ARM Microcontroller based Projects for Engineering Students

In the year 1978, the first ARM controller was developed by Cambridge University. In the year 1985, Acorn Group of Computers produced the first ARM RISC Processors. In the year 1990, ARM was founded and become very popular. The ARM stands for Advance Risk Machine, one of the widespread and most licensed processor cores in the world. Thus, ARM controllers are especially used in portable devices such as mobile phones, digital cameras, wireless communication technologies, home networking modules, and other ARM based projects due to the advantages like reasonable performance and low power consumption, etc. This article list outs ARM based projects for electronics, electrical & M.Tech students.

What is an ARM Microcontroller?

The ARM family is the most advanced family of microcontrollers. Nowadays so many applications are developed based on ARM controllers and processors. The ARM stands for Advance Risk Machine. Currently, many controllers and processors families are available like 8051, AVR, PIC, Motorola, etc, but still, the ARM is very popular and is chosen for many applications and domains. There are many reasons for their in embedded based applications, such as their device functionality, set of peripherals, and high-speed data processing.

The ARM manufacturers each add their own mixture of peripherals and adds on functionality to the chip. Many chips with the ARM family include A/D converters, counters/timers, capacitive touch controller, LCD controller, USB, Wi-Fi baseband, etc; there are already built into the chip. This saves on port cost, design time, and physical space on the circuit board. Most of the companies prefer to use ARM families over and over again. The ARM9 and ARM7 are the most popular in ARM families. By using this microcontroller, ARM based projects can be developed for engineering students

ARM9 Development Board

The ARM9 is a high-performance ARM controller/processor. It has high efficiency, dual-issue sub scalar, and a dynamic length pipeline (8-11 stage). It has a lightweight workload as well as peak performance. The ARM9 performance is better than ARM7. It is currently used in smartphones and digital TV, consumer electronics, and enterprise applications.

ARM9 Development Board
ARM9 Development Board

ARM9 Development Board Features

The ARM9 features include the following.

  • 32 bit RISC Architecture
  • SD-RAM -128M-Byte
  • SRAM 256K-Bytes
  • Flash memory 64m-Byte
  • One-Channel-UART(9 pin port)
  • One Host type USB port & selectable devices.
  • One JTAG port for program downloading
  • RTC input logic
  • ADC interface expansion port
  • SPI interface
  • AC97 interface for audio input and output
  • Ethernet interface
  • 4EA input-output expansion port
  • 4-Bit LED display
  • CCD camera interface port
  • Zigbee network board expansion port available
  • Speaker built-in.
ARM11 Development Board
ARM11 Development Board

The ARM1 is a high-performance ARM controller/processor with 256Mbytes DDR RAM and 1 GB flash, RTC, and audio and Ethernet on board. It has integrated RS232, USB, keyboard, LCD, camera, SD card, and other functions on board. The board supports the Linux, Android, and Windows operating system and which provides complete basic drivers. This would be an ideal development platform for multimedia and communication applications.


ARM11 Development Board Features

The ARM11 features include the following.

  • The RAM memory is 256Mbytes
  • 1 GB NAND flash memory
  • EEPROM 1024 bytes
  • SD card socket for external memory
  • Four serial ports connectors (UART)
  • Infrared receiver
  • USB port, Ethernet
  • Real-time clock with battery (RTC)
  • PWM buzzer, 20 pin camera interface
  • LCD interface
  • The 4-wire resistive touch panel
  • 8-push buttons for user input and A/D converter-1
  • SPI, I2C protocols, and 40 pin system bus
  • One JTAG port for program downloading

Cortex Development Board

It is a new exciting and high-performance development board. This board is packed with new features and high performance. The cortex microcontroller has a total of 16 channel A/D converter and standard interfacing protocols which include I2C, SPI, USB, and 2- UART channels. The board also includes a real-time clock and battery backup. The JTAG connector is included for easy program testing and debugging purposes. It is a most demanding high-performance application and can be used in a wide range of embedded solutions.

Cortex Development Board
Cortex Development Board

Cortex Development Board Features

Cortex development board features include the following.

