I Build, Containerize & Deploy Cloud Applications
Final-year engineering student passionate about DevOps and cloud technologies. Currently learning Linux, Docker, Kubernetes and AWS through hands-on tutorials and personal projects.
Recently completed several capstone assignments including building and deploying a containerized web app and automating infrastructure setup with scripts. Eager to apply these skills in real-world scenarios.
I enjoy exploring new tools, reading tech blogs, and participating in hackathons. Looking forward to starting my career as a DevOps fresher where I can grow with a supportive team.
Repo: GitHub
Full production-grade Travel Blog app built on MERN stack with a complete DevSecOps CI/CD pipeline. CI runs on Jenkins with Trivy filesystem scan, SonarQube code quality check, OWASP dependency scan, Docker image build & scan, and DockerHub push. CD handled via GitOps — ArgoCD watches the repo and auto-deploys to AWS EKS on every change. Infrastructure provisioned entirely with Terraform (EKS cluster, node groups, Jenkins master/worker). Monitoring via Prometheus + Grafana with email alerts.
Repo: GitHub
Production-style two-tier Flask application with MySQL backend deployed on AWS EKS using Kubernetes. Includes full cluster setup from scratch — node groups, networking, and IAM roles. Covers deployment manifests, service exposure, horizontal scaling, and complete teardown workflow. Demonstrates real-world Kubernetes orchestration on managed AWS infrastructure with hands-on EKS cluster lifecycle management.
Repo: GitHub
Microservices-based voting application deployed on a multi-node KIND (Kubernetes in Docker) cluster. Each service runs as an independent container — votes, results, worker, Redis queue, and PostgreSQL. Prometheus scrapes live metrics from both control-plane and worker nodes. Grafana dashboards visualize CPU, memory, request rates, and pod health for complete end-to-end observability of a real microservices system.
Repo: GitHub
Dockerized Node.js Todo application with a complete serverless container deployment on AWS. Docker images are built and pushed to Amazon ECR, then deployed via AWS ECS Fargate — no server management needed. IAM roles configured for least-privilege secure access between services. CloudWatch integrated for real-time container log monitoring and alerting. Demonstrates a full AWS-native CI/CD workflow without any Kubernetes overhead.
Repo: GitHub
Lightweight Kubernetes Dashboard setup secured with Role-Based Access Control (RBAC). Configured Service Accounts and ClusterRoleBinding to grant scoped admin access without exposing the cluster. Includes all required YAML manifests — no Helm chart dependency — so it deploys cleanly on any cluster environment. Ideal for learning how Kubernetes authentication and authorization work in a real setup.
Repo: GitHub
Django Notes application containerized and deployed on Kubernetes using Deployments and Services. Focuses on understanding K8s core workloads — how pods are scheduled, how services expose applications inside the cluster, and how container networking works. Includes scaling configuration and rolling update strategy. Built specifically for practicing DevOps fundamentals with a real application rather than toy examples.
Repo: GitHub
Complete full-stack Django Notes application with Python backend, MySQL database, and Nginx as a reverse proxy — all running as separate Docker containers orchestrated with Docker Compose. Nginx handles incoming traffic and forwards to the Django app server, which reads and writes to a persistent MySQL volume. Production-ready setup demonstrating multi-container architecture, volume management, and network configuration in Docker.
Repo: GitHub
Full-stack Expense Tracker built with Java Spring Boot backend and Thymeleaf server-side rendered frontend, with MySQL for persistent storage. The entire application is containerized with Docker — database, backend, and frontend all in one compose setup. Includes CRUD operations for expense management with category tracking. Demonstrates DevOps practices applied to a Java ecosystem project, including Dockerfile authoring and container networking.
Computer Science, A.P.J Abdul Kalam Technical University, 2022 – 2026
Email: aditya.kanojiya2503@gmail.com
GitHub: https://github.com/Adikanojiya
Phone: +91 7758870968
Location: Lucknow, India