Nilay Nilay1999

👋 Hi there, I'm Nilay Parmar

🚀 About Me

🎯 Backend-focused Software Engineer with 4+ years of experience architecting scalable distributed systems using Java and Node.js. I specialize in building event-driven microservices on AWS and optimizing high-throughput data pipelines.

🔥 What I'm up to:

🔭 Currently working on serverless event-driven architectures and microservices, apart from it exploring devops area.
🌱 Deep diving into Java, Go, and System Design
💡 Building resilient backend infrastructure for e-commerce and SaaS products
🎯 Solving problems on LeetCode
📫 Reach me at: nilayparmar19@gmail.com
⚡ Fun fact: I love optimizing systems and making them blazingly fast! 🚀

🛠️ Tech Arsenal

💻 Languages & Core Technologies

Java

TypeScript

JavaScript

Python

Go

� Backend & Frameworks

Spring Boot

Node.js

NestJS

Express.js

Hibernate

☁️ Cloud & DevOps

AWS

Docker

Kubernetes

Terraform

GitLab CI/CD

🗄️ Databases & Messaging

PostgreSQL	MySQL	MongoDB
Redis	DynamoDB	RabbitMQ

Currently Exploring & Learning

🐹 Go (Golang)

func main() {
    fmt.Println("Learning Go!")
}

Diving deep into Go's concurrency patterns and building high-performance services

☸️ Kubernetes & Orchestration

apiVersion: v1
kind: Pod
metadata:
  name: learning-k8s

Mastering container orchestration, deployments, and cluster management

🔄 GitOps & Advanced DevOps

$ argocd app sync
$ flux reconcile

Exploring GitOps workflows, ArgoCD, Flux, and modern deployment strategies

🎯 Learning Goals 2026

🐹 Golang: Building microservices and CLI tools
☸️ Kubernetes: Advanced networking, operators, and RBAC
🔄 GitOps: ArgoCD, different deployment strategies
🛠️ DevOps Tools: Helm, Istio, Prometheus, Grafana
📊 Observability: Distributed tracing and monitoring

🎯 Technical Expertise

🏗️ Architecture & Systems

Event-driven architectures Microservices CDC patterns	Lambda & Step Functions SQS & EventBridge S3 & ECS Fargate	RESTful APIs ORM (Hibernate) Server-side caching
ETL workflows Data pipelines Real-time processing	CI/CD automation Infrastructure as Code Containerization	Fault tolerance Resilience patterns Scalability optimization