  • 32 bit RISC Architecture
  • 128KB of flash memory
  • 20KB of RAM memory
  • Real-time clock and battery backup
  • 16-channel ADC and 12-bit accuracy
  • Four general-purpose 16-bit timers
  • 2-UARTs and 2-I2C communication 3-SPI and 1-CAN and 1-USB communication
  • One LCD connection with contract adjustment
  • One JTGA connection for programming and debugging
  • 8-red test LEDs
  • Crystal frequency 8.000MHz and speed up to 72MHz
  • SD card socket
  • Power on LED, Reset Button
  • Power supply 5v Dc

STM32 Development Board

The STM32 is a family of microcontrollers developed, based on ARM cortex series microprocessors. It is the most recent and high-performance development board. It offers a 32-bit product range that combines high performance, real-time capabilities, digital signal processing, low voltage operation while maintaining full integration ease of development.

STM32 Development Board
STM32 Development Board

STM32 developed by STMicroelectronics and ST attach their own peripherals to the core. The STM32 board has USB-OTG FS, CAN, USART channels. It has integrated Ethernet, Micro SD card, smart card, Audio DAC, and other functions on board. The motor control pins are used to easy to control the motor

STM32 Development Board Features

STM32 development board features include the following.

  • 512 Mb flash memory and 64Kb of RAM memory
  • Operating voltage is 2-3.6v
  • Operating frequency 72 MHz
  • Communication interfaces 3- SPI, 5-USART, 2-I2C, 1-FSMC,1-USB,1-CAN,1-LCD,1-SDIO
  • 32-bit RISC Architecture
  • 8M crystal oscillator
  • Three 12 bit A/D converters and 2-12bit D/A converters
  • It supports JTAG/SWD interface, supports IAP.
  • Connect the SD board easily, it is much faster to read/write the micro SD card via SDIO pins using SPI
  • Using 8 i/o interfaces to easily connect the keypad, motor
  • Internal RTC
  • NAND flash interface
  • PS/2 interface
  • One wire interface
  • 5v DC jack
  • SD card socket
  • Boot mode selection pins
  • VBAT selection Jumper
  • Temperature sensor
  • Solar cells


The applications of the ARM processor include the following.

  • Mainstream smartphones
  • Tablets and set-top boxes
  • Home media player
  • Residential Gateway

ARM Processor Features

The features of ARM include the following.

  • The ARM executes all instruction in only one cycle and other family controllers take more than one cycle.
  • The ARM has load-store architecture i.e. data processing instructions can not access memory directly; data has to be stored in a register before processing. Other families can access memory directly.
  • In ARM families all peripherals are inbuilt in a chip

Advanced ARM based Projects for Engineering Students

Nowadays, most of the ARM based projects in embedded systems are developed by using ARM microcontrollers and processors. A system that has dedicated software that is embedded into hardware utilized for a specific application or product is known as an embedded system. As a platform for a wide range of applications, embedded systems allow building many electronic and electrical projects.

ARM Processor Projects
ARM Processor Projects

Presently there are many processors and controller families used in embedded systems such as 8051, PIC, AVR, ARM, Motorola, and so on. The ARM embedded systems use different versions of ARM processors where each version varies with increasing functionalities. Therefore, this article is intended to give advanced ARM based projects with a brief explanation.

Design and Implementation of ARM Cortex Based Motor Speed Control

Speed control capability is one of the most important features of the DC motor. The speed of the motor is controlled by varying the voltage applied to it based on the required operation of loads.

The speed control mechanism is applied in many real-time applications like paper mills, conveyor and elevator control, irrigation systems, and other industrial applications. This project provides a way for the DC motor speed control system that alters voltages applied to the armature using an ARM processor.

The hardware and software components of this ARM based project include the following.

  • ARM STM32 board
  • DC Motor
  • Motor Driver IC
  • LED
  • Resistors
  • Capacitors
  • Diodes
  • Transformer
  • Voltage Regulator
  • Push Button
  • Keil compiler
  • Embedded C Language


In this proposed system a motor-driver IC is used to control the DC motor with the help of an ARM-processor. The speed of the DC motor is controlled by a push-button switch which is interfaced to the ARM-processor for giving the percentage of duty cycles.

ARM Cortex Based Motor Speed Control by
ARM Cortex Based Motor Speed Control by

The speed control of the DC motor is achieved by varying the duty cycles (Pulse Width Modulation Pulses) from the ARM series processor as per the program. The ARMS series processor receives the percentage of duty cycles from the push button and delivers the desired output to switch the driver IC to control the speed of the DC motor.

