About Me
Experienced Cloud Solutions Architect, Certified Expert Site Reliability Engineer, and Technical Mentor with 20+ years of experience designing, automating, and operating scalable enterprise cloud and hybrid infrastructures across Azure, AWS, GCP, IBM Cloud, VMware, Kubernetes, and OpenShift environments.
Specialized in cloud architecture, reliability engineering, platform automation, observability, operational excellence, and Infrastructure as Code, with hands-on expertise in Kubernetes, Terraform, Ansible, Docker, CI/CD, Python, and hybrid cloud platforms.
Proven track record improving platform resiliency, operational efficiency, and cloud cost optimization through automation, Infrastructure as Code, and scalable infrastructure design. Experienced leading cloud modernization initiatives, architecture engagements, operational excellence programs, and cross-functional engineering collaboration.
Designed and delivered IBM’s SRE Academy, Kubernetes and OpenShift bootcamps, and FinOps enablement programs focused on operational readiness, engineering excellence, and technical skill development.
Recognized as an IBM Certified Expert Site Reliability Engineer, IBM Profession Champion, mentor, speaker, and technical educator for contributions to engineering enablement, knowledge sharing, technical mentoring, certification support, and advancement of the Site Reliability Engineering profession.
Featured Work
SRE Academy at IBM
Built IBM's 4-month SRE training program—teaching reliability as a mindset, not a checklist. Structured curriculum covering CI/CD, observability, incident response, and chaos engineering through hands-on labs.
Read about my approachMentorship at Scale
Mentored engineers across continents into reliability roles—one systems thinker at a time. Focusing on Kubernetes, observability, and teaching engineers to think in reliability first principles.
My mentorship philosophyEmerging SRE
Exploring the frontier of reliability engineering: agentic AI systems, production-ready multi-agent architectures on Kubernetes, and the next generation of distributed resilience.
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