Crafting cutting-edge embedded solutions for the aerospace industry. Specializing in real-time systems, safety-critical applications, and avionics software.
With over a decade of experience in embedded systems development, I specialize in creating robust, safety-critical software for the aerospace industry. My expertise spans from low-level firmware development to complex real-time operating systems.
I've had the privilege of contributing to groundbreaking projects at industry leaders like Airbus, Boeing, and COMAC, where precision, reliability, and innovation are paramount.
Beyond engineering, I'm passionate about art and creative expression. Visit my online gallery to explore my artistic endeavors.
Senior Embedded Systems Engineer
Led development of flight control systems for next-generation commercial aircraft. Implemented DO-178C Level A certified software modules for critical avionics systems.
Embedded Software Architect
Architected real-time embedded systems for advanced cockpit displays and navigation systems. Optimized performance-critical code for resource-constrained avionics platforms.
Principal Embedded Engineer
Contributed to sensor integration and data acquisition systems for commercial aircraft programs. Developed robust communication protocols for distributed avionics architectures.
A modular, open-source flight controller for UAVs featuring advanced sensor fusion, PID control loops, and telemetry systems. Built with safety and reliability in mind.
Professional-grade CAN bus analysis tool with real-time monitoring, message filtering, and protocol decoding. Supports multiple automotive and aerospace protocols.
Lightweight real-time operating system kernel designed for resource-constrained embedded systems. Features preemptive scheduling, inter-task communication, and minimal memory footprint.
High-performance sensor fusion library implementing Kalman filters and complementary filters for IMU data processing. Optimized for embedded platforms with limited computational resources.
Cryptographically secure bootloader with firmware verification, secure boot chain, and over-the-air update capabilities for safety-critical embedded systems.
Advanced power management system for battery-powered embedded devices. Features dynamic voltage scaling, sleep mode optimization, and intelligent power budgeting.
I'm always interested in hearing about new projects and opportunities in the aerospace and embedded systems space. Feel free to reach out!
🎨 Also check out my artistic gallery to see my creative side!