Ibrahim Izzeldin

Developed an immersive first-person spaceship shooter game utilizing Unreal Engine and C++. This project aimed to deepen my proficiency in advanced C++ programming techniques. I am currently in the final stages of preparing the game for release, focusing on integrating enhanced features and optimizing performance for a superior user experience. This involved rigorous debugging, performance tuning, and the implementation of dynamic gameplay elements to ensure a seamless and engaging end product.

I designed and engineered an innovative glove interface using Arduino microcontrollers and flex sensors to capture precise hand movements. This glove wirelessly transmits data to a Raspberry Pi via Bluetooth technology. Based on the hand input received, I programmed and configured a Dobot Magician robotic arm to replicate these movements accurately. This project involved intricate hardware setup, software development, and real-time data communication, demonstrating my ability to integrate multiple technologies to create a functional, responsive system. The successful implementation required detailed understanding of sensor dynamics, wireless communication protocols, and robotic control systems, showcasing my technical skills and creative problem-solving abilities.