Microcontroller Introduction

In the last few decades, technology has rapidly changed. The technology that evolved due to the popularity and widespread use of microprocessors was microcontrollers. We have started controlling and analysing the world with microcontrollers. MC’s are inexpensive and have low power consumption. These features make it an absolute choice for electronic industries. 

Enjoy this absolute guide and increase your knowledge from basic to advanced, paid to free, all feasible under a single click.

1. Mastering Microcontroller: Timers, PWM, CAN, Low Power (MCU2) By Udemy

The course is constructed by Kiran Nayak and FastBit Embedded Brain Academy. This course will enhance your microcontroller knowledge in a step by step manner. It will allow you to learn advanced microcontroller programming. As of now 23,681 students have registered. 

Topics covered:

1. Introduction
2. Hardware/software
3. Development board details
4. OpenSTM32 system
5. Clocks & PLL programming
6. Timers
7. PWM
8. CAN frame formats
9. Controller area network 
10. bxCAN frame filtering
11. Low power modes
12. WFI & WFE
13. Current reduction
14. Voltage regulator
15. Current measurement
16. RTC
17. RTC alarm
18. RTC calendar block
19. RTC interrupts
20. RTC alarm exercises

Why this course? 

Once you’ll start taking lectures, you’ll get following benefits:

• You will understand microcontrollers in-depth. 
• You will study about timers from scratch. 
• You will get to know PWM mode. 
• You will study PLL programming. 
• You will learn current measurement. 

Who is this course for? 

The course is for individuals wanting to learn microcontroller programming. 

Rating? 

The course has earned a rating of 4.7 by 2,684 learners. 

Duration? 

The course contains 31 sections, 218 lectures and a duration of 21h 24m.

2. Mastering Microcontroller Programming By Udemy

The course is constructed by Umesh Lokhande. This course is meant to provide you a chance to acquire microcontroller architecture and programming. It will begin from teaching you the basics. As of now 804 students have registered. 

Topics covered:

1. Introduction
2. Install software & setup
3. Bit manipulation
4. Timer & counters
5. Control digital devices
6. Pulse width modulation
7. Interrupts & ISR
8. Serial communication
9. ADC
10. Multiple file project

Why this course? 

Once you’ll start taking lectures, you’ll get following benefits:

• You will study the architecture of microcontrollers. 
• You will learn bit manipulation basics. 
• You will get to know peripheral drivers. 
• You will be able to create multiple file projects. 
• You will learn pulse width modulation. 

Who is this course for? 

The course is for students wanting to take their career to the next level. 

Rating? 

The course has earned a rating of 4.3 by 180 learners. 

Duration? 

The course contains 11 sections, 33 lectures and a duration of 5h 10m.

3. 8051 Microcontroller Architecture By Udemy

The course is constructed by Bharat Acharya. This course is formed primarily to teach you the architecture of microcontrollers in a detailed manner. As of now 100 students have registered. 

Topics covered:

1. Introduction
2. 8051 microcontroller
3. Architecture
4. Pin diagram
5. Memory organisation (ROM) 
6. PSW
7. Structure of internal RAM
8. SFRs function registers

Why this course? 

Once you’ll start taking lectures, you’ll get following benefits:

• You will get to know the architecture of 8051 microcontrollers. 
• You will study pin diagrams. 
• You will learn 8051 memory organisation. 
• You will study about internal RAM. 
• You will learn the functions of special registers. 

Who is this course for? 

The course is for anyone, especially engineering students. 

Rating? 

The course has earned a rating of 5.0 by 36 learners. 

Duration? 

The course contains 1 section, 8 lectures and a duration of 4h 22m.

4. Complete PIC Microcontroller Course From Zero To Hero By Udemy

The course is constructed by SM Training Academy. This course is framed to focus on learning the microcontrollers right from the beginners level and gain advanced level skills. As of now 287 students have registered. 

Topics covered:

1. Introduction
2. Hardware & software
3. PIC16F877A
4. Input output
5. LEDs
6. 7-segment display
7. Pushbuttons
8. Multiplexing
9. Relays
10. External interrupt
11. ADC
12. Timer
13. PWM
14. Internal EEPROM
15. Serial communication
16. HC05 bluetooth mode
17. 12C communication
18. Building digital clock
19. SPI communication
20. EM-18 RFID module

Why this course? 

