Embedded Systems Using Proteus Software

Curriculum

The Course Curriculam

Week 1: Introduction to Embedded Systems

What are embedded systems? Real-world examples and applications.
Overview of microcontrollers vs. microprocessors.
Introduction to Proteus software: Installation and basic navigation.
Hands-on Practice: Simulate a simple LED circuit in Proteus.

Week 2: Microcontrollers and Basics of Programming

Week 3: Digital and Analog Interfacing

Week 4: Circuit Design and Debugging

Week 5: Communication Protocols

Week 6: Real-Time Operating Systems (RTOS)

Week 7: Sensors and Actuators in Embedded Systems

Week 8: Final Project and Portfolio Building

₹1000

Course Information

Instructor: vedupskilling@gmail.com
Lesson: 26
Duration: 40h
Quizze: 0

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Embedded Systems Using Proteus Software

The Course Curriculam

Week 1: Introduction to Embedded Systems

What are embedded systems? Real-world examples and applications.

Overview of microcontrollers vs. microprocessors.

Introduction to Proteus software: Installation and basic navigation.

Hands-on Practice: Simulate a simple LED circuit in Proteus.

Week 2: Microcontrollers and Basics of Programming

Overview of popular microcontrollers (e.g., 8051, AVR, PIC, ARM).

Basics of embedded C programming: Syntax, variables, and loops.

Configuring and programming microcontrollers in Proteus

Hands-on Practice: Write and simulate a program to blink an LED using 8051.

Week 3: Digital and Analog Interfacing

Interfacing digital devices: LEDs, switches, and seven-segment displays

Understanding analog inputs and outputs: Potentiometers, sensors, and ADC.

Hands-on Practice: Simulate a temperature sensor circuit in Proteus.

Week 4: Circuit Design and Debugging

Designing PCB layouts using Proteus.

Debugging techniques in Proteus: Virtual oscilloscopes and logic analyzers.

Hands-on Practice: Create and test a PCB design for a simple embedded project.

Week 5: Communication Protocols

Introduction to UART, SPI, and I2C communication protocols.

Simulating serial communication between devices in Proteus

Hands-on Practice: Implement a UART communication simulation.

Week 6: Real-Time Operating Systems (RTOS)

Basics of RTOS and task scheduling.

Introduction to simple RTOS implementations in embedded systems.

Hands-on Practice: Simulate a task-switching program in Proteus.

Week 7: Sensors and Actuators in Embedded Systems

Interfacing sensors: Light, ultrasonic, and motion sensors.

Controlling actuators: Motors, relays, and solenoids.

Hands-on Practice: Simulate a home automation system in Proteus.

Week 8: Final Project and Portfolio Building

Final Project: Design and simulate a complete embedded system application (e.g., a smart irrigation system or home security system).

Document and present your project for professional use.

Review session for feedback and improvement.