Category: Micro Controller Projects

Micro controller projects listed here are for electronics and electrical engineering students. Students can download Micro Controller Projects project reports, Micro Controller Projects list and Micro Controller Projects in c for free. Download All Micro Controller Based Final Year Electrical and Electronics Projects, Ideas, Abstracts.

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Black Box for Vehicles Micro Controller Mechanical Project

This BLACK BOX FOR VEHICLES Micro Controller Mechanical Project is prospered to note the required data like speed of engine or vehicle, engine temperature etc to transform motor vehicle field of accident investigation. It is utilized to map the vehicle and accident attentive by using GSM and GPS technology.

 The embedded system includes minimum of one microprocessor to do the system’s logic operations. The embedded systems make use of micro controllers that are a kind of microprocessor which increases cost-effectiveness and self-sufficiency though it is a general-purpose microprocessor.

 The micro controller needs adequate interfaces and memory for easy applications and general-purpose microprocessors needs chips to offer these works containing ROM (read-only memory) chip to save the software.

 The project makes use of micro controller IC microchip like Peripheral Interface Controller (PIC), MPLAB, and Integrated Development Environment to provoke and congregate the written code.

 Some of the features of this vehicle are speed on-screen LCD, fuel level, mileage, and engine temperature. It stops crashes with Ultrasonic sensor. GSM and GPS technology gives accident alerts. It is user friendly VB front end to take the data at the receiver end. It enhances productivity, manages driver functions, and offers Key Management Reports.

Conclusion:

It is concluded that the Black Box for Vehicles Micro Controller Mechanical Project is designed by using Embedded Technology. Embedded systems have a vital part in day to day life though it is invisible. An embedded system is described as a computer system made to do certain action and also described for the purpose of a single computer. The system controls the television’s menu system, cell phone, MP3 player etc.

Download Black Box for Vehicles Micro Controller Mechanical Project

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Micro Controller 8051 Projects

List of Micro Controller 8051 Projects:

This category consists of Micro Controller 8051 based Projects for Electronics and Electrical Engineering students, Micro controller 8051 projects in c for 8051. Here you can download 8051 micr controller project reports, source code and paper presentations for free of cost.

