Course level:Expert

Embedded Systems Certification Course: Embedded C, 8051, Arduino & Simulation

The course “Embedded Systems Certification Course: Embedded C, 8051, Arduino, & Simulation” introduces students to the fundamental principles of embedded systems, focusing on programming, hardware interfacing, and simulations. Participants will gain practical knowledge in working with microcontrollers like the 8051, Arduino platforms, and embedded C programming. Special emphasis is placed on applications in the automotive and electric vehicle (EV) domains, preparing learners for real-world challenges in embedded systems design.

Level

Expert
Duration

19 hours 47 minutes
Enrollment validity

Enrollment validity: Lifetime
Certificate

Certificate of completion

Course Curriculum

Welcome to the Course!

Module 1: Introduction to the Embedded Systems

Module 2: Essentials of 8051 Microcontroller

Module 3: Addressing Modes & Instruction Set of 8051 Microcontroller

Module 4: Timers, TCON Register & Interrupts in 8051 Microcontroller

Module 5: Embedded C Programming & Embedded Applications for Development

Topic 1: C Language

10:41
Topic 2: 8051 Programming using Keil Software

16:34
Topic 3: Data Types in C & 8051 C Programs

14:25
Topic 4: 8051 C Programming Part-1

16:08
Topic 5: 8051 C Programming Part-2

09:15
Topic 6: Software Requirements for 8051 Programming – Keil, USBap & ProgISP

15:14
Topic 7: Step-by-Step Guide to write 8051 Program- for LED Control Part-1

17:06
Topic 8: Step-by-Step Guide to write 8051 Program- for LED Control Part-2

12:38
Topic 9a: LCD Interfacing with 8051

12:39
Topic 9b: LCD Interfacing – LCD Common Codes

18:01
Topic 9c: LCD Interfacing Program

18:29

Module 6: Communication Protocols for Embedded Systems

Topic 1: Introduction to Communication Protocols – Synchronous & Asynchronous Protocols

21:30
Topic 2: Types of Communication Topologies & Exploring UART & RS232

19:20
Topic 3: UART Explained.

15:16
Topic 4: I2C Communication Protocol Part 1

13:55
Topic 5: I2C Communication Protocol Part 2

17:07
Topic 6: I2C Communication Protocol Part 3

15:23
Topic 7: SPI Communication Protocol Part 1

16:44
Topic 8: SPI Communication Protocol Part 2

17:49
Topic 9: SPI Communication Protocol Part 3

15:01
Topic 10: CAN Communication Protocol Part 1

17:01
Topic 11: CAN Communication Protocol Part 2

15:47
Topic 12: CAN Communication Protocol Part 3

15:45
Topic 13: CAN Communication Protocol Part 4

17:36

Module 7: Starting with Arduino for Embedded Systems

topic 1: Introduction to Arduino

04:15
topic 02: Basics of Microcontroller

07:23
topic 3: Differences of Microcontroller and Microprocessor

04:46
Topic 4: Arduino Pin Diagram

05:26
Topic 5: Installation of Arduino IDE

04:40
Topic 6: Exploring Arduino IDE & Importing Arduino into Simulator (Tinkercad)

10:41
Topic 7: Working with Tinkercad

08:52
Topic 8: Designing an Arduino LED Sketch in Tinkercad

10:41
Topic 9: Writing & Simulating Arduino LED Code in the IDE and Tinkercad

09:15
Topic 10: Using the Serial Monitor in Tinkercad for Arduino Data Display & Debugging

08:41

Module 8: Simulations with Arduino Based Development For Embedded Systems

Topic 1: Introduction to Arduino IDE Programming

13:51
Topic 2: Declaring the Variable

09:53
Topic 3: Data Types of Variables

11:44
Topic 4: Arithmetic Operators – Part 1

11:41
Topic 5: Arithmetic Operators – Part 2

08:39
Topic 6: Excercise based on previous modules

07:19
Topic 7: Conditional Statements – ‘If’ & ‘If else’ Statements

14:52
Topic 8: Numbers

12:37
Topic 9: Functions

10:10
Topic 10: Creating Arduino LED Blinking Program in Tinkercad – Part 1

12:28
Topic 11: Creating Arduino LED Blinking Program in Tinkercad – Part 2

11:26
Topic 12: Loop Statements – ‘While’ Loop

09:44
Topic 13: Loop Statements – For Loop

04:52
Topic 14: Implementing ‘For’ Loop & Array in Arduino LED Blinking Program – Part 1

11:24
Topic 15: Implementing ‘For’ Loop & Array in Arduino LED Blinking Program – Part 2

07:15
Topic 16: Adjusting LED Brightness

09:53

Module 9: Arduino based project development

Topic 1: Using the Slide Switch in Arduino – Providing External Inputs

09:58
Topic 2: Understanding the Schematic View of Arduino LED Control Project

08:31
Topic 3: Using the Push Button for Providing Inputs

09:31
Topic 4: Writing & Simulating Arduino Sketch for Push Button To Control LED

13:17
Topic 5: Writing & Simulating Arduino Sketch For Slide Switch To Control LED

14:58
Topic 6: Understanding Potentiometer for Arduino Input Control

09:56
Topic 7: Using Potentiometer with Arduino – Code & Simulation

13:24
Topic 8: Using Potentiometer for LED Control in Arduino

09:24
Topic 9: Understanding LCD as a Feedback Device in Tinkercad

08:24
Topic 10: Interfacing LCD with Arduino

10:01
Topic 11: Writing Arduino Sketch for LCD Display

10:00
Topic 12: Simulating Arduino Sketch for LCD Display

08:49
Topic 13: Project – Interfacing LCD and Push Button with Arduino

09:48
Topic 14: Overview of Sensors for Arduino in Tinkercad

08:34
Topic 15: Understanding the Photoresistor Sensor- Working & Specifications

10:00
Topic 16: Writing & Simulating an Arduino Sketch for a Photoresistor Sensor

