Backend Java Developer passionate about building scalable backend applications with Java, Spring Boot, REST APIs, PostgreSQL, and WebSockets. I enjoy designing clean, maintainable systems and solving complex logical problems through code.
I am a backend-focused computer science engineer who thrives at the intersection of logical algorithmic thinking and software engineering. I find joy in designing efficient data flows, architecting relational database schemas, and writing thread-safe Concurrent structures in Java.
Instead of simply building basic features, I focus on system reliability, clean architecture principles, and latency constraints. Whether it's processing real-time game events over highly responsive WebSockets or writing custom token parsers with exact operator priority, I prioritize testing, structured patterns, and clean logic.
Solving challenging logical problems is my primary driver. I look at coding as translating complex real-world logic patterns into robust structures. I prioritize deep analysis before implementation, structural scalability over fast hacks, and building defensive architectures that prevent faults rather than patching them later.
"A week of debugging can save an hour of logical architecture planning. I prefer planning."
Deducing optimal paths using sound engineering logic and design layouts.
Examining system logs and performance parameters to isolate scaling bottlenecks.
Structuring layers (Controller, Service, Repository) around SOLID design principles.
Tracing code stacks systematically to pinpoint and resolve concurrency conditions.
Keeping pace with recent Java releases, Spring APIs, and architectural patterns.
Working alongside frontend developers and peers to engineer cohesive systems.
A highly interactive real-time multiplayer Tic Tac Toe platform. The platform handles parallel game states, real-time message broadcasting, and player presence tracking using low-latency asynchronous WebSockets.
A core Java mathematical expression evaluator. It parses complex algebra equations containing BODMAS precedence rules, arbitrary parentheses nesting levels, and exponent operations, converting them into evaluation trees without relying on script libraries.
Hi-Tech Institute of Technology
Rajarshi Shahu Maharaj Polytechnic
New Maratha High School
I'm always open to discussing backend architectures, database schemas, Java performance, or interesting engineering logic puzzles. Drop me a line!
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