The **Junior Cloud Engineer** is an early-career individual contributor in the **Cloud & Infrastructure** department responsible for building, operating, and supporting cloud-based infrastructure services under the guidance of senior engineers. This role focuses on safe execution: provisioning and maintaining cloud resources, implementing infrastructure-as-code, monitoring reliability, and resolving day-to-day operational issues across development and production environments.

The Infrastructure Engineer designs, builds, and operates the compute, storage, networking, and foundational cloud/platform services that enable software teams to deliver products reliably and securely. This role turns infrastructure needs into repeatable, automated, supportable services—balancing performance, resiliency, cost, and risk.

The Engineering Leader – SRE and DevOps is accountable for the reliability, scalability, and operational excellence of production systems by leading Site Reliability Engineering (SRE) and DevOps practices across the organization. This role builds and runs the operating model that enables fast, safe software delivery while meeting availability, performance, security, and cost objectives.

The **Distinguished Systems Reliability Engineer (SRE)** is a top-tier individual contributor responsible for defining, scaling, and continuously improving the reliability, availability, performance, and operational excellence of the company’s most critical cloud and infrastructure-backed services. This role blends deep distributed systems engineering with a rigorous reliability management approach (SLOs, error budgets, incident learning, and automation) and broad enterprise influence across engineering, product, security, and operations.

A **Distinguished Site Reliability Engineer (SRE)** is a top-tier individual contributor who defines and evolves the reliability strategy, operating standards, and platform capabilities that enable large-scale software services to meet availability, latency, and resilience commitments. This role combines deep systems engineering expertise with organization-wide influence to reduce systemic operational risk, improve reliability efficiency, and enable fast, safe delivery.

The **Distinguished Reliability Engineer** is a senior-most individual contributor in the **Cloud & Infrastructure** organization, accountable for shaping reliability strategy and driving systemic improvements to availability, performance, resilience, and operational excellence across critical platforms and services. This role blends deep technical expertise with cross-organizational leadership, influencing architecture, engineering standards, incident response maturity, and reliability culture at enterprise scale.

The **Distinguished Production Engineer** is an enterprise-scale, senior individual contributor (IC) who designs, hardens, and continuously improves the production runtime of a software company’s critical services. This role owns reliability strategy and technical direction for production engineering practices across multiple platforms or product lines, ensuring services remain **available, performant, secure, and cost-efficient** under real-world conditions.

The **Distinguished Observability Engineer** is a top-tier individual contributor responsible for defining, scaling, and governing the organization’s observability strategy across cloud infrastructure and production applications. This role ensures the company can reliably detect, understand, and resolve production issues through high-quality telemetry (metrics, logs, traces, events), actionable alerting, and measurable reliability targets (SLIs/SLOs).

The **Distinguished Infrastructure Engineer** is a top-tier individual contributor (IC) responsible for shaping enterprise-grade infrastructure architecture, reliability posture, and platform strategy across multiple product lines and engineering organizations. This role operates at the intersection of architecture, operations, security, and delivery—setting direction, unblocking systemic constraints, and ensuring that infrastructure becomes a competitive advantage rather than a cost center or bottleneck.

The **Distinguished DevOps Engineer** is a top-tier individual contributor (IC) responsible for defining and evolving the enterprise DevOps, reliability, and platform engineering strategy across the Cloud & Infrastructure organization. This role drives measurable improvements in delivery speed, system resilience, cost efficiency, and security posture by designing scalable platforms, standardizing engineering practices, and mentoring technical leaders across multiple teams.

The **Distinguished Cloud Engineer** is a top-tier individual contributor responsible for setting enterprise-wide technical direction and engineering standards for cloud platforms, infrastructure, and runtime environments. This role designs and evolves cloud foundations that enable secure, reliable, cost-effective product delivery at scale while reducing operational friction for engineering teams.

The DevOps Engineer enables fast, safe, and reliable software delivery by building and operating the automation, cloud infrastructure, and operational practices that connect software engineering with production operations. This role designs and maintains CI/CD pipelines, infrastructure-as-code, and observability patterns to ensure services are deployable, scalable, resilient, and cost-efficient.

The Cloud Platform Engineering Leader owns the strategy, delivery, and operational excellence of the company’s cloud platform capabilities, enabling product and engineering teams to ship secure, reliable software quickly and repeatedly. This role leads the team that builds and runs the internal cloud platform (often an Internal Developer Platform, or IDP), including landing zones, Kubernetes/container platforms, CI/CD enablement, observability, and “golden paths” for service delivery.

A **Cloud Native Engineer** designs, builds, and operates cloud-native infrastructure and application runtime platforms that enable product teams to deliver scalable, secure, and reliable services with high deployment velocity. The role focuses on Kubernetes-based orchestration, containerization, infrastructure as code, CI/CD enablement, and observability—turning cloud capabilities into repeatable, self-service engineering patterns.

