Electric Electronics Eng
Embedded System
The Embedded Systems and STM32 Microcontrollers Training Course provides an in-depth introduction to the design and development of embedded systems using the powerful STM32 microcontroller. Participants will learn to develop applications such as real-time control systems, sensor interfacing, and communication protocols.
Embedded System
PCB & Circuit Design
Program
2/4/6 Weeks
Duration
30th June 2024
Duration
Offline/Online/In-Campus
Delivery Mode
English
Language
Course Offering
Industry Oriented Curriculum
Real World Projects
Dedicated Support
Job Assistance
Interview Preapration
Industry Recognized Certificate
Course Curriculum
» Introduction to Embedded Systems and STM32 Microcontrollers
» Getting Started with STM32 Development Environment
» Debugging and Programming STM32
» Introduction to Digital Input/Output and Push Button Interfacing
» Placing Symbols and Ports
» Labeling components
» Circuit optimization
» Introduction to Timers and Delay Generation
Evolution of PCB
» Getting Started with STM32 Development Environmen
» STM32 GPIO Configuration and LED Blinking
» Debugging and Programming STM32
» Introduction to Digital Input/Output and Push Button Interfacing
» Introduction to Analog-to-Digital Converter (ADC)
» Advanced ADC Techniques
» Digital-to-Analog Converter (DAC) Basics
» Introduction to Serial Peripheral Interface (SPI) Communication
» Advanced SPI Communication
» Introduction to I2C Communication Protocol
» Advanced I2C Communication
» Interfacing External Memory (EEPROM, Flash)
» Introduction to Real-Time Clocks (RTC)
» Hands-on Project: Data Logger with External EEPROM and RTC
» Introduction to Real-Time Operating Systems (RTOS).
» RTOS Basics: Tasks, Queues, and Semaphores
» Advanced RTOS Concepts: Mutexes and Event Groups
» Interfacing LCD and Keypad with STM32
» Hands-on Project: RTOS-based Smart Home Automation System.
» Introduction to CAN Communication Protocol
» USB Communication with STM32
» Ethernet and IoT Connectivity with STM32
» Bootloader Development and Firmware Update
» Final Project: Autonomous Robot using STM32