  1. ANTI THEFT WHEEL LOCKING SYSTEM Mechanical Project Abstract
  2. AIR DEFENSE GUN Mech Project
  3. A NOVEL REAR END COLLISION ACCIDENT AVOIDANCE SYSTEM WITH DYNAMIC SPEED GOVERNOR
  4. Embedded Systems And Information Appliances.
  5. INTERACTIVE VOICE RESPONSE SYSTEM
  6. DOWNLOAD CAN BASED CAR AUTOMATION MICROCONTROLLER PROJECT REPORT
  7. DWONLOAD AUTONOMOUS ROBOT PROJECT REPORT
  8. Super Intelligent Robot
  9. Robotic ARM Control Through Internet Lan for Patient Operation
  10. ROBOTIC ARM Mechanical Robotics Projects
  11.   Power Generation Using Speed Breakers And Efficient Use of Energy
  12. MODELING AND SIMULATION OF SPEED OF A DOUBLY FED INDUCTION MOTOR
  13. WIRELESS ENERGY TRANSMITTER WITH TARIFF SYSTEM
  14. SOLAR POWER GENERATION WITH AUTO TRACKING SYSTEM
  15. SOC ESTIMATION OF RECHARGEABLE BATTERIES
  16. Summer Training Project Report on Real Time Clock (RTC)
  17. PHASE ANGLE CONTROL OF SCR USING AT89C51
  18. INTELLIGENT SECURITY SYSTEM
  19. INDUSTRIAL STORE KEEPING BY AUTONOMOUS GUIDED SYSTEM
  20. INDUSTRIAL FAULT INDICATION SYSTEM WITH OVER VOLTAGE OVER TEMPERATURE
  21. IMPLEMENTATION OF MOBILE PHONE Project
  22. HUMAN DETECTION ROBOT Electrical Project Idea
  23. CUSTOMER OPERATED ENQUIRY TERMINAL Final Year EEE Seminar Project
  24. CONTROL ELECTRICAL APPLIANCES USING PC Student EEE Projects
  25. AUTOMATIC COLLEGE BELL Electrical Student Project
  26. Project Report On Power Grid Control System Using Gsm Modem
  27. Project Report On Microcontroller Based Voltage Measurement
  28. Microcontroller Based Semiconductor Tap Changer For Power Transformer
  29. Project Report On Microcontroller Based Dc Motor Speed Controller
  30. Project Report On Intelligent Power Meter
  31.  Project Report On Intelligent Energy Saving System
  32. Project Report On Electric Motors
  33. Project Report On Automatic Pressure Controller
  34. Microcontroller Based Power Monitoring For 600kva Battery Back Up
  35. FIRE SENSING AND CONTROL Robotics Project.
  36. MODERN HOME (AC/DC) AUTOMATION USING GSM MODULE Abstract.
  37. EMBEDDED PASSWORD BASED SECURITY DOOR LOCK SYSTEM USING AT89s52
  38. RFID Based Home/Office security system Project Abstract.
  39. Super Intelligent Robot Using Smoke Sensor And Light Projects Abstract.
  40. ENCODING AND DECODING TECHNIQUE FOR SECURED DATA COMMUNICATION
  41. WIRELESS CHATTING USING RF Abstract
  42. Modern house automation (AC/DC) using RF communication Abstract.
  43. TOKEN NUMBER DISPLAY SYSTEMS USING IR Abstract.
  44. Home automation (AC/DC) using PC interface Abstract.
  45. HIGH PERFORMANCE ZIGBEE PROTOCOL FOR RF COMMUNICATION Abstract.
  46. Wireless Vehicle trace using IF and IR project Abstract.
  47. Automatic Control For UnManned Railway Gate Abstract.
  48. DETECTING THE CONDITIONS OF REMOTE AREAS USING RF MODULE.
  49. INDUSTRIAL FAULT INDICATION SYSTEM WITH OVER VOLTAGE ABSTRACT.
  50. I2C PROTOCOL BASED REAL TIME CLOCK CONTROL APPLICATION.
  51. INTERFACING COLOR SENSOR WITH DIFFERENT WAVE LENGTHS TO MICROCONTROLLER.
  52. LDR based Power saving system project Abstract.
  53. Micro controller based standalone temperature measurement system Abstract.
  54. COIN SENSING AUTOMATED TOLL GATE ABSTRACT.
  55. INTERFACING A GRAPHICAL LCD TO CONTROLLER ABSTRACT.
  56. ELECTRONIC EYE WITH SECURITY SYSTEM ABSTRACT.
  57. WIRELESS AC/DC DEVICE CONTROL FOR APPLIANCES USING REMOTE CONTROL ABSTRACT.
  58. RFID BASED PARCEL TRACING SYSTEM.
  59. LIBRARY BOOK MAINTAINS BY RFID TAGS
  60. INDUSTRIAL AUTOMATION USING CAN PROTOCOL ABSTRACT
  61. AUTOMATIC ROOM LIGHT CONTROLLER WITH VISITOR COUNTER USING IR SENSOR
  62. RFID Based Office attendance Logger project Abstract
  63. Robot Pick And Place Projects Abstract.
  64. Micro Controller Based Temperature Monitoring And Control Abstract
  65. PC Based Data Acquisition System Using SPI and I2C protocol Abstract
  66. LPG Gas Detection Projects Abstract.
  67. PC Based Data Acquisition System Using SPI and I2C protocol Abstract
  68. Micro Controller Based Temperature Monitoring And Control Abstract
  69. Robot Pick And Place Projects Abstract.
  70. RFID Based Office attendance Logger project Abstract
  71. AUTOMATIC ROOM LIGHT CONTROLLER WITH VISITOR COUNTER USING IR SENSOR
  72. INDUSTRIAL AUTOMATION USING CAN PROTOCOL ABSTRACT
  73. LIBRARY BOOK MAINTAINS BY RFID TAGS
  74. RFID BASED ANIMAL TRACKING SYSTEM ABSTRACT
  75. RFID BASED PARCEL TRACING SYSTEM
  76. ELECTRONIC EYE WITH SECURITY SYSTEM ABSTRACT.
  77. INTERFACING A GRAPHICAL LCD TO CONTROLLER ABSTRACT
  78. COIN SENSING AUTOMATED TOLL GATE ABSTRACT
  79. Micro controller based standalone temperature measurement system Abstract
  80. LDR based Power saving system project Abstract
  81. INTERFACING COLOR SENSOR WITH DIFFERENT WAVE LENGTHS TO MICROCONTROLLER
  82. I2C PROTOCOL BASED REAL TIME CLOCK CONTROL APPLICATION
  83. INDUSTRIAL FAULT INDICATION SYSTEM WITH OVER VOLTAGE ABSTRACT
  84. DETECTING THE CONDITIONS OF REMOTE AREAS USING RF MODULE
  85. Automatic Control For UnManned Railway Gate Abstract
  86. Wireless Vehicle trace using IF and IR project Abstract
  87. HIGH PERFORMANCE ZIGBEE PROTOCOL FOR RF COMMUNICATION Abstract
  88. Home automation (AC/DC) using PC interface Abstract
  89. TOKEN NUMBER DISPLAY SYSTEMS USING IR Abstract
  90. Modern house automation (AC/DC) using RF communication Abstract
  91. WIRELESS CHATTING USING RF Abstract
  92. ENCODING AND DECODING TECHNIQUE FOR SECURED DATA COMMUNICATION
  93. Access Control System Using I-Button With Secret Lock System Abstract
  94. Microcontroller based MP3 player project Abstract.
  95. Robot using Bluetooth project Abstract 
Most of the projects listed here are done using 8051 micro controller. 8051 micro controller is mostly used in engineering final year projects. Using this projects can help you to understand about 8051 micro controller functionality.
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Anti Theft Wheel Locking System Mechanical Project Abstract

