I'm a software engineer working across mobile, web, desktop, embedded systems, and core computer science domains. I started with Android development and gradually expanded into cross-platform engineering, applied AI/ML, systems programming, and infrastructure work.
I'm especially interested in how software systems are designed, how components interact, and how research ideas translate into reliable, real-world applications. I value clarity, maintainability, and thoughtful engineering over quick fixes.
Dhaka, Bangladesh
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Self-employed
Summary
I design and build complete mobile systems—from frontend UI to backend infrastructure—with deep integration of DevOps and machine learning. At Appibrium, I lead the full product lifecycle, turning ideas into high-performance, scalable apps.
Dhaka, Bangladesh
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Full-tIme (On-Site)
Summary
Built and optimized real-time features using Socket.io for live data syncing. Integrated audio/video calling features for both iOS and Android platforms. Worked on production-level mobile apps in a fast-paced corporate environment. Collaborated with cross-functional teams to deliver updates on tight deadlines.
Beijing, China
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Full-time (Remote)
Summary
Working remotely with Emerge AI, I develop intuitive, high-quality mobile applications with Flutter, integrating AI-driven solutions to enhance user experiences. Thrilled to contribute to a team focused on innovation and excellence in mobile tech!
Dhaka, Bangladesh
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Full-time (Hybrid)
Summary
Designed and developed cross-platform mobile applications using Flutter and Dart, delivering high-performance solutions with modern UI/UX. Collaborated with a hybrid team to implement features, optimize performance, and ensure smooth client deployment.
Android Developer
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Freelance
Summary
Developed and maintained enterprise-level Android applications using Java and XML.
Flutter, Kotlin, .NET MAUI / C#.
Rust, Python, Java / Spring.
Embedded Systems, IoT, Networking.
CI/CD, Deployment, System Configuration.
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Secondary School Certificate (Science)
Published by
IEEE Conference
Summary
This paper introduces the Caller Collision Resolution Protocol (CCRP), a novel framework designed to resolve mutual call collisions—a persistent issue in telephony where two parties calling each other simultaneously receive busy signals.
Native
Fluent
