Embedded Developer with hands-on experience in low-level programming, performance optimization, and system-level development. Skilled in multithreading, memory management, and synchronization, with strong analytical thinking and fast learner, motivated to contribute and grow in a high-performing engineering team.
High-performance real-time imaging system for Raspberry Pi

Mentored by: Mobileye
Embedded Systems Bootcamp 2025 (Embedded)
Responsibilities:
Developed a custom Linux camera module supporting MIPI -CSI and DMA for real-time frame acquisition.
Designed shared-memory buffers for efficient data transfer between Kernel and User Space.
Implemented OpenCV algorithms including White Balance, Color Conversion, Single-Channel Extraction, and RGB Debayering; optimized performance using NEON-SIMD and OpenMP for real-time image processing.
Optimized frame-pipeline performance, achieving ~30% lower latency compared to OpenCV.
Built unit and integration tests using mocks, fully integrated into a CI workflow.
Used CMake to build a clean and modular system, working in a Linux environment.
Used CMake and Make to build a clean and modular system, working in a Linux environment.

04–05/2025 | 3-Layer Inventory Management System | C# .NET
• Built a desktop 3-tier WinForms application with CRUD operations and order management.
• Focused on code readability, modularity, and maintainable architecture.
• Applied best practices for object-oriented design and clean separation between layers.
04–05/2025 |Inquiry Management System| Pure Java
• Built a multithreaded client–server system with WebSocket and Reflection.
• Developed a modular architecture with clean separation between components
• Used Bitbucket, and Agile practices for team collaboration.
Fluent