The goal of this ANTI THEFT WHEEL LOCKING SYSTEM project is to hinder the theft of bikes with the help of wheel locking system. The solenoid switch is used as the main tool to lock the front wheel of the bike. Solenoid is a device that monitors in linear motion. It includes plunger which moves in too and fro motion and is connected to the battery supply.

The brake lever in disc brake system enables the functions of disc brake. The plan is about to activate the disc brake functions while the ignition key is kept in OFF stage. Hence the program manages the solenoid actions. The programs should be in the form of idle state or ignition key in off. When an unknown person moves the bike then the microcontroller should perform an action by analyzing front wheel motion and it should active the solenoid action.

The solenoid is consisted of voltage of 12volts and current of 5amps. The battery consists of voltage of 12volts and current of 7amps.

Conclusion:

The Anti Theft Wheel Locking System Mechanical Project Abstract concludes on the locking system with the requirement of the project manages the actions of solenoid. The system should be in such a manner that if bike is in the position of IDLE STATE or IGNITION KEY IN OFF and at the same time when an unauthorized person tries to unlock the bike then after the front wheel rotations the MICROCONTROLLER should perform the action by using sensor and should active the solenoid actions. 

Download ANTI THEFT WHEEL LOCKING SYSTEM Mechanical Project Abstract

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Air Defense Gun Mech Project

The scope of this AIR DEFENSE GUN Mech Project is to progress a system to manage the motion of air defense gun climbed on the tank. On considering an indigenous tank helps to understand this project better which is designed by CVRDE and DRDO. It is composed of turret and hull with three hatches. The four crew members present are loader, driver, gunner, and commander.