ARM7 Processor-based Drunken People Identification With Auto Ignition Disable Function

Nowadays, many accidents are occurring due to the rash driving by drunken people and this eventually may lead to the loss of many lives.  The driving of drunken people leads to death and this problem arises due to the improper checking by the police. To overcome this problem the ARM processor project is developed as a solution for the identification of drunken people to avoid accidents.

The hardware and software components of this project include the following.

  • ARM7 TDMI Microcontroller
  • Power Supply
  • LED
  • Crystal Oscillator
  • DC Motor
  • Relays
  • Seat Belt Checker
  • Flash Magic
  • Embedded C Language
  • Keil Compiler


This proposed system uses an ARM7 TDMI advanced version microprocessor which acts as the heart for the whole system. It is an effective system that ensures multiple functions in a single car. This system automatically checks the following aspects: whether the person is drunk or not, seat belt insertion, and vehicle driving with the use of sensors.

ARM7 Processor based Drunken People Identification
ARM7 Processor-based Drunken People Identification

If this prototype detects the drunken people by alcohol sensor or improper seat belt insertion by the sensor, then it automatically stops the vehicle with the help of the DC Motor interfaced with the microcontroller by using relays to perform the operation.

ARM Processor-based Real-time Car Theft Decline System

From the past two decades, vehicle thefts have been increasing rapidly and in the year 2009, the United States of America has reported that nearly millions of cars are stolen. There are many technologies implemented to reduce these vehicle thefts. Thus, this project is designed to develop an embedded system, which starts the vehicle by recognizing the face through the camera.

The hardware and software components of this project include the following.

  • ARM9 Processor
  • Stepper Motor
  • LCD and Touch Screen
  • GSM Modem
  • Power Supply
  • USB Camera
  • Keil Compiler
  • Embedded C Language


This proposed system uses an advanced ARM processor to provide the security for smart cars from thefts or robberies. The system works on the principle of component analysis- a linear discriminate analysis algorithm which recognizes the face of the driver who starts the car.

ARM Processor based Real-time Car Theft Decline System
ARM Processor-based Real-time Car Theft Decline System

The ARM processor is programmed in such a way that if the corresponding result is authentic then it generates a signal to run the stepper motor in order to start the car automatically. If the result is not authentic then it produces an interrupt signal to stop the car engine and informs the car owner that unauthorized access with the help of GSM via SMS.

Design and Implementation of Automatic Turn off for Water Pump with Four Different Time Slots using ARM 7 Processor

In many rural and urban areas, water scarcity is the major problem, and wastage of water during supplying is treated as a major culprit. This project provides a solution to operate water pumps or motors for the required time duration. Many times we forget to turn OFF the water pump or system after the prescribed time, this might lead to pour out of the water from the tanks.

The hardware and software components of this project include the following.

  • ARM7 TDMI-S LPC 2148
  • Crystal Oscillator
  • Reset Circuit
  • Switches
  • Transistor Driver Circuit
  • Water Pump
  • Relays
  • 16X2 LCD Display
  • Keil Compiler
  • Embedded C Language


This proposed system uses two power supplies, one is a 3.3-volt power supply for the microcontroller, and the other is a regulated power supply of 5 volts for modules. Here four switches are interfaced with the ARM processor for giving input time slots.

Automatic Turn off for Water Pump with Four Different Time Slots using ARM 7 Processor
Automatic Turn off for Water Pump with Four Different Time Slots using ARM 7 Processor

The ARM processor is programmed in such that for every switch pressing it enables the output for driving the transistor circuit with a certain time period. This transistor circuit further drives the pump through the relay. The 16X2 LCD is interfaced to the processor for displaying the time duration and also to indicate the status of the water pump.

ARM Cortex (STM32) based Solar Street Light

Solar street lights were mainly used in remote areas, where electricity supply is not always available. Nowadays solar technology has been progressing in both home and industrial applications. The solar street light system is used to convert the sunlight into electricity by using solar panels in order to power up the street lights.  For conserving the electrical power, here an auto-intensity control of an LED-based-street light system is implemented that works on solar energy.

The hardware and software components of this project include the following.

