abdou foutia

Responsibilities: - Designed and developed robots for various competitions, including planning, assembly, programming, and testing. - Taught the fundamentals of robotics, including mechanics, electronics, and programming. - Supervised problem-solving processes and decision-making within teams, encouraging innovation and collaboration. - Organized and managed time to ensure project completion before competition deadlines. Skills Developed: - Leadership and team management - In-depth knowledge of robotics (mechanics, electronics, programming) - Educational communication and coaching - Real-time technical problem-solving - Project management and deadline adherence

🌱 𝐏𝐫𝐨𝐣𝐞𝐜𝐭 𝐎𝐯𝐞𝐫𝐯𝐢𝐞𝐰: Title: Development of an IoT System for Real-Time Environmental Data Acquisition and Control in Agriculture With global food demand expected to surge by 70% by 2050, agriculture faces critical challenges due to climate change, population growth, and diminishing arable land. To address these issues, I developed an innovative IoT system aimed at enhancing productivity and sustainability in agriculture. 🚀 𝐊𝐞𝐲 𝐅𝐞𝐚𝐭𝐮𝐫𝐞𝐬: 𝑅̲𝑒̲𝑎̲𝑙̲–̲𝑇̲𝑖̲𝑚̲𝑒̲ ̲𝑀̲𝑜̲𝑛̲𝑖̲𝑡̲𝑜̲𝑟̲𝑖̲𝑛̲𝑔̲:̲ ̲Continuous tracking of essential environmental parameters like soil moisture, temperature, and humidity. 𝑅̲𝑒̲𝑚̲𝑜̲𝑡̲𝑒̲ ̲𝐶̲𝑜̲𝑛̲𝑡̲𝑟̲𝑜̲𝑙̲:̲ ̲Wireless control of actuators to optimize greenhouse conditions. 𝐶̲𝑜̲𝑛̲𝑛̲𝑒̲𝑐̲𝑡̲𝑖̲𝑣̲𝑖̲𝑡̲𝑦̲ ̲𝑓̲𝑜̲𝑟̲ ̲𝐼̲𝑠̲𝑜̲𝑙̲𝑎̲𝑡̲𝑒̲𝑑̲ ̲𝐴̲𝑟̲𝑒̲𝑎̲𝑠̲:̲ ̲Uses GSM SIM800L for data transmission where internet access is unavailable. 𝐷̲𝑎̲𝑡̲𝑎̲ ̲𝑆̲𝑡̲𝑜̲𝑟̲𝑎̲𝑔̲𝑒̲ ̲𝑎̲𝑛̲𝑑̲ ̲𝑉̲𝑖̲𝑠̲𝑢̲𝑎̲𝑙̲𝑖̲𝑧̲𝑎̲𝑡̲𝑖̲𝑜̲𝑛̲:̲ ̲Equipped with a memory module and LCD for real-time data display and storage. => We developed a web application for remote monitoring and control using PHP and Laravel Framework. 🌾 𝐈𝐦𝐩𝐚𝐜𝐭: This IoT system empowers farmers with data-driven insights, enabling informed decision-making, resource optimization, and improved crop yields. It represents a significant step towards sustainable and efficient agricultural practices.

E-Laboratory, or E-lab, is a mechatronic laboratory established by electronics students within the Vision & Innovation Club (VIC) at the National Polytechnic School in Algiers. E-lab is located in the Electrical Department, an open, fully-equipped space dedicated to practicing mechatronics and related activities. Managed entirely by EEA students, it supports project holders and fosters the development of scientific and community life at the National Polytechnic School.

Long-Term Internship (Tumor Brain Detection) | Centre de Recherche en Technologies Industrielles (CRTI) Current Internship Project: Deep Learning-Based Brain Tumor Detection Responsibilities: Developed a deep learning model for the segmentation of MRI images, focusing on the detection of brain tumors by identifying regions and contours. Applied advanced image processing techniques to accurately segment tumors and calculate their diameters. Implemented encryption algorithms to secure medical images, ensuring patient data confidentiality. Deployed the model on a Raspberry Pi for real-time processing and edge computing applications. Skills Acquired: Deep learning for medical image analysis MRI image segmentation techniques Data encryption and security in medical imaging Embedded systems deployment (Raspberry Pi) Outcome: Enhanced accuracy in brain tumor detection and measurement, with secure image handling on a low-cost, portable platform.

Long-Term Internship (IoT) | Center de Développement des Technologies Avancées Duration: 3 months Responsibilities: - Developed a smart home system integrating various IoT sensors and actuators. - Implemented remote accessibility features for monitoring and controlling devices via a dedicated platform. - Worked on embedded systems and IoT targets, focusing on real-time data collection and processing. - Collaborated with a team to optimize system performance and ensure seamless communication between devices. Skills Acquired: - Embedded systems programming - IoT network design - Remote device management -Real-time data processing Outcome: Successfully delivered a functional prototype of a smart home system with remote accessibility.

Duration: 30 days Responsibilities: - Managed communication interfaces (UART, I2C, SPI) for efficient data exchange between embedded devices. - Worked with Real-Time Operating Systems (RTOS) to develop and implement a client/server application for network communication. - Handled data acquisition processes and managed DMA interrupts to optimize system performance. Skills Acquired: - UART, I2C, and SPI communication protocols - Real-Time Operating System (RTOS) implementation - Client/server application development - Data acquisition and DMA interrupt management Outcome: Successfully developed and integrated communication protocols and network applications, improving system responsiveness and data handling efficiency.

Responsibilities: - Developed technical skills in digital hardware design using VHDL and Verilog programming languages. - Gained hands-on experience with FPGA design tools, focusing on simulation, synthesis, and implementation of digital circuits. - Worked with various FPGA boards, gaining proficiency in configuring and optimizing hardware designs. Skills Acquired: - VHDL and Verilog programming - FPGA design and simulation tools - Digital hardware design and implementation - Proficiency with multiple FPGA platforms Outcome: Successfully designed and implemented digital circuits on FPGA boards, enhancing technical expertise in hardware design and FPGA development.