100+ Latest Electronics Projects for Engineering Students

We have already seen the list of various Projects on Electronics in the earlier post. But, nowadays many engineering students are searching for new and latest electronics project ideas for the final semester to complete their engineering successfully. So, here we are listing out some of the best and latest electronics project ideas which are all very useful for ECE and EEE branches.

All these are suggested by many professionals and experts. So, if you are interested, Follow this list of new projects ideas and build your career in bright way.

Latest Electronics Projects for Engineering Students:

• 2 to 4 Amp Arduino Based Motor Shield: An Arduino based motor shield is used to operate the high current loads such as motors and lighting system. This motor shield consists of 4 PWM pins which can drive the motor in different directions. This high current motor shield is useful for driving robotic vehicles and high power accessories.
• 3D Notice Board using LED Cube: This project implements the 3D LED cube display that demonstrates the capabilities of 3D displaying of objects over 2D representation. Preprogrammed microcontroller with stored patterns decides the group of LEDs or LED to light next.
• A Multiple robots Operated with a Single Base Station: This project aims to build a multi-robot system as advancement to a single robot system to achieve the complex and inter-dependable tasks. In this, a group of smaller robots (slaves) coordinates between themselves while receiving instructions from master robot to achieve a complex task. These robots are employed with thermal imaging technique and interconnected with wireless communication technology.
• Accident Detection and Avoidance System Using Doppler Radar Interfaced with ATMEGA16: The objective of this project is to avoid the accidents by implementing early collision warning system using Doppler radar sensors. These Doppler radar sensors give the information of speed, movement and distance of surrounding environment. These sensors are placed at userÂ’s head while vibration sensors are at chest. ATmega microcontroller receives these sensor signals and accordingly gives the alarm.
• Android based Home Automation System: This project presents an automated approach for controlling the household appliances through an Android mobile. A Bluetooth module connected to the microcontroller unit receives the user commands from Android application and accordingly controls the home appliances such as lights, fans, and so on.
• Android Based Waveform Analyzer: In this project a smart and portable spectrum analyzer is implemented using microcontroller and Android smart phone. This project helps to analyze the signals in frequency domain by acquiring the signals using microcontroller and analyzing results using Android app based smart phone.
• Android Controlled Wheelchair for the Physically Handicapped: This project uses android phone as a medium of communicating with wheelchair. Android app on smart phone establishes the Bluetooth communication with the device which controls the motion of wheelchair. By pressing corresponding key on this app, the direction of wheelchair is controlled.
• Arduino based System for Detection Earthquake Victims: This project develops a system for detecting earthquake victims to provide rescuer location and exact number of survivors in disaster location. This system consists of set of sensors with Arduino controller which sends the detected information to remote PC.
• LabVIEW based Waveform Generator For Electronics Laboratory: The objective of this project is to generate various waveforms like square, sine, sawtooth and triangular waveforms using LabVIEW software. And then these are brought out and applied to the test object using Arduino UNO board.
• Arduino Based Wireless Intrusion Detection Using IR Sensor and GSM: This project aims to develop an intrusion detection system for that detects the attempt of unauthorized entry to the highly secured areas or a specific area. This project uses Arduino microcontroller with IR sensors to detect the unauthorized entry. And also this intrusion information is send to the authorized mobile using GSM technology.
• Arduino Based Automatic Plant Watering System: This project is intended to develop an automatic plant watering system for gardens in order to provide the water whenever the plants needed. This automatic water sprinkling system pumps the water by sensing the moisture level of the soil where the plant is rooted. Arduino board along with moisture sensing sensor achieves this operation.
• Automatic Elevator Control Using Microcontroller: This project implements an elevator control system based on microcontroller. A set of sensors with switches attached with the microcontroller drives the motor in particular direction. LCD display gives the indication of the floor and other information to the user.
• Automatic Meter Reading (AMR) Data Logger using Zigbee: This aims to develop and design wireless sensor networks to collect, read and store the energy meter reading of various consumers, supervising from a central monitoring station. Arduino microcontroller with Zigbee communication module is used in this project to achieve the goal.
• Accident Avoidance and Detection on Highways: The main aim of this project is to avoid the accidents by detecting fatigue symptoms of driver using sensors and ARM microcontroller. This project consists of eye blink, alcohol, fuel, gas and speed sensor along with GPS module where all these are interfaced with ARM controller.
• Automatic Room Light Controller with Bidirectional Visitor Counter: The objective of this project is to switch the room lights by detecting the person movement into the room. This also facilitates the visitor counter that starts increment or decrement when somebody enter into or out from the room.
• Automatic Solar Tracking System: This project aims to maximize the power developed from the solar panels by automatically tracking the sun using LDR sensors. This mechanism uses the LDRs to detect the maximum sun radiation. Based on the sensing information, microcontroller controls the stepper so as to place the solar panel towards the maximum radiation from the sun.