08:06
Topic 17: Photoresistor-Based LED Control Arduino Project

09:45
Topic 18: Understanding Ultrasonic Sensor- Working & Specifications

10:00
Topic 19: Interfacing & Writing Arduino Sketch for Ultrasonic Sensor

10:00
Topic 21: Using Transistor to Control an LED with Arduino

15:41
Topic 22: Introduction to Motor Control with Arduino

10:38
Topic 23: Understanding H-Bridge for Motor Direction Control

03:47
Topic 24: Implementing H-Bridge Motor Control with Arduino

17:21

DIY Projects:

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Student Ratings & Reviews

2.0

Total 1 Rating

0 Rating

1 Rating

0 Rating

2 months ago

Very basic, I had more expectations from this course. Whatever this module taught us was pretty much the same stuffs that i had learnt from youtube.

Hardware & Software Required

DIY Projects Included

Course Benefits

Technical expertise you will gain

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Level

Expert
Duration

19 hours 47 minutes
Enrollment validity

Enrollment validity: Lifetime
Certificate

Certificate of completion

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Instructor

Embedded Systems Certification Course: Embedded C, 8051, Arduino & Simulation

At a glance

Course Curriculum

Welcome to the Course!

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Module 1: Introduction to the Embedded Systems

Topic 1: Introduction to Embedded Systems – Microprocessor & Microcontroller

Topic 2: Different types of Embedded Processors Part-1

Topic 3: Different Types of Embedded Processors Part-2

Topic 4: Classification of Microcontrollers

Topic 5: Elements of Microcontroller

Module 2: Essentials of 8051 Microcontroller

Topic 1: 8051 Microcontroller & its Pin Diagram

Topic 2: 8051 Pin diagram in detail

Topic 3: Architechture of 8051 Microcontroller Part-1

Topic 4: Architechture of 8051 Microcontroller Part-2

Topic 5: Architechture of 8051 Microcontroller Part-3

Module 3: Addressing Modes & Instruction Set of 8051 Microcontroller

Topic 1: Addressing Modes of 8051

Topic 2: Data Transfer Instruction Set of 8051

Topic 3: Logical Instructions Set of 8051

Topic 4: Boolean & Airthematic Instruction Set of 8051

Topic 5: BCD numbers & Sample Programs

Topic 6: Program Branching Instruction Set of 8051

Module 4: Timers, TCON Register & Interrupts in 8051 Microcontroller

Topic 1: Timers & Counters in 8051

Topic 2: Modes of Timers & TMOD Register

Topic 3: TCON Register & Sample Program

Topic 4: Sample Programs & Interrupt

Topic 5: Interrupts Contd. & Serial Communication in 8051

Module 5: Embedded C Programming & Embedded Applications for Development

Topic 1: C Language

Topic 2: 8051 Programming using Keil Software

Topic 3: Data Types in C & 8051 C Programs

Topic 4: 8051 C Programming Part-1

Topic 5: 8051 C Programming Part-2

Topic 6: Software Requirements for 8051 Programming – Keil, USBap & ProgISP

Topic 7: Step-by-Step Guide to write 8051 Program- for LED Control Part-1

Topic 8: Step-by-Step Guide to write 8051 Program- for LED Control Part-2

Topic 9a: LCD Interfacing with 8051

Topic 9b: LCD Interfacing – LCD Common Codes

Topic 9c: LCD Interfacing Program

Module 6: Communication Protocols for Embedded Systems

Topic 1: Introduction to Communication Protocols – Synchronous & Asynchronous Protocols

Topic 2: Types of Communication Topologies & Exploring UART & RS232

Topic 3: UART Explained.

Topic 4: I2C Communication Protocol Part 1

Topic 5: I2C Communication Protocol Part 2

Topic 6: I2C Communication Protocol Part 3

Topic 7: SPI Communication Protocol Part 1

Topic 8: SPI Communication Protocol Part 2

Topic 9: SPI Communication Protocol Part 3

Topic 10: CAN Communication Protocol Part 1

Topic 11: CAN Communication Protocol Part 2

Topic 12: CAN Communication Protocol Part 3

Topic 13: CAN Communication Protocol Part 4

Module 7: Starting with Arduino for Embedded Systems

topic 1: Introduction to Arduino

topic 02: Basics of Microcontroller

topic 3: Differences of Microcontroller and Microprocessor

Topic 4: Arduino Pin Diagram

Topic 5: Installation of Arduino IDE

Topic 6: Exploring Arduino IDE & Importing Arduino into Simulator (Tinkercad)

Topic 7: Working with Tinkercad

Topic 8: Designing an Arduino LED Sketch in Tinkercad

Topic 9: Writing & Simulating Arduino LED Code in the IDE and Tinkercad

Topic 10: Using the Serial Monitor in Tinkercad for Arduino Data Display & Debugging

Module 8: Simulations with Arduino Based Development For Embedded Systems

Topic 1: Introduction to Arduino IDE Programming

Topic 2: Declaring the Variable

Topic 3: Data Types of Variables

Topic 4: Arithmetic Operators – Part 1

Topic 5: Arithmetic Operators – Part 2

Topic 6: Excercise based on previous modules

Topic 7: Conditional Statements – ‘If’ & ‘If else’ Statements

Topic 8: Numbers

Topic 9: Functions

Topic 10: Creating Arduino LED Blinking Program in Tinkercad – Part 1

Topic 11: Creating Arduino LED Blinking Program in Tinkercad – Part 2