Embedded Systems Fundamentals

At Dhanush Institute of Technology & Skills, our Embedded Systems & Automation program is designed to build strong fundamentals, hands-on skills, and industry-ready expertise. The course follows a step-by-step learning approach, progressing from core electronics and Embedded C to advanced microcontrollers, PCB design, and real-world projects.

1. Embedded Systems Fundamentals

This module introduces the core concepts required to understand embedded technology used in modern electronic products.

Introduction to Embedded Systems
Microcontroller vs Microprocessor
Basic electronics concepts & number systems
Embedded system block diagram
Power supply fundamentals and basics

2. Embedded C Programming

Develop strong programming skills essential for embedded system development.

Embedded C program structure & syntax
Data types, loops & functions
Bitwise operations and register-level programming
Memory organization & addressing
Delays, timers & interrupt basics

3. 8051 Microcontroller Programming

Learn microcontroller architecture and real-time hardware interfacing.

8051 architecture & pin diagram
SFRs & memory organization
GPIO programming
Timers, counters & interrupts
UART serial communication
LED, relay, switch & LCD interfacing
Mini projects using 8051 microcontroller

4. PIC Microcontroller Programming

Gain experience with PIC controllers widely used in industrial applications.

PIC microcontroller architecture
MPLAB IDE & compiler setup
Embedded C programming for PIC
GPIO, timers & interrupt handling
ADC & sensor interfacing
Mini projects using PIC microcontrollers

5. Arduino (ATmega328P)

Hands-on learning with Arduino for rapid prototyping and innovation.

Arduino Uno hardware architecture
Digital & analog I/O programming
PWM generation & timer usage
Sensor & module interfacing
Practical application-based mini projects

6. STM32 (ARM Cortex-M Microcontroller)

Advance into high-performance ARM-based embedded systems used in industry.

ARM architecture & STM32 family overview
GPIO programming
Timers, PWM & interrupt handling
Communication protocols: UART, I2C & SPI
ADC & sensor interfacing
STM32CubeIDE toolchain
HAL library & basic register-level programming
Industry-oriented mini projects

7. Raspberry Pi (Embedded Linux Basics)

Understand Embedded Linux and single-board computing concepts.

Raspberry Pi hardware overview
Linux operating system fundamentals
GPIO programming using Python
Camera & display interfacing
Introduction to IoT concepts

8. Sensors & Communication Protocols

Build real-world hardware systems using commonly used sensors and modules.

DHT11, IR, LDR & ultrasonic sensors
Relay modules & motor drivers
Communication protocols: UART, I2C & SPI
Bluetooth communication (HC-05)
Wi-Fi basics using ESP8266

9. PCB Design & Hardware Development

Learn complete PCB design workflow from schematic to manufacturing.

Introduction to PCB design & its importance
Single-layer & double-layer PCB concepts
Schematic design & component selection
Footprint creation
PCB layout & routing techniques
Power & grounding best practices
Design Rule Check (DRC)
Gerber file generation
PCB fabrication process
Soldering techniques & hardware testing
PCB design for 8051, Arduino & STM32 projects
Software Tools: EasyEDA, Eagle & KiCad

10. Projects & Practical Training

Apply your skills through industry-relevant projects and guided training.

Temperature monitoring system (PCB-based)
Home automation control board
STM32 controller PCB design
Bluetooth & IoT-based PCB projects
Final-year project & mini-project guidance

This Course Included

Lesson
50
Duration
30h, 20m
Skill Level
Advance
Language
English
Certificate
After Completed

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