Ibrahim Saber Muhammed

Results-oriented Embedded Systems Engineer with over two years of automotive industry experience. Specializing in robust C++ solutions for safety-critical and autonomous systems, I have a proven track record in optimizing legacy code, implementing AUTOSAR-based diagnostic techniques, and executing rigorous unit and integration tests. Currently, I am expanding my expertise through Udacity’s Sensor Fusion and Robotics Software Engineer Nanodegree programs, and I have successfully completed Udacity’s Intro to Self-Driving Cars course. I bring comprehensive technical skills, a passion for innovation, and flexibility regarding work location (remote, and willing to relocate).

Embedded Network Server with SSL/TLS (C++)

• Developed a secure, event-driven network server using modern C++ and OpenSSL
• Engineered a robust session management system to securely handle multiple client connections, adhering strictly to SOLID principles in a multi-threaded context

System Monitoring Application (C++)

• Created a Linux-inspired tool to monitor CPU, RAM, and system uptime, along with detailed process statistics
• Optimized data collection in real time to support diagnostics and system performance evaluations

OpenStreetMap Route Planner (C++)

• Implemented the A* algorithm to compute the shortest path between two points, using real-world map data from OpenStreetMap
• Focused on computational efficiency and real-time execution speed, utilizing the IO2D library for dynamic route rendering

IoT Gateway (Embedded Linux)

• Designed a custom Linux distribution for an ARM64-based IoT gateway using the Yocto Project
• Integrated technologies such as SSH, WiFi, Nano, Meta‑Qt5, and VSOMEIP leverage systemd for improved system initialization

Smart Home System (Embedded Systems)

• Developed a dual-ECU smart home application, partitioning roles between a dedicated HMI and a control unit
• Implemented drivers for hardware interfaces, including GPIO, SPI, I2C, timers, LCDs, keypads, EEPROMs, and DC motors

Door Lock System (Embedded Systems)

• Engineered a secure door lock mechanism that activates via password verification, with limited login attempts
• Developed necessary drivers to interface with hardware components, such as GPIO, SPI, LCDs, and keypads

Calculator (Embedded Systems)

• Designed a basic calculator application using an ATMEGA32, employing stack-based algorithms for infix-to-postfix conversion

Traffic Light Controller (Embedded Systems)

• Implemented a state machine-based controller for traffic lights, supporting both regular operation modes, and pedestrian-activated sequences

• Udacity: Intro to Self-Driving Cars, Udacity Intro to Self-Driving Cars
• Siemens Embedded Systems Internship
• Udacity Embedded Systems Professional Track

• Arabic, Native
• English, Excellent verbal and written communication skills