I'm a Computer Science Engineering graduate building my career toward AWS Cloud & DevOps Engineering.

I enjoy working with cloud infrastructure, containers, Linux systems, networking, monitoring, automation, and deployment workflows.

☁️ Cloud: AWS
🐳 Containers: Docker
🐧 OS: Linux
🔄 CI/CD: Jenkins & GitHub Actions
📦 Registry: Amazon ECR
🚀 Compute: EC2 / ECS / Fargate
📊 Monitoring: CloudWatch
🔐 Security: IAM / Security Groups
🌐 Networking: VPC / Subnets / ENI
🏗️ IaC: Learning Terraform

Node.js → Docker → Amazon ECR → ECS Fargate → CloudWatch

Built and deployed a containerized Node.js Todo application on AWS with a responsive web GUI and REST API.

GitHub → GitHub Codespaces → EC2 → Docker → Amazon ECR → ECS Fargate → CloudWatch

Application Flow

Public IP:8000 → ECS Fargate → Container:3000 → Node.js Todo Application

• Node.js & Express Todo application
• Responsive Todo GUI
• Dockerfile and Docker image
• Amazon ECR Public
• ECS Fargate
• ECS Task Definition
• awsvpc networking
• VPC and Security Groups
• Port mapping 8000 → 3000
• IAM Task Execution Role
• CloudWatch container logging
• Docker image versioning
• ECS task redeployment
• Image digest verification
• IAM and networking troubleshooting

Built a hands-on AWS Backup and Disaster Recovery environment.

Architecture

Production EC2 → AWS Backup → Backup Vault → Cross-Region Copy → N. Virginia DR Region

• Amazon EC2
• AWS Backup
• Backup Vaults
• Backup Plans
• Recovery Points
• Cross-Region Backup
• Disaster Recovery workflow
• Backup verification

Hands-on monitoring and troubleshooting using Amazon CloudWatch.

• CPU utilization
• Memory utilization
• CloudWatch Agent
• Custom metrics
• CloudWatch Logs
• CloudWatch Alarms
• Alert states
• Resource monitoring
• Application troubleshooting

Hands-on deployment and environment management using AWS Elastic Beanstalk.

• Environment creation
• Application deployment
• EC2 instances
• Environment configuration
• Application health
• Logs
• Environment lifecycle
• Environment termination

Development → GitHub → Linux/EC2 → Docker → Amazon ECR → ECS/Fargate → CloudWatch → Monitoring

GitHub → GitHub Actions/Jenkins → Build → Test → Docker Build → Amazon ECR → ECS Fargate → CloudWatch

AWS → Docker → Linux → Networking → ECS/Fargate → ECR → CI/CD → Jenkins → Terraform → Kubernetes

• AWS ECS & Fargate
• Docker
• Linux
• IAM
• VPC & Networking
• CloudWatch
• Git & GitHub
• CI/CD fundamentals
• Jenkins

• Terraform
• Infrastructure as Code
• GitHub Actions
• Kubernetes
• Helm
• Advanced AWS Networking
• Production-grade CI/CD
• Infrastructure automation

AccessDeniedException → Check IAM Policy → Identify Missing Permission → Update Permissions → Verify

Application Not Reachable → Check Security Group → Check Port Mapping → Check Container Port → Verify 8000 → 3000

Old ECS Image → Check Image Digest → Push Updated Image to ECR → Create New ECS Task Revision → Deploy Updated Container

☑ Build AWS Cloud Projects
☑ Deploy Containerized Applications
☑ Learn ECS & Fargate
☑ Practice AWS Networking
☑ Learn CloudWatch Monitoring
☑ Practice AWS Backup & Disaster Recovery
☐ Build Jenkins CI/CD Pipelines
☐ Learn Terraform
☐ Deploy Infrastructure using IaC
☐ Learn Kubernetes
☐ Build Production-Style DevOps Projects

Learn → Build → Break → Troubleshoot → Deploy → Document → Repeat

I believe the best way to understand Cloud & DevOps is by building real infrastructure, troubleshooting real problems, and continuously improving.