
We have benefits: benefits paragraph with details. That's Benefits.
Schedule: Not mentioned. So we should not include Schedule heading.
We also have About The Team maybe could be part of About the role? But we can include About the role covering both team and role.
We must not include boilerplate like DoorDash mission, Diversity, etc. Remove those.
We must preserve all substantive info: need to keep details like bullet points, examples, compensation range, benefits specifics.
We must not invent or summarize away detail: keep as is.
We need to output only HTML fragment, no /, no markdown fences.
Thus produce something like:
for section headings (e.g. About the role, Responsibilities, Requirements, Qualifications, Skills, Benefits, Pay, Schedule). So we need sections like About the role, Responsibilities, Requirements, Qualifications, Skills, Benefits, Pay, Schedule. We must only include sections when posting has real specific content.
We have content about role: "About The Role" paragraph and bullet list of responsibilities (You will…). That fits About the role and Responsibilities.
We have qualifications: "We’re Excited About You Because You Have…" includes experience, skills, etc. That could be Requirements, Qualifications, Skills. We need to decide how to split.
We have compensation: "Compensation" paragraph with pay range and equity. That's Pay.
We have benefits: benefits paragraph with details. That's Benefits.
Schedule: Not mentioned. So we should not include Schedule heading.
We also have About The Team maybe could be part of About the role? But we can include About the role covering both team and role.
We must not include boilerplate like DoorDash mission, Diversity, etc. Remove those.
We must preserve all substantive info: need to keep details like bullet points, examples, compensation range, benefits specifics.
We must not invent or summarize away detail: keep as is.
We need to output only HTML fragment, no /, no markdown fences.
Thus produce something like:
About the role
... (combined About The Team and About The Role paragraphs)
Responsibilities
- Lead the Causal ML pod across technical strategy, architecture, execution, and quality. ...
Requirements
- Extensive experience (10+ years) in causal inference, econometrics, experimentation, or causal machine learning, with a record of setting technical direction beyond a single team. ...
About the role
... (combined About The Team and About The Role paragraphs)
Responsibilities
- Lead the Causal ML pod across technical strategy, architecture, execution, and quality.
- Create a roadmap that joins foundational platform work with high-value product applications.
- Define the company-level causal value metric and its measurement framework, including the target construct, time horizon, component outcomes, identification strategy, calibration, uncertainty, and guardrails.
- Build the metric into a decision system that teams can use for product prioritization, experiment readouts, intervention selection, budget allocation, and portfolio tradeoffs.
- Establish how randomized experiments, quasi-experiments, observational estimation, and learned models work together. Make the limits of each source of evidence explicit.
- Architect reusable causal capabilities for treatment effect estimation, surrogate validation, counterfactual policy evaluation, sensitivity analysis, and long-term outcome forecasting.
- Guide production applications across promotions, lifecycle interventions, ranking, recommendations, search, substitutions, demand shaping, and inventory-aware discovery.
- Set standards for validation, monitoring, reproducibility, and governance so causal estimates remain reliable as policies, populations, and marketplace conditions change.
- Influence senior leaders across Product, Engineering, Analytics, Finance, Strategy, and business teams by translating complex causal evidence into clear decisions and tradeoffs.
- Develop senior engineers and scientists through technical direction, design review, coaching, and a high bar for causal reasoning and engineering craft.
- Example Focus Areas Include: Company-level causal value: Create a common, causally grounded measure of the long-term value generated by product and business actions, enabling teams to compare opportunities across surfaces while preserving interpretable components and guardrails; Consumer action and lifetime value: Estimate which interventions truly grow durable customer value rather than pull demand forward, including promotions, lifecycle nudges, personalization, retention, and reactivation; Surrogate metrics and faster learning: Develop and validate early indicators that accelerate decisions before long-term outcomes mature, paired with variance reduction, sequential learning, and clear standards for trust; Counterfactual ranking and decisioning: Build causal layers for recommendations, search, targeting, demand shaping, and marketplace allocation so systems optimize incremental outcomes rather than predictive relevance alone; and Causal measurement platform: Create shared infrastructure that connects experiments, observational