Embedded System Development
About Course
The Embedded System Development course provides a comprehensive introduction to the design and implementation of embedded systems, which are integral to modern electronics. This course covers the principles of hardware and software integration, giving students the skills to develop their own embedded solutions. Through hands-on projects, participants will learn to program microcontrollers and design systems that interact with the physical world.
Course Highlights
- In-depth coverage of embedded systems architecture and components.
- Hands-on experience with popular microcontrollers, such as Arduino and Raspberry Pi.
- Introduction to real-time operating systems (RTOS) and their applications.
- Project-based learning with a focus on practical applications in IoT and automation.
- Interactive sessions, quizzes, and group discussions to reinforce learning.
- Opportunities to collaborate on innovative projects and showcase your work.
Course Content
Topics
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Overview of Embedded Systems (Definition, characteristics, applications in IoT, automotive, healthcare)
00:00 -
Differences between Embedded and General-Purpose Systems; Introduction to Basic Electronics (resistors, capacitors, transistors,diodes)
00:00 -
Basic Circuit Building using Breadboards
00:00 -
Power Supply Basics and Circuit Design; Introduction to Microcontrollers (AVR, ARM architectures)
00:00 -
Overview of Popular Microcontroller Families (Arduino, ESP32,PIC, STM32)
00:00 -
Getting Started with Arduino: Blink an LED
00:00 -
Introduction to Embedded C Programming
00:00 -
Writing Efficient Code for Microcontrollers
00:00 -
Basic Microcontroller Programming (Control LEDs
00:00 -
Basic I/O Control (Timers, Interrupts
00:00 -
GPIO and Peripheral Control (Digital I/O, PWM, ADC, DAC
00:00 -
Build a Simple Sensor-based System (e.g., Temperature or Light Sensor with Display)
00:00 -
Communication Protocols (UART, SPI, I2C)
00:00 -
IDE and Toolchain Setup (Arduino IDE, PlatformIO, STM32CubeIDE)
00:00 -
Continue Sensor-Based System and Explore Communication Protocols
00:00 -
Introduction to Real-Time Systems (Real-Time vs Non-Real-Time)
00:00 -
Hard vs Soft Real-Time Systems
00:00 -
Introduction to FreeRTOS: Task Creation
00:00 -
RTOS Concepts (Tasks, Scheduling, Context Switching)
00:00 -
Interrupt Handling in RTOS
00:00 -
Implement a Simple Multitasking System using FreeRTOS
00:00 -
Task Synchronization (Semaphores, Mutexes, Queues)
00:00 -
Power Management and Optimization in RTOS
00:00 -
Create a Task Scheduler with Priorities
00:00 -
Interfacing Digital Sensors (Temperature, Humidity, Pressure)
00:00 -
Ultrasonic and Infrared Distance Sensors
00:00 -
Weather Station with Temperature and Humidity Sensors
00:00 -
Interfacing Analog Sensors (Light Sensors, Accelerometers)
00:00 -
Gyroscopes and Sensor Fusion Basics
00:00 -
Analog Sensor Interfacing (LDR, Accelerometers)
00:00 -
Motor Control (DC Motor, Servo Motor Basics)
00:00 -
Stepper Motor Control and Applications
00:00 -
Build a Motor Control System for Robotic Applications
00:00 -
Introduction to IoT (IoT Architecture, Applications)
00:00 -
Embedded Systems in IoT (Edge Devices, Gateways)
00:00 -
Build an IoT Device to Collect and Send Sensor Data
00:00 -
Networking Protocols (MQTT, HTTP, WebSockets)
00:00 -
Wireless Communication (Wi-Fi, Bluetooth, Zigbee)
00:00 -
Wireless Control of a System via Mobile Apps or Web Interface
00:00 -
Cloud Integration (Firebase, AWS, Azure IoT)
00:00 -
IoT Device Management (Data Transmission and Control)
00:00 -
Continue Developing IoT Device with Cloud Integration
00:00 -
Interfacing Analog Sensors (Light Sensors, Accelerometers)
00:00 -
Security Challenges in IoT and Embedded Systems
00:00 -
“Cryptography Basics for Embedded Systems; Secure Communication Protocols “
00:00 -
Implement Secure Communication for IoT Devices
00:00 -
Project Selection and Planning
00:00 -
Documentation and Presentation Guidelines
00:00 -
Project Implementation and Demonstration
00:00
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