➡️ Project 1: QEMU Instrumentation
➡️ Project 2: Inverse Kinematics Solver for 3-DOF Planar Robot

I am a software engineer with a strong foundation in C/C++, embedded systems, and real-time firmware.
My experience spans STM32, sensor integration, reliable device control, and low-level system behavior.

Recently, I’ve been expanding my work into areas that combine embedded engineering with
systems performance, virtualization tooling, and cloud-scale reliability—fields that connect
hardware, operating systems, and large-scale infrastructure.

My focus areas include:

• Real-time firmware on STM32 (H7 series)
• Deterministic communication, watchdog recovery, persistent storage
• Linux SBC experiments (Orange Pi, Raspberry Pi)
• QEMU/TCE exploration for system instrumentation
• High-quality C/C++ architecture & fault-tolerant design
• Continuous learning in systems performance & cloud-native reliability

I enjoy working on complex technical problems where correctness, performance, and reliability matter.

I’m excited by the intersection of low-level engineering + large-scale systems, and I bring a strong problem-solving mindset to environments where performance and reliability matter.