  • STM32 with ARM cortex board
  • White LEDs
  • Battery
  • Regulator
  • Solar Panel
  • Keil compiler
  • Embedded C Language


This proposed system uses an ARM-Cortex processor of the STM32 family and a battery for power supply. This project uses a solar panel to charge the battery whereas the charge controller circuit controls the charging of the battery. ARM-Cortex processor is interfaced to a string of LEDs with the help of the MOSFET Switch.

ARM Cortex (STM32) based Solar Street Light by
ARM Cortex (STM32) based Solar Street Light by

The intensity control of the LED lights is possible by varying the duty cycle from a DC source. A programmed ARM-Cortex microcontroller unit is engaged to provide different intensities at different times of night by using the PWM technique. The charge controller circuit is used for protecting the battery from the following conditions: overload and deep-discharge.

ARM-Based Industrial Automation Using GSM

This application is very helpful for the industries. For any application in the industries, there are many parameters to be handled. This application is used to save the power and major components in the industry based on sensors. The temperature sensor is fixed at a specified location, for our application to be performed. The sensor gets the values and sends the information to the microcontroller continuously. The microcontroller receives the values and sends the corresponding values to an LCD display.

Block Diagram

Whenever the temperature exceeds the set point the controller drives the fan ON and if the set point declines its drives the fan OFF. Whenever the smoke exceeds the set point the controller drives the BUZZER ON and if the set point declines its drives the BUZZER OFF.

Whenever the light exceeds the setpoint, the controller drives the light ON. If the setpoint decreases its drives then the light will be turned OFF. The GSM modem is connected to the microcontroller through MAX 232. GSM modem first makes a call and then sends the message. This application is for industries with heavy parameters to handle. Now a day these are used in all kinds of industries and commercial complexes.

ARM based Projects for Electrical and Electronics Engineering Students

The list of ARM based projects for electrical and electronic engineering students include the following. These ARM based projects are very helpful for B.Tech ECE and EEE students.

ARM-Based Mine Detection Robot Using GPS Technology

This project implements an ARM-based robot for detecting land mine using GPS. This project is capable of detecting a rectangular region & searches for landmines. For this, the proposed system uses a metal detector to detect these land mines. Whenever the robot detects the land mine, then the robotic vehicle will be stopped at the mine area. This system uses GPS for tracking the mine position and immediately sends an SMS that indicates the hidden mine position in the land.

This system uses an ARM controller to process the data which is received from the detector and stops once it is detected. Therefore, this project saves the soldiers life in the locations wherever landmines are placed by the enemies by using a metal detector and robotic vehicle

ARM-Based Hospital Enquiry System

This project develops an inquiry system in hospitals using ARM. This system helps in monitoring the temperature as well as the heart rate of the patient and the real-time data can be sent to the concerns person mobile using a GSM modem. This project is very helpful in rural areas because rural people are mostly struggling with inconvenient medical treatment and lack of physicians. This project uses the ARM7 process to process the data and displays it on the doctor’s mobile using GSM.

ARM-Based Digital Notice Board using GSM

The project is to design a GSM 7 ARM-based digital notice board. This project is very helpful in displaying important notices through an LCD. These notices can be sent through an android based mobile to the GSM. In this project, a 32-bit ARM processor, an LCD, GSM module, android device. This device is used anywhere where the mobile network is available.

ARM-Based Home/ Industrial Automation Using GSM

This project implements an automation system for home and industries with ARM and GSM. This GSM based home automation system is used to control the home appliances through an SMS like fans, light, etc.

This project targets on GSM protocol to allow the operator to control the appliances away from home through the bandwidths of frequency. This project uses Arm 7 LPC2148 based microcontroller & GSM to provide a smart home automation system along with 9600 bps preferred baud rate.

Automatic Touch Screen Based Vehicle Driving System using ARM

This project implements a system for vehicle driving which is controlled via touch screen technology. In this project, touch screen technology is mainly used to control the directions of the automobile which is connected to the ARM controller. Furthermore; this project can be enhanced to control the directions of the vehicle wirelessly using the instructions given by the operator using RF & touch screen technology.

Secured Communication between Two Army Stations using ARM7

In previous security systems, the transmission of data between army stations was simply hacked by enemies, terrorists, etc. Thus, the security of data is essential particularly from a security point of view. For that, there are different methods are used for transmitting data very securely.

