Cloud & DevOps Engineer
Architecting, automating, and securing multi-cloud infrastructure across AWS, Azure, and GCP. Focused on scalability, cost efficiency, and DevSecOps maturity.
I'm Zouhair EC-Charef, a Cloud and DevOps Engineer with an engineering degree in Computer Science, Cloud, Networks & Telecom from ENSA Fès. I architect, automate, and secure multi-cloud infrastructure across AWS, Azure, and GCP — driving scalability, cost efficiency, and DevSecOps maturity in enterprise environments.
I've migrated 30+ workloads to Kubernetes, reduced cloud costs by 25%, cut pipeline vulnerabilities by 60%, and mentored 5+ engineers on IaC and GitOps best practices.
Production-grade Kubernetes clusters with zero-downtime deployments and autoscaling.
Enterprise cloud solutions across AWS, Azure, and GCP for diverse workloads.
Infrastructure as code, configuration management, and pipeline engineering.
Declarative delivery with automated sync and multi-environment promotion.
Full-stack monitoring, alerting, and log pipelines with MTTR under 5 minutes.
Shifting security left with automated scanning, policy enforcement, and compliance.
CNI networking, micro-segmentation, and distributed storage on Kubernetes.
On-premises VM management, cluster operations, and OS administration.
End-to-end monitoring on Kubernetes — Prometheus, Grafana dashboards, Loki log aggregation, and AlertManager for multi-team alerting.
Full GitOps workflow on RKE2 — declarative app delivery, automated sync policies, multi-environment management, and Helm chart deployments.
Distributed MinIO cluster with WORM compliance, Longhorn-backed volumes, S3 API, and automated backup to offsite targets.
Centralized Graylog pipeline with OpenSearch backend and MongoDB — processing millions of events per day across Kubernetes namespaces.
Calico CNI policies for multi-tenant clusters — namespace isolation, network policies, BGP peering, and zero-trust micro-segmentation.
Full workload migration to AWS EKS — Terraform provisioning, IAM/IRSA, Velero-based PV migration, and observability re-integration.