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Embedded Systems Design with STM32 and ARM Cortex-M4

Name: Embedded Systems Design with STM32 and ARM Cortex-M4
Rating: 5.00 (1 reviews)

Accelerate your Career

Learn Embedded Systems Design with STM32 and ARM Cortex-M4. Master microcontroller programming, peripherals, RTOS, communication protocols, and IoT applications.

9 Modules

with Certifications

10:12 Hours

of Recorded Content

5.0 Ratings

by 1423 Learners

English

Language

Paid Course

Get this Course @ ₹1,499

Name

Email ID

Phone Number

1423 enrolled in this course

Course Specifications

Sections

Lessons

Capacity

Unlimited

Duration

10:12 Hours

Students

1423

Created Date

18 Jun 2026

Updated Date

29 Jun 2026

Embedded Systems Design with STM32 and ARM Cortex-M4

Embedded Systems Design with STM32 and ARM Cortex-M4 is a practical training program focused on modern embedded firmware development using the STM32F407 microcontroller platform. The course introduces learners to ARM Cortex-M4 architecture, peripheral configuration, clock management, communication interfaces, timer programming, analog interfaces, DMA, and interrupt handling through hands-on implementation. Participants will gain experience configuring hardware registers, developing peripheral drivers, and creating real-world embedded applications such as smart lighting systems. Designed for students, electronics enthusiasts, and aspiring embedded engineers, this course provides a structured learning journey from embedded system fundamentals to advanced STM32 programming techniques that are widely used in industrial automation, IoT, robotics, and consumer electronics.

MASTERING THE DATA SCIENCE LIFECYCLE

Comprehensive Syllabus Outline

A comprehensive curriculum designed to take you from beginner to professional.

M1

Module 1 — Introduction to Embedded Systems

Getting Started with ARM Cortex-M4 Architecture, STM32F407 Microcontroller and KEIL IDE Setup

M2

Module 2 — Clock System and GPIO Programming

Configuring STM32 System Clock using PLL and Programming GPIO through RCC Registers

M3

Module 3 — Timer Configuration and Delay Generation

Configuring STM32 Timers for Precise Delay Generation and Time-Based Operations

M4

Module 4 — Serial Communication Protocols

Implementing UART Communication for Embedded Data Exchange

Interfacing Peripheral Devices using I2C Communication Protocol

Implementing High-Speed Data Transfer using SPI Communication

M5

Module 5 — SPI Driver Development

Developing and Testing SPI Communication Drivers on STM32

M6

Module 6 — Analog and PWM Interfaces

Reading Multi-Channel Analog Signals using STM32 ADC

Generating PWM Signals for Embedded Control Applications

M7

Module 7 — Peripheral Integration Projects

Developing a Smart Street Lighting System using STM32 Peripherals

M8

Module 8 — DMA-Based Data Transfer

Configuring DMA for Efficient ADC Data Acquisition

Advanced ADC Data Acquisition using DMA-Based Transfers

Implementing High-Speed UART Communication using DMA

Configuring DMA-Based UART Reception and Data Buffering

M9

Module 9 — Interrupt and System Timing Programming

Using SysTick Timer for System Scheduling and Time Management

Understanding Interrupt Handling in ARM Cortex-M4 Systems

Implementing Nested and Priority-Based Interrupt Handling

Configuring External Interrupts for Event-Driven Applications

Capstone Project

STM32 Embedded Systems Application Portfolio

Build end-to-end applications that demonstrate practical implementation of concepts covered throughout the course.