
Lead Backend Architect & Full Stack Engineer specializing in highly concurrent infrastructures, time-series data streams, and high-performance engineering.
I am a Full Stack Developer specializing in the physical-to-digital interface. I engineer robust systems that balance low-level technical mastery with high-level system scalability.
Focused on building modular monoliths and resilient, event-driven systems. At Duekoo, I optimized backend application latency by 60% utilizing strategic layer caching and highly efficient PostgreSQL relational schema designs.
Beyond standard tooling frameworks, I prioritize deep software fundamentals—from core pointer manipulation to classical computer science paradigms. Currently expanding expertise across enterprise Java 21 ecosystems and structural cloud patterns mapped to AWS Certified Developer standards.
A vetted engineering stack optimized for building high-concurrency, event-driven, low-latency infrastructure.
A curated selection of production applications, distributed backend systems, and open-source tools.
A high-performance URL monitoring engine built with Java 21 and Spring Boot to process massive streams of real-time latency data. Engineered for extreme concurrency using Project Loom Virtual Threads, time-series optimization via TimescaleDB, and enterprise security via AES/GCM 256-bit token encryption.
Production-grade language learning SaaS with real-time user state tracking and gamified progression. Engineered a modular NestJS architecture for high scalability.
Microservices-based healthcare system using Spring Boot. Implemented gRPC for inter-service communication and Kafka for asynchronous event processing.
Performance-focused corporate platform. Optimized Core Web Vitals and built a modular frontend architecture to support scalable feature expansion.
Interactive data exploration platform for analyzing asylum case decisions. Implemented dynamic visualizations and real-time data-driven insights.
Govt. College & University Faisalabad (GCUF)
BloomTech (USA)