 The equipments of tank are three guns which are machine gun, main gun, and air defense gun. The main gun makes use of HESH and FSAPDS like the coaxial machine gun, ammunition, and air defense machine gun. The defense gun is present on the hatch of the loader of the tank which is maintained by the loader. It can target the flying armored vehicles.

 This project focuses on gunner’s safety with the embedded systems to locate the air defense gun without exposing gunner. The project’s scope makes a conceptual model allowing the power with the motion of air defense gun replacing of the manual operation.

 The air defense gun is maneuvered in planes of vertical and azimuth. The loader requires defense gun in the hatch situation and attack the enemy and the manual operation is a tiring action. The system must attack target by a sight with the goal of attacking in hatch condition by elevating and depressing gun.

 Conclusion:

 The Air Defense Gun project concludes on a system that can rotate the hatch of the loader in clockwise and anticlockwise direction by 360 degree. The movement of gun is from -10 degree to +70 degree. The system needs automatic stopping of gun motion when it performs the extreme condition in the vertical position.

Download Air Defense Gun Mech Project

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A Novel Rear End Collision Accident Avoidance System with Dynamic Speed Governor

The automotive vehicles are maximized by warning systems and collision avoidance for potential collision with an object like pedestrian or vehicle. Based on potential collision, these systems typically start to ignore collision and/or offer an advice to an operator of the vehicle.

 This A NOVEL REAR END COLLISION ACCIDENT AVOIDANCE SYSTEM WITH DYNAMIC SPEED GOVERNOR project includes distance-measuring system depending on ultrasonic sound with the use of PIC 16f877A micro controller to send ultrasonic sound waves to the target and gets the particular echo. The ultrasonic sound sensor is utilized to discover on reaching echo to the system. The time taken by the ultrasonic burst to complete the distance from the system to the subject and vice versa is definitely calculated by the micro controller.

 When the distance among obstacle and vehicle passes a limit then it offers the signal of warning to the driver. It even controls the vehicle’s speed and when the speed limit increases then the driver gets informed. The speed limit is maintained by authorities for various vehicles class.

 The project “DYNAMIC SPEED GOVERNER” is the modern technique which monitors the vehicle speed externally than internally. The two PIC16F877As, RF transmitter, and a receiver monitor the speed measurement and control.

Conclusion:

This article introduces a system of to measure the distance with the use of ultrasonic sound and PIC 16f877A micro controller. This system avoids the accidents. It detects the echo on the arrival to the system. There are many kinds of vehicle speed limiters which are used today to control the traffic like malls, hospitals, and schools. This system includes a micro controller that stops the vehicle on finding that the vehicle is going to hit any other vehicle.

Download A NOVEL REAR END COLLISION ACCIDENT AVOIDANCE SYSTEM WITH DYNAMIC SPEED GOVERNOR Final Mech Project Report

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Embedded Systems and Information Appliances

Embedded-Systems-And-Information-Appliances.Embedded systems mainly works with the integration of hardware,software programming,integrated circuits and few mechanical parts. 

In order to implement embedded systems project programming language plays a important role,Initially students should select best high level programming language for the project and develop coding and then code is compiled in to a executable code which will be in machine language. Then it is written in to eprom’s (ROM) which is called as “microkernel”.Microprocessor uses its memory based on the bit size for 8-bit it takes less memory where as for 16 bit it takes more memory. For a simple micro controller projects there will be no priorities and operating systems  implemented . But when implementing higher level projects like 32-bit or 64-bit ,where decision making is important there should be at least a tiny operating system running to make decisions which is called as RTOS.Message Scrolling On Lcd Using Arm Controller project is a sample embedded system project for understanding micro controllers and micro processors.

Microprocessor is part of embedded system which is included as a part of system in a large system. We can consider computer as a basic example.

