I have a hunger to learn, and to expand my knowledge.
This has led me from a novice in computers to Linux Admin for a large cloud provider, all the way to a DevOps engineer for a world-class Software Development team.
To say that automation and Linux are passions would be to put it mildly.
Led a comprehensive overhaul of GCP deployment mechanisms, improving reliability, repeatability, and scalability across environments
Designed, built, and operated multi-cloud Kubernetes infrastructure, managing clusters across GCP and Azure
Implemented and maintained end-to-end CI/CD pipelines using GitHub Actions and Google Cloud Build, enabling consistent build, test, and deployment workflows
Introduced and configured Jenkins for specialized and legacy workloads where it provided operational or architectural advantages
Expanded the platform’s cloud offerings by adding Azure Kubernetes Service (AKS) to support a single-tenant architecture, including cluster design, networking, and deployment workflows
Designed and implemented mechanisms to deploy applications across multiple cloud providers, supporting both multi-tenant and single-tenant use cases
Served as the primary point of contact for security, including incident response, investigation, and remediation of security events
Conducted proofs of concept for security tooling and practices, influencing platform hardening and operational security posture
Developed internal ChatOps tools to streamline operational support, incident response, and collaboration for engineering teams
Supported release management and load testing initiatives to ensure production readiness and platform stability
Led the design, deployment, and operations of bare-metal Kubernetes clusters in on-premises environments, establishing the organization’s container orchestration platform
Migrated existing Docker-based services into Kubernetes, improving deployment consistency, service resilience, and operational scalability
Architected and managed on-premises infrastructure, including networking, firewall configuration, and security controls supporting production workloads
Planned and executed data center hardware deployments, including server provisioning, capacity planning, and infrastructure lifecycle management
Built and maintained Linux KVM virtualization environments, provisioning and managing virtual machines that supported the Kubernetes platform and supporting services
Designed and implemented on-premises network architecture, including planning, installation, configuration, and ongoing management of Cisco switching/routing infrastructure and Meraki mesh wireless networks
Designed cluster networking and infrastructure integration to support reliable service communication across on-prem environments
Partnered with engineering teams to modernize application deployment workflows and improve operational reliability across services
Led the architectural transition from on-premises Windows-based infrastructure to a cloud-native platform on AWS, modernizing the organization’s deployment and operations model
Designed and deployed Kubernetes-based infrastructure on AWS, enabling scalable containerized application deployments
Migrated legacy applications and services from bare-metal Windows servers to Linux container environments, improving operational efficiency and deployment consistency
Built and maintained CI/CD pipelines to automate application build, test, and deployment workflows for engineering teams
Designed and implemented AWS cloud infrastructure, including networking, compute, and security configurations to support development and production workloads
Optimized and modernized legacy infrastructure, improving reliability, performance, and maintainability of production systems
Managed AWS accounts, permissions, and operational policies to support secure access and environment governance
Onboarded and integrated new DevOps tooling and platform capabilities to improve developer productivity and operational visibility
Troubleshot application and environment issues alongside developers, improving service stability and accelerating delivery during the transition to cloud-native infrastructure
Mentored and trained DevOps engineers and developers on containerization, CI/CD workflows, and cloud-native operational practices
Served as Co-Product Owner for the DevOps platform, helping define tooling strategy, delivery workflows, and infrastructure standards for development teams.
Architected and led migration of development and QA infrastructure to AWS, replacing legacy on-premise environments.
Designed an automated environment lifecycle strategy enabling on-demand build-up and teardown of Dev/QA environments.
Built Terraform-based infrastructure automation to provision complete application stacks in AWS.
Led migration of legacy applications from EC2 deployments to Amazon Kubernetes (EKS) to standardize containerized workloads.
Developed automated deployment pipelines for legacy applications transitioning into modern CI/CD workflows.
Refactored Jenkins infrastructure by migrating all jobs to Jenkins Job DSL seed jobs, enabling full rebuild capability and simplifying pipeline onboarding.
Designed and implemented monitoring, reporting, and remediation strategies for newly migrated cloud services.
Integrated legacy services into modern DevOps workflows, introducing CI/CD practices and operational automation.
Planned and deployed new infrastructure and platform services to support expanding application needs.
Mentored and onboarded engineers into DevOps practices, providing training on automation, CI/CD pipelines, and infrastructure-as-code.
Collaborated with engineering teams to operationalize DevOps practices across development workflows.
Coordinated workload prioritization and delivery planning for DevOps initiatives.
Architected standardized CI/CD deployment pipelines to automate and govern production releases across engineering teams.
Served as SRE Team Lead, driving reliability initiatives including monitoring strategy, incident management practices, and operational runbooks.
Built automated monitoring and remediation pipelines using Sensu, reducing manual operational intervention and improving mean-time-to-recovery (MTTR).
Introduced infrastructure testing practices using OpsCode Chef, implementing automated validation to ensure configuration correctness and deployment safety.
Mentored and onboarded new SRE and DevOps engineers, establishing operational standards and training on monitoring, alerting, and incident response workflows.
Responded to and led resolution of production incidents within an on-call rotation, performing root cause analysis and implementing long-term reliability improvements.