Senior PM: AI-First Data Observability

Snowflake; Bellevue (WA); On-site; USD 236,000 - 339,000; Full time

Benefits offered by this job

Bonus plan

Equity plan

Comprehensive benefits

Job summary

Snowflake seeks a Senior Product Manager to own the Data Observability domain, spanning Data Quality, End-to-end Lineage, and Root Cause Analysis. Define strategy to win against observability platforms and lead AI-first transformations at scale for enterprise data pipelines.

You will helm a cross-functional pod of engineers and designers, partner with Cortex AI and Intelligence teams, and translate insights into a differentiated roadmap that enables self-healing, self-explaining data systems.

Qualifications

• 5+ years of product management experience in enterprise data infrastructure or observability.
• Deep familiarity with AI/ML concepts and agentic workflows.
• Strong customer empathy with executive stakeholders.
• Experience shipping enterprise data observability products.
• Fluency with AI tools as core to product work.

Responsibilities

• Define AI-first product vision for Data Observability and lifecycle.
• Lead cross-functional pod of engineers and designers to deliver.
• Engage with enterprise data engineers and leaders for insights.
• Develop differentiated roadmap against competitors and AI edge.
• Drive adoption with measurable outcomes and customer success.

Skills

Product management

Data observability

AI/ML concepts

Stakeholder engagement

Cross-functional leadership

Education

Bachelor's degree in Computer Science or Engineering

MBA

Job description

Snowflake seeks a Senior Product Manager to own the Data Observability domain, spanning Data Quality, End-to-end Lineage, and Root Cause Analysis. Define strategy to win against observability platforms and lead AI-first transformations at scale for enterprise data pipelines.

You will helm a cross-functional pod of engineers and designers, partner with Cortex AI and Intelligence teams, and translate insights into a differentiated roadmap that enables self-healing, self-explaining data systems.