Overview

A comprehensive diploma program covering the complete lifecycle of Embedded Systems development. The curriculum spans from foundational C Programming and Data Structures to advanced Microcontroller Interfacing (AVR), Embedded C techniques, Software Engineering principles, and an introduction to Real-Time Operating Systems (RTOS). The course includes extensive practical training with hardware labs, toolchains, and multiple projects, culminating in a final project.

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Standard Embedded Diploma

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5

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Level

All Levels

Time to Complete:

140 hours 0 minute

Lessons:

10

Certificate:

No

One-time for 1 person

7,000 EGP5,500 EGP
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Overview

A comprehensive diploma program covering the complete lifecycle of Embedded Systems development. The curriculum spans from foundational C Programming and Data Structures to advanced Microcontroller Interfacing (AVR), Embedded C techniques, Software Engineering principles, and an introduction to Real-Time Operating Systems (RTOS). The course includes extensive practical training with hardware labs, toolchains, and multiple projects, culminating in a final project.

What You’ll Learn?

Develop structured programs using C Programming and Data Structures.
Understand Micro-processor and Micro-controller architectures.
Interface AVR Microcontrollers with various sensors, motors, and displays (LCD, Keypad, Ultrasonic).
Master Embedded C concepts including memory mapping, bit-fields, and interrupts.
Develop drivers for communication protocols: USART, SPI, I2C.
Apply Software Engineering models (Waterfall, V-Model, Agile) to embedded development.
Understand Real-Time Operating System (RTOS) concepts like scheduling, multitasking, and deadlocks.
Use industry-standard tools: Eclipse, Tool-chains, Debuggers, and Flashers.
Debug code effectively using simulators and emulators.
Embedded C Architecture: Write portable and efficient drivers using layered architecture (MCAL, HAL, Application).
Microcontroller Interfacing: Control LEDs, motors, and LCDs, and read data from keypads and sensors using AVR microcontrollers.
Communication Protocols: Master standard protocols like UART, SPI, and I2C to connect multiple devices.
Interrupts & Timers: Handle real-time events and precise timing operations.
Analog-to-Digital Conversion (ADC): Read real-world signals (temperature, light) and process them digitally.
Real-Time Operating Systems (RTOS): Understand task scheduling, synchronization, and inter-task communication for multitasking applications.
Debugging Tools: Use professional tools like simulators, debuggers, and flashers to troubleshoot your code.

Requirements

Prerequisites:
Basic Knowledge of C Programming (MUST).
Basic Knowledge of Digital Electronics (PREFERRED).

Syllabus Overview

10

Lessons

0

Quizzes

0

Tasks

0

Resources

C Programming

C Project

Data Structure Course

Introduction to Embedded Systems

Computer Architecture

Microcontroller Interfacing Part I

Microcontroller Interfacing Part I Project

Embedded C Programming

Software Engineering

Microcontroller Interfacing Part II

Microcontroller Interfacing Part II Project 1

Microcontroller Interfacing Part II Project 2

Introduction to Real Time Operating Systems

Embedded Systems Tools

Final Project

Material Includes

Assignment after each session.
Multiple Projects through the diploma, plus a final project.
Use of Kit + HW components owned by Edges academy in the Labs.
Certificate accredited by The Egyptian Engineers Syndicate.

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