At Snowflake, we are powering the era of the agentic enterprise. To usher in this new era, we seek AI-native thinkers across every function who are energized by the opportunity to reinvent how they work. You don’t just use tools; you possess an innate curiosity, treating AI as a high-trust collaborator that is core to how you solve problems and accelerate your impact. We look for low-ego individuals who thrive in dynamic and fast-moving environments and move with an experimental mindset — who rapidly test emerging capabilities to discover simpler, more powerful ways to deliver results. At Snowflake, your role isn't just to execute a function, but to help redefine the future of how work gets done.

Build the foundation for faster, safer innovation.

Snowflake’s AI Data Cloud supports critical enterprise workloads across multiple clouds and regions. As AI accelerates software development, the volume and pace of change are outgrowing what engineers can manually review, coordinate, and monitor. Moving faster requires systems that make understanding, diagnosing, and resolving issues an integral part of how customers and engineers work.

The Observability team builds the telemetry, analytics, and diagnostic platform that helps Snowflake customers and engineers understand the health of their workloads and services, detect problems early, and resolve them quickly. We’re looking for a hands-on, product-minded Principal Software Engineer I to help build an AI-driven observability platform, combining deep distributed-systems engineering with a strong instinct for what customers and developers need.

You will shape technical direction, solve challenging systems problems, and lead initiatives from concept to customer launch across engineering, product, and design. The opportunity is to build a platform where AI agents and engineers detect, diagnose, and resolve issues together, so that growing scale and complexity translate into faster answers rather than more manual investigation.

AS A PRINCIPAL SOFTWARE ENGINEER AT SNOWFLAKE YOU WILL

Architect and build distributed infrastructure. Design scalable pipelines and services for ingesting, storing, and querying logs, metrics, traces, and events at very high volume, with predictable cost, low query latency, fault isolation, and clear data-freshness guarantees.

Ship observability products to customers. Partner with product management and design to define and deliver customer-facing capabilities, from telemetry collection and alerting to dashboards and diagnostics, that work natively within Snowflake. Turn customer feedback and usage data into product decisions, and own outcomes through launch and adoption.

Build AI-driven detection and diagnosis. Develop agentic workflows that correlate signals across the stack, surface anomalies, explain likely root causes, and recommend or take remediation steps. Ground these capabilities in high-quality telemetry and rigorous evaluation so customers and engineers can trust them.

Build and work AI-first. Make AI integral to how you design, implement, test, and operate software. Establish rigorous evaluation, security, and reliability standards for AI-powered capabilities, and drive adoption of AI-first practices across the team.

Lead from architecture through adoption. Translate ambiguous customer and developer needs into practical designs and milestones. Deliver intuitive APIs, SDKs, and self-service experiences built on open standards such as OpenTelemetry, and guide incremental migrations from existing tooling.

Raise the engineering bar. Write and review production code, diagnose complex failures, own operational outcomes, and mentor engineers. Influence across teams through technical depth, clear communication, and sound judgment.

OUR IDEAL PRINCIPAL SOFTWARE ENGINEER WILL HAVE

12+ years of software engineering experience, including technical leadership of complex backend, infrastructure, or data-platform initiatives spanning multiple teams.

Deep experience designing, building, and operating large-scale distributed systems, with strong understanding of concurrency, consistency, caching, failure recovery, storage and query efficiency, and performance.