So, cryptography is one kind of method used to transmit the data securely. There are several algorithms are used to encrypt and decrypt the data. In that, an algorithm like Poly alphabetic cipher is one of the strongest algorithms and it is very helpful in protecting the secured communication in army stations. So this algorithm is used in this proposed system with the help of an ARM7 processor.

Wireless Biomedical Parameter Monitoring System Using ARM9

This project is used to implement a patient monitoring system to measure the physical parameters of the ICU patient such as heartbeat, body temperature, level of oxygen BP using ARM microcontroller & biosensors. In this project, the health monitoring can be monitored continuously and the data which is obtained from the patient can be transmitted to the microcontroller with the help of Zigbee WSNs.

The ARM processor analyzes the patient data and stores the data in the database. If the patient in the ICU feels abnormal then an alarm sound can be generated and an SMS will be sent to the doctor automatically through the GSM module.

Postpaid and Prepaid Energy Meter Using ARM

This project implements a prepaid energy meter using an ARM microcontroller to reduce electricity theft. This system uses the GSM network to integrate the prepaid metering system as well as load control remotely. The installation of this meter can be done in each consumer unit by using an ARM7 microcontroller to measure the used energy as well as a server unit is provided at the service supplier side.

These units use a GSM modem and LCD, where GSM is used for displaying the amount of energy used. When the balance in the meter becomes zero then power will automatically cut then immediately GSM modem intimates the user to recharge the energy meter using an SMS. The proposed system overcomes the electricity theft and illegal usage of electricity.

Temperature and Humidity Control System Using ARM and Graphical LCD

This project implements a control system for detecting and controlling various parameters in the environment using ARM & LCD. The parameters are humidity, temperature, fire, gas, fire, and these parameters are processed and stored within a data logger. This data can be displayed on LCD. This project uses GPS for detecting the exact location of the sensed data using sensors.

Voice-Based GPS Navigation System Using ARM

This proposed system implements a voice alert system using GPS for blind people to provide the current location and gives an alert once he reaches his destination area. Please refer to this link to know more about this project GPS Based Voice Navigation System for Visually Impaired People

ARM and RFID Based Security System (Home, Office, Industrial)

This project implements a security system using RFID and ARM to overcome automobile theft. This project can be designed with two sensors, GPS, RFID, and GSM. Whenever the person opens the vehicle door then it asks for RFID. In this project, an accelerometer sensor is used for measuring the breaking of the window as well as car movement.

If the person fails to enter the correct password then it sends an SMS to the concerned person’s mobile including the exact location of the vehicle using GPS so that the fuel injector in the vehicle can be deactivated.

ARM-based Ear Recognition Embedded System

This project implements a recognition system for ear through PCA (Principal Component Analysis) & an ARM microcontroller. Here, PCA is the primary easiest way to recognize the pattern; however, it is not used in several applications. This ear recognition system can be programmed and used as an embedded system.

Advanced Electronic Voting Machine (EVM) using ARM

The elections in India can be done by using a basic electron machine. But there is a chance of voting instead of an authorized person, any unauthorized person can also be eligible for voting. To overcome this, an EVM is implemented to verify the voter through a fingerprint using RFID as well as ARM7. RFID is used to send & receive fundamental details. So this proposed system provides additional safety.

IEEE Projects based On ARM Processor

The list of ARM based projects based on IEEE includes the following. These ARM based projects are very helpful for B.Tech and M.Tech students.

