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╚═╝ ╚═╝ ╚═╝╚═╝╚══════╝╚═╝ ╚═╝╚═╝ ╚═══╝
Cloud & DevOps Engineer with hands-on experience building production-grade infrastructure and automated CI/CD pipelines. IEEE published researcher in cloud resource optimization. 3x AWS Certified. I turn manual, error-prone ops into clean, observable, GitOps-driven systems.
role: Cloud & DevOps Engineer
focus: Infrastructure as Code · CI/CD · Kubernetes · GitOps · Observability
certified: AWS Cloud Practitioner · Cloud Architecting · Microservices & CI/CD
research: IEEE Xplore — Real-Time Load-Aware Resource Allocation in Cloud Systems
status: 🟢 Open to Freelance — Cloud migrations, infra automation, DevOps consulting
response: Within 24 hours · faizanparvez30@gmail.com🚀 DeployWatch — GitOps Deployment Pipeline
Zero-touch Kubernetes deployments via ArgoCD + Helm on every GitHub push, with automatic rollback on failure. Full observability stack with Prometheus + Grafana monitoring CPU/memory live.
- Built GitHub Actions CI pipeline: automated tests → multi-stage Docker build → versioned push to Docker Hub
- Deployed
kube-prometheus-stackvia Helm; live dashboards for CPU & memory in production - Configured
HorizontalPodAutoscalerat 70% CPU threshold with liveness/readiness probes for zero-downtime deploys
Docker Kubernetes ArgoCD Helm GitHub Actions Prometheus Grafana Flask Python
🏗️ CloudForge — AWS Infrastructure Automation — Production-grade IaC
Full AWS infrastructure via Terraform across 4 custom modules — networking, compute, storage, monitoring. Built for real-world concurrent team use.
- S3 remote state backend + DynamoDB state locking for safe concurrent deployments
- Custom VPC across multiple AZs, EC2 with IAM role-based access, AES-256 encrypted EBS & S3
- CloudWatch metric alarms + SNS alerting for CPU & instance health; live monitoring dashboard
Terraform HCL AWS (VPC · EC2 · S3 · IAM · CloudWatch · SNS · DynamoDB) Docker Bash
📡 Cloud Resource Allocation Simulator — IEEE Research Tool
Python simulation modeling real-time load-aware resource allocation across cloud clusters — the tool behind my IEEE Xplore paper.
- Benchmarked 3 scheduling algorithms (Threshold-Based, Weighted Round Robin, Round Robin)
- Demonstrated 15–30% improvement in server load optimization
- Visual analytics via Tkinter for comparing algorithm performance across traffic patterns
Python Tkinter · Published: IEEE Xplore, Feb 2026
Cloud
IaC & Containers
CI/CD
Observability
Languages & Scripting
Databases
{
"name": "Faizan Parvez",
"email": "faizanparvez30@gmail.com",
"linkedin": "linkedin.com/in/faizan-parvez-59b8a91b9",
"location": "Greater Noida, India (IST · UTC+5:30)",
"research": "IEEE Xplore — Real-Time Load-Aware Resource Allocation in Cloud Systems",
"status": "open-to-freelance",
"services": ["cloud-migration", "infra-automation", "ci-cd-setup", "devops-consulting"],
"response": "within 24 hours"
}