Abdallah Wassim

Contributing to the design and development of advanced embedded systems for electric mobility at Pixii Motors. Developed a real-time embedded system for an automated electric scooter battery swap & charging station (Qt, C++, SocketCAN, Linux, CAN bus). Designed low-level software on Cortex-M4 (i.MX8QM) using FreeRTOS, RPMsg-Lite IPC, event-driven architecture, and FlexCAN. Created a Qt/QML interface for diagnostics, system control, and real-time visualization. Implemented scalable, modular firmware ensuring safety, reliability, and real-time performance. Built an intelligent lighting control system on STM32 (WS2812 LEDs, PWM, hardware/software debouncing). Technologies: Qt, C++, FreeRTOS, SocketCAN, Linux (Yocto/Raspberry Pi), RPMsg, FlexCAN, STM32, Embedded C, QML, Git/GitHub.

Worked on the development of an IoT-based industrial monitoring system using ESP32 and ultrasonic sensors for real-time data acquisition. Built a connected monitoring pipeline enabling predictive maintenance and productivity improvement. Implemented wireless communication using MQTT and cloud visualization via ThingSpeak. Developed mobile interface components using MIT App Inventor. Technologies: IoT, ESP32, C++, Ultrasonic Sensors, MQTT, ThingSpeak, MIT App Inventor.

Contributed to the development of an embedded diagnostic module for automotive electronic components. Designed and implemented firmware in C/C++ on STM32 to monitor voltage, current, and temperature signals from wiring harness systems. Integrated communication over CAN bus for real-time data reporting and fault identification. Developed automated testing routines for connector integrity and electrical line verification. Built a small GUI tool (Qt/Python) to visualize diagnostic data and generate test reports for production teams. Technologies: STM32, C/C++, CAN Bus, ADC, PWM, Embedded C, Qt, Git.

Configured and tested software tools for radio site positioning and relay station deployment. Used specialized engineering tools to ensure optimal coverage, signal quality, and system reliability. Applied structured procedures and measurement protocols for network configuration and validation. Technologies: Unity, Vuforia, Augmented Reality (AR), C#.