EXPERT SYSTEMS AND SOLUTIONS

  Email:   expertsyssol@gmail.com

Cell: +91-9952749533,

        +91-9345276362

  website: www.researchprojects.in

                                Chennai , Tamil Nadu, India

A microcontroller is essentially the central component in an embedded system that controls the entire operation. Here's a deeper breakdown of its role:

• Input Sensing: The microcontroller receives inputs from sensors, switches, and other peripheral devices. It processes the raw data, which could be anything from temperature readings to button presses.

• Processing: Once the microcontroller gathers input data, it processes the information based on pre-programmed instructions. This is the core functionality where logic and decision-making occur.

• Output Control: After processing, the microcontroller sends signals to output devices like motors, displays, LEDs, or relays. These outputs perform specific actions, such as turning on a light, activating a motor, or displaying information on a screen.

Key Functions of a Microcontroller:

• Data Acquisition: It collects data from sensors or external devices.

• Processing and Control: Based on the program logic, it controls the system’s behavior.

• Real-time Operation: Microcontrollers operate in real-time, meaning they can react almost instantaneously to input changes, making them suitable for time-critical applications.

Microcontrollers are used in various applications, from small devices like digital clocks and remote controls to more complex systems like automotive control systems and industrial machines. Their versatility and low power consumption make them ideal for a wide range of electronics systems.

Before learning Embedded System, you must have the basic knowledge of Computer Architecture and Circuits. Suitable Audience for Our Embedded System projects/tutorial includes B.E ECE, EEE and M.E - Applied Electronics.  We offer final year projects in  Embedded Systems, Free Projects in Chennai, Chidambaram and Neyveli. These projects finds applications in AI, Automobile applications, consumer applications and power electronics.

     Embedded Project Titles for Final year projects

   An embedded system is a combination of computer hardware and software designed for a specific function. Embedded systems may also function within a larger system. The objective of doing a embedded systems and to make the systems capable of designing embedded models for real life applications. Suitable controllers for experimentation ATMEL, STM32L15, Cortex M3, Cortex M4

 Projects and Mini Project using Microcontroller          

1. ATmega16A Based GPS Receiver

• Develop a system that tracks geographical locations using a GPS module and displays them on an LCD using the ATmega16A microcontroller.

2. GPS- and GSM-Based Vehicle Tracking System

• A vehicle tracking system that sends real-time location data via SMS using a combination of GPS and GSM modules connected to a microcontroller.

3. Ultrasonic Radar Microcontroller Project

• Use an ultrasonic sensor to detect objects within a certain range and display their position on a virtual radar using microcontroller data processing.

4. Arduino-Based GSM Home Security System

• A security system that detects unauthorized access using sensors and sends alerts to the homeowner via GSM messages.

5. Electronic Card Lock-Based Microcontroller Project

• Implement an electronic lock system that uses RFID or magnetic cards to grant access, controlled by a microcontroller.

6. Morse Code Encoder

• Build a system that takes input (letters/numbers) and converts them into Morse code using a microcontroller to control light or sound signals.

7. Smart Receptionist With Smartlock System

• A smart system where visitors can register using a digital interface, and if authorized, the microcontroller activates the door lock.

8. Virtual Tele presence Robot Using Raspberry Pi

• A robot that allows remote interaction and control via the internet, using Raspberry Pi for real-time video and movement control.

9. Soccer Robot

• Build a robot capable of playing soccer, controlled by a microcontroller and equipped with sensors to detect and interact with the ball.

10. Restaurant Menu Ordering System

• Develop a digital ordering system where customers can order via an electronic interface, with the orders processed by a microcontroller.

11. Fridge Temperature and Humidity Indicator

• A simple project where temperature and humidity inside a fridge are monitored using sensors, and the data is displayed via a microcontroller.

12. Home Automation System

• Use a microcontroller to automate various household tasks such as lighting, HVAC, and security systems via sensors and relays.

13. LPG Leakage Detector

• A safety system that uses a gas sensor to detect LPG leaks and triggers an alarm or sends an alert when dangerous levels are detected.

14. Solar Tracker System

• A solar panel system controlled by a microcontroller to automatically adjust its position based on the sun's direction for optimal power generation.

15. Odometer-Based Microcontroller Project

• Develop a digital odometer system using sensors and a microcontroller to track distance traveled by a vehicle or object.

16. Microcontroller-Based Tachometer

• A device that measures the rotation speed (RPM) of an engine or wheel using sensors and displays the data on an LCD controlled by a microcontroller.

  Our Tutorial / online classes in Embedded system covers,

Introduction to ES, What is ES, Characteristic of ES, Designing of an ES, ES Processors, Microprocessor, Microcontroller, MP vs MC, Types of MicroController, ES Tools and Peripherals, 8051 MicroController

8051 MicroController, 8051 MC Architecture, 8051 MC Pin Digram, ES I/O Programming, Addressing Modes, 8051 Instruction Set, Assembly language, 8051 Interrupts, Embedded C, LED Blinking, 7-Segment Display, Counter/Timer, Serial Communication, Keypad Programming, LCD Programming, AVR MicroController

AVR MicroController, ATmega32 MicroController, ATmega32 Pin Diagram, ATmega32 Memories, ATmega8 MicroController, ATmega8 Pin Diagram, I/O Port Programming, AVR Registers, Programming using Studio, LCD Interfacing, SPI in AVR, Keyboard Interfacing, ADC Interfacing, Serial Communication, PWM MicroController, Interrupts MicroController

 

Embedded System Kits

1. Arduino Uno Starter Kit

• Includes: Arduino Uno board, sensors, jumper wires, motors, LEDs, resistors, and breadboard.

• Price: ₹1,200 – ₹2,000

2. Raspberry Pi 4 Model B Kit

• Includes: Raspberry Pi 4 board (with 4GB or 8GB RAM), power supply, case, microSD card, and HDMI cable.

• Price: ₹4,500 – ₹7,500

3. 8051 Microcontroller Development Kit

• Includes: 8051 microcontroller board, programmer, LCD, seven-segment display, LEDs, and more.

• Price: ₹2,000 – ₹3,500

4. ARM Cortex M4 Development Board (STM32F4)

• Includes: STM32F4 microcontroller, sensors, communication modules, and expansion headers.

• Price: ₹2,500 – ₹5,000

5. ESP32 IoT Development Kit

• Includes: ESP32 Wi-Fi + Bluetooth board, sensors, relay modules, OLED display, and other accessories.

• Price: ₹1,500 – ₹3,000

6. AVR Atmega328 Development Kit

• Includes: AVR microcontroller, development board, sensors, switches, and LEDs.

• Price: ₹1,200 – ₹2,500

7. PIC Microcontroller Development Kit

• Includes: PIC microcontroller board, power supply, LED, LCD, push buttons, and more.

• Price: ₹3,000 – ₹4,500

8. BeagleBone Black Starter Kit

• Includes: BeagleBone Black board, power supply, microSD card, and jumper cables.

• Price: ₹4,000 – ₹6,000

9. TI MSP430 LaunchPad Development Kit

• Includes: MSP430 microcontroller, breadboard, sensors, and components.

• Price: ₹1,500 – ₹3,000