Manager, Cloud Infrastructure and Platform Engineering - 11688

● Lead and Develop High-Performing Engineering Teams: Build, mentor, and manage 8-12 diverse Cloud Platform Engineers with career development and performance management for individual and team success.

● Drive Platform Engineering Execution and Delivery: Translate strategic initiatives into actionable roadmaps ensuring timely delivery of infrastructure, automation, and platform capabilities.

● Foster Technical Excellence and Innovation: Establish engineering best practices, code standards, and design processes that deliver scalable solutions while encouraging innovation.

● Manage Cross-Functional Platform Initiatives: Lead complex multi-quarter projects coordinating with product, DevOps, and infrastructure teams to deliver integrated solutions.

● Build Comprehensive Platform Automation: Oversee CI/CD pipelines, infrastructure automation, and developer tooling development to dramatically improve organizational productivity.

● Ensure Platform Reliability and Performance: Establish monitoring, alerting, and incident response processes maintaining uptime standards and sustainable operational practices.

● Drive Quality-Embedded Engineering Practices: Implement testing strategies, quality gates, and validation frameworks ensuring reliability while enabling rapid delivery.

● Manage Resource Planning and Technical Roadmaps: Collaborate with leadership to define priorities, manage capacity, and align efforts with business and technical requirements.

● Champion Developer Experience and Productivity: Lead self-service platform initiatives and tooling development enabling efficient and reliable service deployment.

● Cultivate Engineering Culture and Growth: Create inclusive, learning-focused environments promoting knowledge sharing and career advancement at all levels.

● Partner with Stakeholders Across Engineering: Collaborate with product, SRE, and infrastructure teams to align capabilities and ensure seamless platform integration.

● Drive Continuous Improvement and Productivity Optimization: Establish productivity metrics, conduct retrospectives, and build tools enhancing efficiency, reliability, and engineering velocity.