Once you’ll start taking lectures, you’ll get following benefits:

• You will learn PIC microcontroller programming. 
• You will get to know programming with a datasheet approach. 
• You will be able to form your own projects with a microcontroller. 
• You will understand the hardware and software of microcontrollers. 
• You will learn about communication protocols. 

Who is this course for? 

The course is for freshers interested in learning microcontrollers from scratch. 

Rating? 

The course has earned a rating of 4.4 by 51 learners. 

Duration? 

The course contains 22 sections, 48 lectures and a duration of 8h 31m.

5.Mastering STM32 Microcontrollers By Udemy

The course is constructed by Flavio Cavalieri. This course is designed to give you a detailed account of STM32 microcontrollers. You will be able to learn the characteristics and applications. As of now 223 students have registered. 

Topics covered:

1. Introduction
2. MCU concepts
3. GPIO HAL
4. GPIO CMSIS
5. PWM
6. EXTI HAL
7. IC
8. TIM
9. ADC 
10. ADC DMA
11. IWDG
12. RTC
13. USART
14. LWIP
15. USB HID
16. EEPROM emulation
17. FATFS uSD
18. ETH IAP

Why this course? 

Once you’ll start taking lectures, you’ll get following benefits:

• You will learn STM32 microcontrollers from the basics. 
• You will study the features of microcontrollers. 
• You will get to know the electrical characteristics of microcontrollers. 
• You will study about software libraries. 
• You will grasp practical programming skills. 

Who is this course for? 

The course is for everyone passionate about programming. 

Rating? 

The course has earned a rating of 4.5 by 27 learners. 

Duration? 

The course contains 1 section, 20 lectures and a duration of 15h 52m.

6. A Step-By-Step Guide To Microcontroller Interrupts By Alison

The course is constructed by Ashraf Said AlMadhoun. This course gives you an absolute model to learn the interrupt hardware of microcontrollers and acquire practical experience of working with multitasking projects. As of now 1,024 students have registered. 

Topics covered:

1. Introduction
2. PIC microcontroller
3. PIC18F interrupts
4. PIC16F8XX interrupts
5. Install software

Why this course? 

Once you’ll start taking lectures, you’ll get following benefits:

• You will understand the interrupt. 
• You will study about various interrupts. 
• You will be able to design circuits using proteus software. 
• You will get to know the uses of different interrupts. 
• You will learn the difference among a variety of interrupts. 

Who is this course for? 

The course is for the public wanting to learn microcontrollers from a free source. 

Duration? 

The course contains a duration of 3-4 hours. 

7. What Is A Microcontroller And How Microcontroller Works By YouTube

The course is available on YouTube channel ShortcutElectronics. This course briefly teaches you what a microcontroller is all about and how it operates. There are over 171k views on this course. 

Topics covered:

1. Introduction
2. Logic gate
3. Program
4. Assembly language
5. Programming language
6. Applications

Why this course? 

Once you’ll start taking lectures, you’ll get following benefits:

• You will learn the purpose of a microcontroller. 
• You will get to know the parts of a microcontroller. 
• You will learn the methods by which microcontrollers operate. 
• You will study software and hardware. 
• You will learn the applications of microcontrollers. 

Who is this course for? 

The course is for all of you who want to get an idea of microcontrollers in no time from a free tutorial. 

Duration? 

The course contains a duration of 11 minutes. 

Summary

These were some of the best online microcontroller courses you could find on the web. We offer courses from basic to advanced to help you learn innovative techniques to capture better opportunities. To save you time, we have listed these courses in both paid and free formats.

FAQ’s

1.What is a microcontroller?

 A microcontroller is a compact integrated circuit designed to govern a specific operation in an embedded system. A typical microcontroller includes a processor, memory and input/output (I/O) peripherals on a single chip.

2.What is a microcontroller used for? 

Microcontroller is a compressed micro computer manufactured to control the functions of embedded systems in office machines, robots, home appliances, motor vehicles and a number of other gadgets. 

3.Why is it called a microcontroller? 

It is so called because this device comprises of transistors which are small in size (micro-meter). 

4.Which language is used in microcontroller? 

C or C++ are frequently used in microcontrollers and in embedded devices that use real operating systems. 

5.How to study microcontroller? 

Before you start learning about microcontrollers, you must have some basic understanding of Electronics, otherwise it will be difficult to understand all the concepts and do the programming effectively.