  1. Industrial Robots Lightweight Design using Advanced Structural Materials
  2. Design consideration of DC-AC Modular for Voltage Boosting of DC to AC Modular Multilevel Converter
  3. Tracking of Articulated Pose in an Egocentric for Recognition of Action
  4. System Approach to Quality Measurement
  5. Kinect Sensor-based Human Gestures Teaching to Humanoid Robots
  6. Challenges of Resiliency in Sub-10nm Technologies
  7. Maximizing Fabrication and Thermal Tolerances of All-Silicon FIR Wavelength Filters
  8. Test Circuit to Measure Accurate Setup/Hold & Memories Access Time
  9. Directivity Calculations Method used for Rectangular Arrays
  10. Mach-Zehnder Modulator Semiconductor Nonlinearity for Flat Optical based Frequency Comb
  11. Sequence-Aware Watermark Design for Soft IP Embedded Processors
  12. Information Fusion & ARM-based Intelligence Monitoring System
  13. Weighing System for Fruit-Transportation in Gyro Car using ARM
  14. Control Strategy of Sun Tracking for Performance and Reliability Improvement through ARM
  15. Monitoring of Battery System in Electric Car using ARM
  16. Boiler Combustion Embedded Controller using ARM9
  17. Designing & Monitoring of Emergency Remote Security Control System using Zigbee and ARM
  18. ARM Microcontroller based Involuntary Meter Reading
  19. ARM & GSM based Alert System of High Temperature for Doctors
  20. Zigbee and ARM-based Control System for Home Appliance
  21. Control System for Railway Gate using ARM
  22. ARM & LCD based Monitoring of Heartbeat
  23. Device Control through Password based on GSM and ARM
  24. ARM-based Access Control System through Fingerprint
  25. ARM & PC based Monitoring and Controlling of Substation
  26. Data Encryption Implementation using ARM
  27. Data Acquisition in Real Time through ARM 7 TDMI
  28. Auto Dialer through Detection of Smoke and Intelligent LPG using ARM 7 TDMI LPC2148
  29. Appliances Control System in Industries using GSM & ARM 7 TDMI LPC2148
  30. Wireless Technology-based Gas Leak Detection Development & Location System
  31. ARM 7 TDMI based Bank Locker System using Finger Print
  32. ARM7 based Water Pump Auto Turn OFF via Four-Time Slots
  33. Wireless BP Monitoring System using ARM
  34. Remote Metering System Design through an SMS & ARM7
  35. ARM-based Attendance System for Staff
  36. ARM-based Fire Detection & Indication System through ARM Microcontroller
  37. Recognition System of Accident through ARM & GSM
  38. Monitoring & Tracking System of Vehicle using ARM
  39. DC Motor Wireless Zigbee Controller through ARM Microcontroller
  40. ARM-based Involuntary Indication & Fire Revealing System
  41. Monitoring & Controlling of Home Appliances Wirelessly using ARM & Wireless Technology
  42. Multilevel Series or Parallel Converter based on Fast Modular for Gas Turbines
  43. Radar Signals Binary Encoding using Walsh-Hadamard Sequences

ARM based Projects for M.Tech Students

The list of ARM based projects for M.Tech students includes the following. These ARM based projects are very helpful for M.Tech students.

ARM7 based Drunken People Identification by Disabling Auto Ignition Function using ARM7

his ARM7 based project is used to stop the accidents which are caused by drunken drivers. To overcome this, the proposed system detects alcohol consumption drivers. This project can be built with an ARM 7 processor to disable the ignition system in the vehicle automatically when it gets the data from the sensor.

DC Motor Speed Control & Direction through ARM7

This project implements a system to control the direction and speed of the motor using ARM7 as well as the PWM method. This processor maintains the required speed level of the motor by changing the signal width to the motor.

ARM-based Web Server Design & Development

This project implements an embedded webserver to provide multiple services to the clients through a real-time and ARM 9 processor.

Mobile Robot using PID Controller for Drive System of DC Motor

The proposed system implements a specific motor drive system for mobile robots to reduce production as well as manpower in the field of agriculture. This project uses a controller based on an ARM 9 to develop the PID controller used for the drive system.

ARM-based Smart Shopping System

This project is used to implement a smart shopping system using an ARM microcontroller. In the present situation, shopping in metro cities is a time-consuming method due to the huge rush in malls, and the billing process takes some time we need to wait in the queue line. To overcome this, the proposed system is implemented using RFID based trolley.

Wireless Electric Board using ARM

This project implements an electric board with a pen to replace the blackboard using a chalk piece. In this board, the handwriting can be changed into an electrical signal and it is transmitted to a PC to project on a big screen. This project can be implemented by using ARM 9 board & RTOS for handheld apparatus.

Wireless Network & ARM9 based Safety System for Mines

This project is used to provide security for the underground workers by monitoring environmental situations continuously like humidity, gas, temperature, etc. This project can be designed with a Zigbee sensor and an ARM 9 processor.

EVM based on Biometric System

This project designs a fingerprint-based EVM machine using ARM9 microcontroller to obtain, store, and process the voting information. This project is simple to design, cost-effective, and flexible.

Monitoring and Controlling System for Power Factor using ARM Cortex

This project is used to design an automatic PF monitoring as well as a controlling system with the help of microcontroller like ARM Cortex, relay driver & detection circuit for zero crossings.

