Systems Engineer & Innovator in Mobility and Technology
Complex systems in aviation, electric vehicles, embedded platforms, and web technologies are designed and led, turning ideas into high-performance solutions. Software, hardware, and system-level architectures are bridged while multidisciplinary teams are managed to deliver innovative projects. The future of mobility and technology is shaped through mentorship and solutions with real-world impact
Systems Engineering Leadership in Advanced Aerospace System Design and Integration
At Boeing, I work as a Systems Engineer focused on designing, integrating, and validating complex aerospace systems. My role involves translating operational and business needs into clear technical requirements, developing system architectures, managing subsystem interfaces, and ensuring end-to-end performance, safety, and reliability. I collaborate with cross-functional teams across hardware, software, and manufacturing to drive system integration, risk reduction, verification, and lifecycle management, ensuring that advanced aerospace products meet regulatory, quality, and mission-critical standards
VISION
Discussing Technology That Improves Our World
My vision is to advance technology that makes our world more efficient, sustainable, and connected. I focus on systems engineering, embedded software, electric vehicles, aviation, and power electronics, turning complex concepts into practical solutions. Through my work, I explore innovative strategies in energy optimization, charging systems, and robust embedded platforms, combining deep technical knowledge with real-world implementation. My goal is to drive progress in mobility, renewable energy, and web-based technologies, creating systems that have a meaningful impact on society
SERVICES
Providing talks, professional courses, and freelance development focused on embedded software, motor and power electronics, electric vehicle systems, and advanced control solutions
Transportation Systems & Program Leadership
Work is focused on designing and implementing system-level architectures for both aviation and ground transportation. Development is carried out using MATLAB/Simulink and C/C++, with FMEA conducted for test process optimization. Software is debugged and validated through software-in-the-loop, processor-in-the-loop, hardware-in-the-loop, and on-vehicle testing, ensuring robust and reliable system performance. Technical program management is applied throughout to coordinate multidisciplinary teams, align requirements, and deliver complex transportation solutions from concept to deployment
Programming
When we establish a control concept, it is tailored to match the specific merits and requirements of the project. The subsequent step involves embedded programming of the algorithm. Following this, the code undergoes a verification process to ensure it functions correctly and fulfills the project's predefined criteria
