Computer Science student and software engineer focused on building reliable, distributed, and AI-assisted systems. I work across backend, infrastructure, and data-driven components, with particular interest in fault tolerance, asynchronous communication, and observability in real-world systems.
My work emphasizes designing systems that continue operating under partial failure rather than failing fast or globally.
- Designing microservice-based architectures with clear service boundaries
- Implementing asynchronous, event-driven workflows for resilience
- Reasoning about timeouts, retries, idempotency, and failure modes
- Applying monitoring and observability to understand system behavior
- Building AI-enabled applications with practical, production-oriented constraints
Languages
Golang, Java, Python, JavaScript, C#, C++, SQL
Frameworks & Tools
Gin, Spring Boot, Django, React, React Native, Next.js, Node.js, Firebase
Distributed Systems & DevOps
Microservices, Asynchronous Messaging, Docker, Kubernetes, RabbitMQ, Git, Prometheus, Grafana
Machine Learning & Data
Supervised Learning (Linear/Logistic Regression, Decision Trees, k-NN, SVM)
Unsupervised Learning (k-Means, Hierarchical Clustering)
Scikit-learn, Pandas, NumPy, Matplotlib
- Valerix – Resilient Microservices E-Commerce Platform
Hackathon Winning Project- Designed and implemented a resilient, fault-tolerant microservices architecture to demonstrate real-world distributed system behavior.
- Simulates a simplified e-commerce workflow (Order → Inventory) with independently deployable services.
- Implemented latency injection and failure simulation to model slow or unresponsive downstream services.
- Enforced strict timeout handling with automatic fallback from synchronous HTTP calls to asynchronous message-based processing.
- Used RabbitMQ to decouple services and ensure system continuity under partial failure.
- Enabled graceful degradation, returning queued responses instead of blocking or failing user requests.
- Integrated real-time visualization and monitoring to observe service health, latency spikes, and system behavior during failures.
- Focused on observability, resilience, and correctness rather than ideal-case execution.
- CurioKids (React Native + Node + Firebase + AI)
- Built an AI-driven learning app for kids with personalized puzzles and gamification.
- Implemented real-time progress tracking using Firebase Authentication and Firestore.
- HealthX (React + Node + Firebase + Gemini)
- Hackathon-winning AI-powered application bridging the medical support gap in rural regions of Bangladesh.
Junior Software Engineer | Shahrish Engineering & Construction Limited December 2024 – September 2025
- Designed production-grade web and ERP solutions using React, Tailwind CSS, and Django.
- Developed internal supply-chain modules that reduced manual data handling by 90%.
- Champion: Microservice & DevOps Hackathon, BUET CSE Fest 2026
- 1st Runner-up: Future Builders 2025 AI Driven Cognitive Innovation Hackathon
- Finalist: Top 7 out of 116 Teams at HackCSB Hackathon
- Participant: ACM ICPC Dhaka Regionals
- Joint Secretary, IUT Computer Society (Dec 2025 – Present)
- Organized technical workshops, coding events, and seminars.
- General Secretary, Notre Dame Science Club (May 2022 – May 2023)
- Led administrative operations and execution of science fairs and competitions.
