Microcontroller & Embedded Systems Course
Master the fundamentals of embedded systems and progress toward industry-oriented development with Embedded C, 8051, AVR, Arduino, PIC, ARM Cortex-M, STM32, ESP32, Communication Protocols, RTOS and IoT.
Build Your Embedded Systems Skills
Learn Embedded Systems From Fundamentals to Industry Projects
This comprehensive Microcontroller & Embedded Systems Course is designed for engineering students, diploma students, freshers and beginners who want to develop practical embedded programming skills.
Start with Embedded C and microcontroller fundamentals, then progress into STM32, ESP32, communication protocols, RTOS, IoT and real-world embedded projects.
- Strong Embedded C programming foundation
- Multiple microcontroller platforms
- Practical hardware interfacing
- STM32 and ESP32 development
- Communication protocol implementation
- RTOS and IoT fundamentals
SYSTEMS
Microcontroller & Embedded Systems Course Syllabus
A structured learning path covering programming, microcontrollers, communication protocols, IoT, RTOS and practical embedded projects.
Embedded & Microcontroller Fundamentals
- Embedded system basics
- Microcontroller vs Microprocessor
- MCU architecture
- CPU, RAM, Flash & EEPROM
- Registers & memory map
- Clock, reset & watchdog
- GPIO & peripheral concepts
- Datasheet & reference manual reading
Embedded C Programming
- C fundamentals
- Pointers
- Arrays & strings
- Structures & unions
- Bit manipulation
- Bitwise operations
- volatile, const & static
- Memory concepts
- Embedded coding practices
8051 Microcontroller
- 8051 architecture
- GPIO
- Timers & counters
- Interrupts
- UART
- ADC interfacing
- Practical programs
AVR & Arduino
- AVR architecture
- Arduino Uno
- GPIO
- ADC & PWM
- Timers
- UART, SPI & I²C
- Sensor interfacing
- Actuator interfacing
- Arduino IDE
PIC Microcontrollers
- PIC architecture
- GPIO
- Timers
- ADC
- PWM
- Interrupts
- UART
- Practical interfacing
ARM Cortex-M & STM32
- ARM Cortex-M architecture
- STM32 overview
- STM32 GPIO
- Timers & PWM
- ADC
- Interrupts
- UART, SPI & I²C
- DMA basics
- STM32CubeIDE
- HAL & register-level programming
ESP32 & IoT
- ESP32 architecture
- GPIO, ADC & PWM
- Wi-Fi
- Bluetooth & BLE
- UART, SPI & I²C
- FreeRTOS basics
- IoT applications
- Arduino IDE
- ESP-IDF introduction
Modern MCU Families
- STM32 – ARM Cortex-M
- NXP LPC / Kinetis / i.MX RT
- TI MSP430
- TI Tiva / TM4C
- Microchip PIC / AVR
- Renesas RA / RL78
- Silicon Labs EFM32
- Nordic nRF52 / nRF53
- RP2040
- ESP32 family
Communication Protocols
- UART – practical coverage
- SPI – practical coverage
- I²C – practical coverage
- CAN – practical coverage
- LIN fundamentals
- USB fundamentals
- RS-232 / RS-485
- Ethernet fundamentals
- BLE
- Wi-Fi
- MQTT
RTOS & Advanced Embedded
- RTOS fundamentals
- FreeRTOS
- Tasks
- Queues
- Semaphores
- Mutex
- Interrupt handling
- Scheduling
- Memory management
- Debugging techniques
Embedded Development Tools
- Arduino IDE
- STM32CubeIDE
- Keil
- PlatformIO
- ESP-IDF
- Serial terminal
- Logic analyzer
- Multimeter
- JTAG / SWD
Industry-Oriented Projects
- LED & switch controller
- Digital temperature monitor
- LCD monitoring system
- Smart irrigation system
- Motor controller
- CAN communication system
- RFID access control
- ESP32 Wi-Fi sensor
- MQTT monitoring
- Bluetooth automation
From Beginner to Industry-Oriented Embedded Developer
A progressive six-level structure designed to build your skills step-by-step.
Embedded Fundamentals + C
Learn embedded concepts, architecture, memory, registers and Embedded C.
8051 + AVR + Arduino
Learn GPIO, timers, ADC, PWM, interrupts and serial communication.
PIC + ARM Cortex-M + STM32
Move into professional ARM-based embedded firmware development.
ESP32 + IoT
Build connected applications using Wi-Fi, Bluetooth and MQTT.
CAN + RTOS + Advanced Embedded
Understand industrial communication, FreeRTOS and advanced firmware concepts.
Industry Project
Combine Embedded C, MCU programming, sensors, protocols and actuators.
Build Real Embedded Systems Projects
Turn concepts into practical applications through structured projects.
Beginner Projects
- LED & switch controller
- Digital temperature monitor
- LCD-based monitoring system
Intermediate Projects
- Smart irrigation system
- Motor controller
- CAN-based communication system
- RFID access control
IoT Projects
- ESP32 Wi-Fi sensor
- MQTT-based monitoring
- Bluetooth automation
Learn With Industry-Relevant Tools
Get familiar with development environments, debugging tools and embedded development platforms.
Designed for Engineering Students, Diploma Students & Freshers
Start from fundamentals and gradually build industry-oriented embedded skills.
Engineering Students
Ideal for Electronics, E&TC, Electrical, Instrumentation, Computer and related engineering students.
Diploma Students
Develop practical skills in microcontrollers, Embedded C and electronics interfacing.
Freshers
Build a strong technical foundation and practical embedded project portfolio.
Beginners
Start from basics and progress toward STM32, ESP32, IoT and RTOS.
Build a Complete Multi-Microcontroller Embedded & IoT Project
Apply your complete learning to a practical final project using STM32, ESP32, AVR or PIC with sensors, communication protocols, actuators and Embedded C firmware.
- Microcontroller architecture & selection
- Embedded C firmware development
- Sensor & actuator integration
- UART / SPI / I²C / CAN communication
- ESP32 IoT connectivity
- Debugging & testing
Frequently Asked Questions
Common questions about the Microcontroller & Embedded Systems Course.
Who should join the Microcontroller & Embedded Systems Course?
The course is suitable for engineering students, diploma students, freshers and beginners who want to develop practical skills in embedded systems, microcontrollers and firmware development.
Is Embedded C included in the course?
Yes. Embedded C is a core part of the course and covers pointers, arrays, structures, unions, bit manipulation, memory concepts, volatile, const, static and embedded coding practices.
Does the course cover STM32 and ESP32?
Yes. The course includes ARM Cortex-M, STM32 and ESP32 development, including GPIO, ADC, PWM, UART, SPI, I²C, Wi-Fi, Bluetooth, IoT and FreeRTOS basics.
Which communication protocols are covered?
UART, SPI, I²C, CAN, LIN, USB, RS-232, RS-485, Ethernet, BLE, Wi-Fi and MQTT are covered.
Does the course include FreeRTOS?
Yes. The advanced section covers RTOS fundamentals and FreeRTOS including tasks, queues, semaphores, mutex, scheduling, interrupt handling and memory management.
How long is the course?
The recommended duration is approximately 40–60 hours, depending on practical sessions, projects and learner progression.
Build Your Career Skills in Embedded Systems & Microcontrollers
Learn Embedded C, STM32, ESP32, Arduino, communication protocols, RTOS and IoT through a practical, structured and industry-oriented curriculum.