Site Reliability Engineer Lead (SRE) – Internal Kubernetes Container Platform (IKCP)
Bank of America
- Location
- Chandler
- Work model
- On-Site
- Level
- Senior
- H-1B history
- 278 approvals (FY2023)
- Posted
- Aug 22, 2026
Skills
About this role
Job Description
At Bank of America, we are guided by a common purpose to help make financial lives better through the power of every connection. We do this by driving Responsible Growth and delivering for our clients, teammates, communities and shareholders every day. Being a Great Place to Work and providing a culture of caring is core to how we drive Responsible Growth. We are intentional about fostering an inclusive workplace where every teammate has the opportunity to succeed, build a career and contribute to our shared success. This includes attracting and developing exceptional talent, recognizing and rewarding performance, and supporting our teammates’ physical, emotional, and financial wellness through affordable, competitive and flexible benefits. We value the unique perspectives individuals bring from all backgrounds and career paths - whether shaped by military service, community college education, or a wide range of work and life experiences. These journeys foster resilience, leadership and innovation, strengthening our workforce and positively impact the communities we serve. Bank of America is committed to an in-office culture that supports collaboration, engagement, and career development. Our approach includes clear in-office expectations, while providing an appropriate level of flexibility based on role-specific responsibilities and business needs. At Bank of America, you can build a successful career with opportunities to learn, grow, and make an impact. Join us!
Position
Summary: The IKCP Site Reliability Engineer Lead is responsible for ensuring the reliability, scalability, performance, security, and operational excellence of the enterprise Internal Kubernetes Container Platform (IKCP). This role serves as a technical lead within the platform organization, driving automation, observability, incident management, capacity planning, platform resilience, and continuous improvement across OpenShift, Kubernetes, Rancher, VKS and emerging container platform services. The role partners closely with Engineering, Architecture, Product Management, Security, Infrastructure, and Central Operations teams to deliver a highly available platform-as-a-product experience for application teams. Responsibilities are aligned with IKCP's focus on SLOs, error budgets, observability, runbooks, L3 operations, upgrade orchestration, and platform governance.
Key Responsibilities
Reliability & Operations Own platform reliability objectives, including service availability, resiliency, recoverability, and operational health. Lead critical incident response, root cause analysis, and problem management activities. Serve as a senior escalation point for L3 platform support and on-call operations. Develop and maintain operational runbooks, recovery procedures, and standard operating practices. Drive production readiness reviews for new platform capabilities and services. Ensure platforms meet enterprise resiliency and availability objectives. Conduct resilience exercises and continuous improvement activities following recovery testing. Kubernetes & OpenShift Platform Engineering Execute platform upgrades, patching strategies, cluster modernization, and release orchestration. Improve platform scalability, performance, and resource utilization across production and non-production environments. Support platform modernization initiatives including OpenShift virtualization, VKS, and cloud-native technologies Collaborate with Product, Architecture, Engineering, and Operations teams to improve developer experience and platform adoption. Observability & Automation Design and implement enterprise observability solutions leveraging monitoring, logging, tracing, and alerting platforms. Automate operational processes using Infrastructure-as-Code, GitOps, CI/CD, and scripting frameworks. Reduce operational toil through self-healing, intelligent automation, and proactive remediation capabilities. Drive operational efficiency through automation of