Embedded Systems Diploma
This course aims at helping students build up an understanding what is Embedded System and applications by explain some important definitions used in this field.
The course will initiate students to know different embedded system hardware used in the field and brief concepts about embedded system software.
170+ Dev Kit
Hours Development Kit Included
Introduction to Embedded Systems Full C Programming, Advanced C
Software engineering Course Embedded Systems Design Course
Embedded Systems Tools Data Structure Theories
Hardware and Electronics Basics Device Drivers
Computer and Processors Architecture Testing for Embedded Systems
Microcontroller Interfacing (1,2) Real-Time Operating Systems
Embedded C Automotive Bus Technology Standards
Introduction to Embedded Systems
This course aims for helping students build up an understanding what are Embedded Systems and applications by explain some important definitions used in this field. The course will initiate students to know different embedded systems hardware used in the field and brief concepts about embedded systems software.
Embedded Systems Tools
The course introduces some useful tools used in the embedded system industry and gives the developer the needed information to develop his own SW tools to be part of his SW development chain.
This course is aimed for helping students build up an understanding of how to write C language for Embedded Systems, it will help to understand some important concepts in C language used in Embedded system's development.
This course is aimed for helping students build up an understanding of how to develop a software system by guiding them through the development process and giving them the fundamental principles of system development. The course will initiate students to the different software process models, software requirements engineering process, systems analysis and design as a problem solving activity and supporting tools for the software development process.
The course introduces how Microcontroller Interface with surround environment “Inputs, Outputs and external module ”, this course divided into two parts ( Microcontroller Interfacing 1 And Microcontroller Interfacing 2 )
Microcontroller Interfacing (1,2)
This subcourse mainly aim for understand how
Microcontrollers communicate with other devices using standard communication protocols like “USART, SPI, I2C” and how use it to interface with “External Memory, Personal Computer and other microcontrollers.
Real-Time Design Algorithms
The course introduces the fundamental concepts of the real time system like tasks, processes interrupts, task response time, task interval time and how to use this information as an input for the system design.
Real-Time Operating Systems
The course introduces the fundamental elements of realtime multitasking embedded application software design and development. Processor and operating system concepts relevant to multitasking systems are examined, with focus on preemptive task scheduling, intertask communication and synchronization. Free Rtos is used as a case study to illustrate the main concepts of the real time operating systems.
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