FullStack Developer

Introduction:

The candidate is a highly skilled product owner, lead developer, and embedded systems expert with a strong background in data engineering, cryptography, network protocols, and system architecture. With decades of experience spanning cloud computing, embedded development, PCB design, and AI-driven research, they have contributed to groundbreaking innovations across multiple industries. They pioneered photo-realistic QR codes with custom error correction algorithms, achieving a world-first in QR-in-a-QR technology. Their expertise in ISO-IEC 18004 standards, PHP, JavaScript, Joomla CMS, and AWS has enabled them to create scalable and secure web platforms. In embedded systems, they have developed Ultra-Wideband (UWB) 3D navigation solutions for indoor drones, solving complex RF reflection issues in metal-dense environments. Their deep knowledge of STM32 microcontrollers, RTOS, and RF technologies has been instrumental in designing firmware, debugging hardware, and optimizing sensor integrations. As a lead researcher, they have extensively studied fractal logic, redefining fundamental principles in computing and developing algorithms that could revolutionize non-linear equation solving and neural networks. Their work in high-performance computing (HPC), Open Grid Scheduler, and distributed systems has laid the foundation for advanced computational models. Their contributions to miniature SBC (Single Board Computer) design in collaboration with major manufacturers predated the rise of Raspberry Pi and Arduino, demonstrating their forward-thinking approach to embedded computing and mobile technology.

Responsibilities:

• Created a website for generating photo-realistic QR codes and integrated QR-in-a-QR functionality, becoming the first to achieve this feat globally.
• Reprogrammed QR error correction algorithms using Reed-Solomon principles, contributing to enhanced data integrity.
• Developed backend and frontend solutions for a CMS platform using Joomla, PHP, JavaScript, and AWS.
• Engineered Ultra-Wideband (UWB) technology for indoor drone 3D navigation, overcoming challenges related to RF reflections in metal-rich environments.
• Developed firmware and drivers for the STM32L4xx microcontroller and created host interface APIs.
• Designed and optimized RTOS-based solutions for embedded systems to handle complex tasks such as navigation, sensor integration, and troubleshooting.