The Cloud Engineer designs, builds, and operates cloud infrastructure that enables reliable, secure, and cost-effective delivery of software services. The role focuses on provisioning and maintaining cloud environments, implementing infrastructure-as-code, improving operational resilience, and supporting application teams with scalable platform capabilities.

The **Associate Systems Reliability Engineer** (Associate SRE) helps keep customer-facing systems and internal platforms reliable, observable, performant, and cost-effective. This role supports production operations by responding to incidents, improving monitoring and alerting, automating repetitive tasks, and contributing to reliability improvements under the guidance of more senior SREs and engineering leaders.

The **Associate Storage Engineer** is an early-career infrastructure engineer responsible for helping design, operate, and continuously improve the organization’s storage platforms across on-premises and/or cloud environments. The role focuses on reliable day-to-day storage operations (provisioning, monitoring, troubleshooting, backup integrations, and lifecycle tasks) while building foundational engineering capability in automation, observability, and storage-as-a-service delivery.

The **Associate Site Reliability Engineer (SRE)** is an early-career reliability-focused engineer responsible for keeping customer-facing services and internal platforms **available, performant, secure, and cost-effective** through disciplined operational practices and automation. This role blends software engineering fundamentals with production operations, emphasizing **observability, incident response, infrastructure-as-code, and service-level objectives (SLOs)**.

The Associate Reliability Engineer helps ensure that cloud platforms, shared infrastructure services, and production applications are reliable, observable, and operable day-to-day. This is an early-career engineering role focused on learning and applying reliability engineering practices—monitoring, incident response, automation, and post-incident improvement—under the guidance of more senior reliability engineers and engineering leadership.

The **Associate Production Engineer** is an early-career reliability and operations-focused engineer within **Cloud & Infrastructure** who helps keep production systems stable, secure, observable, and continuously improving. This role partners with software engineers, SRE/production engineering peers, and support teams to detect issues early, respond to incidents effectively, and reduce operational toil through automation and standardization.

The **Associate Observability Engineer** is an early-career engineer in the **Cloud & Infrastructure** department responsible for implementing, operating, and improving the company’s observability capabilities—**metrics, logs, traces, dashboards, and alerting**—so engineering teams can reliably detect, diagnose, and prevent service issues. This role focuses on building and maintaining standardized telemetry patterns, supporting incident response with high-quality signals, and improving the developer experience for instrumentation and monitoring.

The **Associate Network Engineer** is an early-career individual contributor in the **Cloud & Infrastructure** department responsible for supporting, operating, and improving the organization’s network services under the guidance of senior network engineers. The role focuses on reliable day-to-day network operations (LAN/WAN/Wi-Fi/VPN), incident and request fulfillment, standardized changes, and disciplined documentation that enables scale and consistency.

The **Associate Network Automation Engineer** is an early-career individual contributor in the Cloud & Infrastructure organization responsible for building, operating, and continuously improving **automation that configures, validates, and monitors network infrastructure**. The role focuses on reducing manual effort and configuration drift, improving network reliability, and enabling faster, safer change delivery through automation, testing, and standardization.

The **Associate Monitoring Engineer** helps ensure that cloud infrastructure and production applications are observable, measurable, and operationally supportable. The role focuses on building and maintaining monitoring coverage (metrics, logs, traces), configuring actionable alerts, supporting incident response, and continuously improving dashboards and runbooks so engineering teams can detect and resolve issues quickly.

The **Associate Linux Systems Engineer** is an early-career infrastructure engineer responsible for operating, supporting, and improving Linux-based systems that run production services and internal platforms. The role focuses on reliable day-to-day system administration, incident response support, routine automation, and disciplined change execution—under the guidance of more senior engineers and established operational standards.

The **Associate Kubernetes Engineer** is an early-career infrastructure engineer responsible for operating and improving Kubernetes-based platforms that run business-critical applications. The role focuses on reliable day-to-day cluster operations, deployment enablement, observability, and continuous improvement under the guidance of senior platform engineers or SREs.

The **Associate Infrastructure Engineer** is an early-career individual contributor responsible for supporting, operating, and incrementally improving the cloud and/or on-prem infrastructure that software products run on. This role focuses on reliable execution: provisioning environments, maintaining core platform services, responding to incidents, performing routine changes, and contributing to automation under the guidance of senior engineers.

The **Associate DevOps Engineer** supports the reliability, scalability, and delivery speed of software systems by helping automate infrastructure, improving CI/CD pipelines, and assisting with production operations. This role exists to reduce friction between development and operations by enabling repeatable deployments, standardized environments, and measurable operational health.