AES Algorithm based Encryption

This project develops the encryption algorithm using ARM7 to provide data security in the military. The main objective of this AEC algorithm based encryption project is to provide safety for the storage devices.

Surveillance System for Smart Security with Labview & ARM Cortex M0

A smart security surveillance system monitors and record human detection by overcoming the shortcomings of present IP (Internet Protocol) cameras by using the ARM Cortex M0 Processor including interface with Labview.

Detection System of Collision using ARM Cortex M3

This project implements a collision system to detect the accident & releases airbags when the accident occurs through the ADXL sensor and modules like GPS & GSM which are interfaced duly through the ARM processor.

Implementation of Intelligent Substation through Web & Monitoring and Controlling of Power Equipment

This ARM based project implements a control system to monitor the current, temperature, and voltage of a substation using the web. This system also provides safety once these parameter values are higher as compared with the threshold. The protection of this system can be provided by shutting down the entire unit.

DES Implementation using ARM Microcontroller & Time Variable Key

This project implements a DES (Data Encryption Standard) algorithm with ARM and a time-variable key method to enhance its immunity to the Cryptanalysis attack. So this system changes the key through time. A time-variable key method is used to increase the DES security as a similar basic text is ciphered to dissimilar ciphertexts through time.

Text to Speech (TTS) Implementation System using ARM

This ARM based project implements a text to speech system for embedded systems in real-time using ARM. This system is used for the reading aid, talking aid as well as for other business applications

Some more ARM based projects ideas for M. tech students include the following. These ARM based Projects topics will help in selecting the project title for students

  • Authentication of Weapon & Control System through Verification of Palm Image
  • Energy Meter for Load Control using ARM7
  • ARM7 based Transmission of Message Securely Over Wireless Communication
  • Automation & Monitoring System in Real-Time for Agriculture Field using ARM7
  • Hybrid Solar Car Design & Simulation using ARM7
  • Robot Arm for Sorting of Object using ARM7
  • Monitoring System using Smart Sensors for Agriculture
  • Detection & Monitoring System for Gas Leakage using ARM7
  • Transformer Load Sharing System using GSM & ARM7
  • Bank Locker using Finger Print using ARM7 Processor
  • Wireless Communication Assistant using Zigbee & Touch Screen with ARM7
  • ARM7 based Intelligent Ambulance Design & Controlling of Traffic
  • Embedded Quiz for Monitoring and Evaluating the Performance of Team using ARM7
  • Detection of Signal & Identification of Various Frequencies through Alerting System in Remote Station with ARM7
  • ARM7 based Water Robot Operated through Mobile
  • Monitoring System for Climate using ARM7LiFi System based on ARM
  • Security System for Child using ARM
  • ARM-Based Remote Temperature Controller With Ethernet
  • ARM-Based Smart Power Generation and Multi-Purpose Operation
  • Multi-Functional Car With Accident Alert Sensors Using ARM
  • Mobile Operated Water Robot Using ARM
  • ARM-Based Wireless Weather Monitoring System
  • Touch Screen Based Crane Control System Using Cortex-M3
  • Biometrics Based Security System With Face Detection Using ARM
  • Wireless Finger Print System School and Office Using ARM
  • ARM-Based Vehicle Tracking System Using GPS and GSM
  • ARM-Based Reorganization Technique for ATM Using IRIF Technology
  • ARM-Based Wireless Patient Monitoring system
  • ARM-Based Smart Shopping System
  • ARM Base Automated Bus Arrival Announcement System for the Blind Persons.
  • ARM-Based Automated Cleaning Robot
  • ARM-Based Wireless Smart Toll Collection System
  • Development of remote waste gas system using ARM7
  • Advanced Electronic Voting Machine using ARM
  • Exploiting Bluetooth on for Home Security Application using ARM9
  • Bluetooth based device ON/OFF control Using ARM
  • CAN-based collision avoidance system for Automobiles
  • CAN Protocol Based Autonomous Robot Controlling System Using Cortex
  • Biometric fingerprint Identification based Bank Locker Security System Using ARM

These are the most popular ARM based projects implemented in real-time applications. We can also develop these arm based projects using advanced versions of arm embedded systems. You can write to us for developing and programming these ARM based projects practically.

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