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Embedded Systems Development

Master microcontroller programming and hardware interfacing with Embedded C

Embedded C C Arduino Raspberry Pi Linux Putty
#include
sbit LED = P1^0;
void timer0_isr() interrupt 1
TR0 = 1;
P0 = 0xFF;
__code unsigned char table[]
EA = 1;
void delay(unsigned int ms)

Course Overview

This comprehensive Embedded Systems course teaches microcontroller programming, hardware interfacing, and real-time system design using 8051 architecture and Embedded C. Gain practical skills through hands-on projects with development boards and debugging tools.

8051 MCU

Master 8051 microcontroller architecture

Embedded C

Low-level programming techniques

Debugging

Learn professional debugging tools

Certification

Industry-recognized credential

Embedded Systems
Live Classes Starting Monthly
New
Batch!

What You'll Learn

Master these essential skills to become an Embedded Systems Engineer

8051 Architecture

Understand microcontroller internals and registers

Embedded C

Master low-level programming techniques

Hardware Interfacing

Connect and control peripheral devices

Timers & Interrupts

Implement real-time event handling

Debugging

Use professional debugging tools

System Design

Develop complete embedded solutions

Course Syllabus

Comprehensive curriculum covering embedded systems development

Module 1: Embedded Systems Fundamentals

  • Introduction to embedded systems
  • System design methodologies
  • Classification of embedded systems
  • Processor selection criteria

Module 2: 8051 Microcontroller

  • 8051 architecture and pin diagram
  • Memory organization
  • Special function registers
  • Addressing modes

Module 3: Embedded C Programming

  • Data types and memory mapping
  • Bitwise operations
  • Pointers and memory access
  • Volatile and const qualifiers

Module 4: Interfacing & Debugging

  • GPIO interfacing (LEDs, switches)
  • LCD and keypad interfacing
  • Debugging tools (logic analyzers, oscilloscopes)
  • Simulation tools (Proteus, Keil)

Module 5: Advanced Concepts

  • Timers and counters
  • Interrupt programming
  • Serial communication (UART)
  • Real-world project implementation
void main() {
TMOD = 0x20;
P1 = ~P1;
TH1 = 0xFD;
while(TF0 == 0);

Ready to Master Embedded Systems?

Join our next cohort and build real-world embedded solutions.

Limited seats available for the next batch starting 1, November 2025

Get In Touch

We'd love to hear from you

Our Location

1st Floor, Mallemudi Vari St, BesideNH5, Ramavarapadu, Vijayawada, Andhra Pradesh 521108

Call Us

+91 7702570023

Email Us

info@mohansoftwaresolutions.com

mohansoftwaresolutions@gmail.com