Full Stack Software Engineer with 5+ years of experience designing and developing scalable enterprise-grade applications across backend systems, frontend platforms, distributed architectures, and cloud-native infrastructures.
Specialized in building intelligent, high-performance systems using:
- Microservices Architecture
- AI-Assisted Platforms
- Distributed Systems
- Cloud & DevOps Engineering
- Enterprise Java Ecosystems
- Real-Time Monitoring & Analytics
Currently completing an MSc in Advanced Software Engineering with research focused on:
My research combines:
- Artificial Intelligence
- Machine Learning
- Distributed Systems
- Observability Engineering
- Cloud Native Architecture
- Intelligent Monitoring Pipelines
Backend Engineering:
- Java
- Spring Boot
- Spring Security
- REST APIs
- Microservices
- Distributed Systems
- Python
Frontend Engineering:
- React
- TypeScript
- JavaScript
- Vite
- Responsive UI/UX
Cloud & DevOps:
- Docker
- Kubernetes
- Jenkins
- CI/CD Pipelines
- Linux Infrastructure
- Cloud Native Deployment
AI & Research:
- Machine Learning
- AI-Based Detection Systems
- Intelligent Monitoring
- Data Processing Pipelines
- Predictive Analytics
Databases:
- MySQL
- MongoDB
- PostgreSQL
- Redis
Architecture:
- Scalable System Design
- Enterprise Integration
- Event-Driven Systems
- High Availability Systems
- Performance OptimizationBuilding scalable enterprise-grade software platforms with robust backend architecture and modern frontend ecosystems.
Designing containerized, orchestrated, and highly available systems using Kubernetes and cloud-native technologies.
Developing resilient distributed architectures with optimized communication, scalability, and observability.
Researching and implementing anomaly detection and intelligent monitoring systems powered by Machine Learning.
Implementing CI/CD pipelines, deployment automation, infrastructure optimization, and operational reliability engineering.
Research Areas:
- Intelligent Anomaly Detection
- Hybrid AI Models
- Distributed Monitoring
- Observability Engineering
- Real-Time Event Processing
- Predictive Failure Analysis
- Cloud Native AI Systems
Scalability β’ Reliability β’ Performance β’ Maintainability β’ Security β’ Clean Architecture
Designing intelligent, scalable, and resilient systems that bridge advanced software engineering with real-world AI innovation.
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