Embedded Hardware

Embedded system is a combination of micro controller and microprocessor which is base for any large systems. As embedded system will handle entire processing information by using inbuilt programming language. Programs that are installed in system are stored in ROM/RAM, Embedded systems will provide external linking to different external interfaces using a serial and parallel port linking. I/O operations for this hardware’s are performed by system.

download Project Report On CSE Embedded Systems And Information Appliances.

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Interactive Voice Response System

INTERACTIVE-VOICE-RESPONSE-SYSTEMInteractive Voice Response System is a telecommunication project which is used to implement new business environment to fulfill certain requirements which is related to intelligent voice response. IVRS is one of the fast growing systems which will transform present business model in to customer useful model. This model is a voice recording system where voice responses are stored in database and when any customer requests for information through his mobile using key pad to navigate to the interested filed to find his answer. 

Decision tree is used to root the caller to his requested service based on the keypad inputs given by user. Basically IVRS systems are used to check bank balance, daily information on stocks, live updating on entertainments like movie show timings and ticket availability. 

            In telecommunication, Intelligent Voice Response, or IVR, is a mobile technology which works on the customer key pad number inputs using a normal phone call. IVR system will root the calls on the inputs submitted by customer to the desired voice recording system. Voice recordings are stored in the database and customer will hear pre-recording voices and inform customer about further rooting procedure to be followed.

 Hardware Used for implementing Voice Response System.

  • Ring Decoder 
  • DTMF Decoder 
  • MICROCONTROLLER 
  • MAX 232 
  • Relay 
  • Isolation Transformer 
  • Voice Card 
download Project Report  of  CSE Interactive Voice Response System is a telecommunication project.
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Download Can Based Car Automation Microcontroller Project Report

The software written for embedded systems is often called firmware, and is stored in read-only memory or flash convector chips rather than a disk drive. It often runs with limited computer hardware resources: small or no keyboard, screen, and little memory. Can-Based-automation-microcontroller-project

Why this project? 

In the present Can Based automation microcontroller project we are demonstrating the applications of the CAN protocol in the Car Automation.

Here we are showing the Antilock Breaking System (ABS) and the Automatic Climate Control System. 

The ABS brake system is the greatest innovation in active safety for cars that has saved many lives. The Anti-lock Braking System is designed to help the driver maintain steering control during hard braking, especially in slippery conditions. 

How it works? 

Imagine, you are driving a car without ABS on a slippery road (e.g. after a rain or snow). Suddenly, you notice something on the road right in front of you. 

You hit the brakes, and try to turn aside, but the steering doesn’t work; the car just skids out of control. Why, because all the wheels are locked up while you are holding down the brake pedal. As a result, you lose the ability to steer the vehicle.

The four-wheel ABS can help in situations like this. It prevents the wheels from locking up, helping you maintain steering control during braking. In a similar situation, driving a car equipped with four-wheel ABS, it would be easier for you to steer your vehicle while braking.

Major components of the typical ABS system include speed sensors (one at each wheel), an electronic control unit (ABS computer) and a hydraulic control. The ABS computer constantly monitors the signal from each wheel speed sensor. 

When it senses that any of the wheels are approaching lock up during braking, the ABS computer sends the signal to the hydraulic control unit, which modulates the braking pressure for a corresponding wheel(s) preventing it from locking up. Today’s automatic climate control systems allow hands-free temperature regulator, whether hot or cold. Once you set a temperature on your car’s automatic climate control system, it should maintain that temperature regardless of what’s going on outside. 

Today’s automatic climate control systems allow hands-free temperature regulator, whether hot or cold. Once you set a temperature on your car’s automatic climate control system, it should maintain that temperature regardless of what’s going on outside. 

CAN is a multi-master broadcast serial bus standard for connecting electronic control units (ECUs).Each node is able to send and receive messages, but not simultaneously: a message (consisting primarily of an ID usually chosen to identify the message-type/sender and up to eight message bytes) is transmitted serially onto the bus, one bit after another  this signal pattern codes the message (in NRZ) and is sensed by all nodes. 

