This program provides an introductory pathway into the Embedded Linux domain, offering practical experience in using Linux on embedded devices. It covers the fundamentals of Embedded Linux development, including system building and well-known building systems. It also provides expertise in developing applications for Embedded Linux. This programming environment combines the versatility of Linux with the unique demands of resource-constrained embedded systems, offering a robust platform for application development.Capstone Project: Linux-Based Multi-Service Application Built on Raspberry Pi 4.This program includes:- Introduction To Embedded Linux- Building Embedded Linux Systems- Embedded Linux Application Development

This track is designed to give trainees a comprehensive understanding of embedded systems. It covers fundamental topics such as embedded system architecture, communication protocols like UART, SPI, and I2C, software development for embedded systems, driver writing for Microcontrollers, and various software process models. Additionally, Practical hands-on skills are emphasized throughout the program.Graduation Project: Vehicle Tracking System Using Tiva-C Arm-Based Microcontroller. The Track Includes:- Embedded C- Microcontroller Architecture and Interfacing- Real-time operating system (RTOS)- Software Engineering and Testing- Automotive Bus Technology Standards- AUTOSAR- Functional Safety- Embedded cybersecurityIn Addition to soft skills:- Business English- Presentation Skills- Project Management- Fundamentals of Microsoft Project- Freelancing Skills

This diploma program is a collaborative effort between Siemens Digital Industries Software and EiTESAL under the EEECoE project, funded by the European Union. It offers comprehensive coverage of key topics in the automotive industry, including:- Automotive Market Overview: Gain insights into the automotive industry, including an overview of OEMs (Original Equipment Manufacturers), Tier 1, and Tier 2 suppliers.- Coding Guidelines and Restrictions: Learn coding best practices and understand coding restrictions in the context of automotive software development.- AUTOSAR Module Development: Explore the development of AUTOSAR modules, a standard for automotive software architecture.- Introduction to Microcontrollers: Get acquainted with microcontrollers and their essential components, which are crucial in automotive electronics.- Automotive Communication Protocols: Dive into automotive communication protocols like CAN (Controller Area Network), LIN (Local Interconnect Network), Ethernet, and AUTOSAR CAN.- AUTOSAR Software Layers and Multicore Systems: Explore the layers of AUTOSAR software and the intricacies of working with multicore systems in automotive applications.- ISO26262 Safety Standards: Understand ISO 26262, the international standard for functional safety in road vehicles, ensuring safety compliance in automotive systems.- Next Vehicle Technologies and IoT: Stay updated with the latest advancements in vehicle technology, including Internet of Things (IoT) integration.

Robo-Tech team is a skilled and passionate group of engineers united by their shared interest in designing, constructing, and piloting Remotely Operated Vehicles (ROVs) for underwater exploration and tasks. Members of the Robo-tech team bring together a diverse range of expertise, including mechanical engineering, electrical engineering, and computer science.The team's primary mission is to create innovative ROV solutions that can withstand the challenging conditions of underwater environments, from the depths of the ocean to lakes and rivers. They meticulously plan, design, and build these robotic systems, integrating advanced technology and sensors to ensure precise control and data collection.Robo-Tech team has participated in many competitions since 2014, such as:- ROV Competition 2015- Minesweepers Competition2016- Technical Military College Competition 2017(Second Place)- ROVX Local Competition 2017 (First Place)- ROV Regional (Rangers class) 2017 (First Place in Egypt)- ROV International Competition 2017 in Los Angeles, USA- ROV Regional (Rangers Class) 2018 (First Place in Egypt)- ROV Regional (Rangers Class) 2019 (First Place in Egypt)- ROV Regional (Explorer Class) 2019 (Second Place in Egypt)Role:– PCB design.– Electrical System Design.– Sensor Integration.– Design Communication System.– Design Control System.– Troubleshooting and Maintenance.– Testing and Validation.– Continuous Improvement.– Assisting the Ranger’s team.