The devices that are connected by a CAN network are typically sensors, actuators and control devices. A CAN message never reaches these devices directly, but instead, a host processor and a CAN controller are needed between these devices and the bus.

If the bus is free, any node may begin to transmit. If two or more nodes begin sending messages at the same time, the message with the more dominant ID (which has more dominant bits, i.e., bit 0) will overwrite other nodes’ less dominant IDs, so that eventually (after this arbitration on the ID) only the dominant message remains and is received by all nodes.

Conclusion: 

The project “CAN BASED CAR AUTOMATION SYSTEM” has been successfully designed and tested. It has been developed by integrating features of all the hardware components used. Presence of every module has been reasoned out and placed carefully thus contributing to the best working of the unit.

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Download Autonomous Robot Project Report

AUTONOMOUS ROBOT PROJECT aims at designing and executing the obstacle detection and avoidance robot. A robot obstacle detection system includes a robot housing which navigates with respect to the surface and a sensor subsystem having a defined relationship with respect to the housing and aimed at the surface for detecting the surface. DWONLOAD-AUTONOMOUS-ROBOT-PROJECT-REPORT

The ultrasonic sensor is a paired sensor has a receiver and a transmitter sensor.

The transmitter sends the ultrasonic waves, and if the receiver senses any of the transmitted signals it indicates the presence of an obstacle. If the receiver doesn’t sense any signal it indicates the absence of an obstacle.

If any obstacle is detected the directions of the robot will be automatically changed.

This robot is fitted with motors. A micro controller is used to control all operations. According to the motor operations, the robot will operate as specified in the program. 

However, the micro controller is used for the project has latched outputs and as such one does not have to keep the buttons on remote control passed for more than a few milliseconds.      

The aim of the project: 

The main aim of this project is to develop a robot, which automatically controls the robot using 8051 Micro controllers. This project aims at designing and executing the fire sensing, alcohol, bomb and obstacle detection and avoidance robot. 

Conclusion: 

The project “AUTONOMOUS ROBOT” has been successfully designed and tested. It has been developed by integrating features of all the hardware components used. Presence of every module has been reasoned out and placed carefully thus contributing to the best working of the unit.

Secondly, using highly advanced IC’s and with the help of growing technology, the project has been successfully implemented. And finally, we conclude that EMBEDDED SYSTEM is an emerging field and there is a huge scope for research and development.

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Super Intelligent Robot

Introduction:

      The project “Super intelligent Robot” is to design a robotic system that is coupled with super intelligence and thereby can avoid obstacles in its way. It also can sense fire and detect bombs hence preventing unfortunate incidents. Thus in other words it is a security system which helps in detection of any kind of obstacles and generates an alert.  Super-Intelligent-Robot              

                The software that is used to design the system is embedded C. the tools required are small device cross compiler and Keil uvision3. The target device for all kinds of control operations is an 8051 microcontroller and is implemented for robotic applications. The advantages of this system are that it is a low cost automated operation with low consumption of power. 

Super Intelligent Robotics Project Description:

              The project super intelligent Robot is made automated in nature as it is the system which can face new challenges. These automated systems have minimal manual operations, are flexible in nature and reliable with accurate results. Thus the present system is designed using the present scenario challenges.

      In the present system, the robot is controlled by means of a wire. The robot is filled with motors. A microcontroller is used for controlling all the operations. As per the motor’s instruction, the robot will move around in separate directions. If the robot comes across any obstacle then it will change its direction and stop. A fire sensor is also installed in the system. It can sense smoke and activate the buzzer thereby causing an alert.  

Conclusion:

     This project has been successfully designed and tested. The robot has been fabricated by integrating features of all the hardware components. All the modules of the project are carefully selected and placed in order for proper working. Moreover, highly advanced ICs are used with the growing technology in this project.

download Project Report of CSE Super intelligent Robot.