• Intelligent Gesture Controlled Wireless Wheelchair: The main aim of this project is to aid with disabled persons by implementing gesture controlled wheelchair. RF communication module attached with the wheelchair receives the gesture control signals from transmitter to control the motion of wheelchair.
• Design of an Intelligent Auto Traffic Signal Controller with Emergency Override: The objective of this project is to develop the intelligent controller for automatic traffic congestion detection using IR sensors. This system reduces the traffic on roads by clearing roads with higher density of vehicles using PIC microcontroller and set of IR sensors. RFID technology is implemented in this project to provide override facility for emergency vehicles.
• Hardware Based Braille Pad on Mobile Phone: This project implements the Braille language translator as well as SMS to voice converter using embedded system. This project uses the ATmega microcontroller to receive the Braille pad signals as well as AT commands from GSM modules. These signals are further converted into voice signals based on the control technique implemented in microcontroller.
• Patient Medicine Reminder System: This project is intended for old age people to remind about the medicine to be taken at particular time. This project uses microcontroller with EEPROM and RTC for providing medicine information alert at stipulated time.
• Design and Development of Wall Climbing Robot: This project is proposed to design a wall climbing robot that can stick and climb over inclines as well as vertical surfaces. A preprogrammed microcontroller, motor driver arrangement and wireless communication modules are used as key elements to achieve this climbing operation.
• GPS Based Land Survey System using Quadcopter : This autonomous quadcopter is designed with Arduino uno microcontroller with GPS module. This vehicle is capable of performing land survey based on live video streaming and GPS navigation system. Ultrasonic sensor equipped with this vehicle performs height stabilization.
• Implementation of Reliable Wireless Real Time Automation System Based on Android Mobile Phone and FPGA: The main idea of this project is to develop an automation system to control the various devices on homes, offices, industries, collages, etc by employing FPGA based controller with Android mobile. Various devices connected to the FPGA controller which receives the control commands from Android mobile via Bluetooth module in order to control these devices.
• Development of Web-Based SCADA like Application using Arduino Platform: The basic concept of this project is to develop a SCADA system for industrial equipments in order to achieve remote monitoring and control over several parameters. Arduino controller with different sensors acquires various industrial parameters. These parameters are accessed at the receiving end using a web server.
• Development of Fire Alarm System using Raspberry Pi and Arduino Uno: This project aims to implement a real-time fire alarm system that detects the smoke due to fires and also captures the images of fire through camera. This project uses Raspberry Pi development board and Arduino uno controller to achieve this operation. GSM module is used in this project to convey the fire information to the emergency services.
• AVR based Heart Rate Monitoring System : This system is designed measure the heartbeat using heartbeat sensor with AVR microcontroller. The heartbeat sensor continuously monitors the heartbeat of a person and gives the corresponding signal to the AVR microcontroller. This controller processes the data and transfers it to the remote mobile via GSM module. RF communication is also implemented in this project in order to provide remote monitoring system.
• RFID Based Security and Access Control System: This project implements a security access system for door opening using Radio Frequency Identification (RFID) technology. This system reads the RFID tags and then operates the DC motor to open the door in case of authenticated persons otherwise it operates the alarm.
• GSM Based Tsunami Detection and Alert System: The main aim of this project is to implement an automated tsunami detection system that detects the occurrence of tsunami and also alerts the people by sending a text message to the people around the offshore area. This project uses piezoelectric pressure sensors, Arduino controller, Zigbee and GSM modules as primary elements.
• Automatic Number Plate Recognition System : This project is implemented to detect the red light violating vehicles in road traffic systems using number plate recognition system. ARM cortex controller with camera identifies the number plate of vehicles and gives the extracted number on the vehicle automatically for monitoring and tracking circuit.
• Bluetooth Controlled Robot using Android : This project controls the motion of a robotic vehicle using Android smart phone upon a GUI application. Bluetooth module in the robot receives the control signals from the user mobile and then transfers to the microcontroller. Microcontroller drivers the motor in particular direction based on the signal received.
• Wireless Gesture Controlled using Accelerometer : This project aims to control the robot by implementing gesture control technique. In this design, accelerometer is used for detecting the gesture movements. These sensed signals are further processed and transferred to the remote robot to control its motion.
• Arduino Based Quadruped Robot: The objective of this project is to implement quadruped walking robot using Arduino uno development board. This robot is employed with two servos which receives the control signals from Arduino controller.
• Home Appliance Control Based on Zigbee Wireless Sensor Network : This project implements real-time monitoring and control system for the home appliances using Zigbee sensor networks and ARM controller. Various sensors attached with Zigbee module sends the parameters values like temperature, humidity, light intensity and soil moisture to remote monitoring PC. This system also facilitates the remote control of various home appliances through Zigbee and ARM controller.
• Implementation of Self Balancing Robot: This project demonstrates the working principle of self balancing robot which consists of two wheels. For controlling its stability and speed, Arduino controller is employed in this project.
• Microcontroller-based Ultrasonic Distance Meter: In this project, distance is measured using ultrasonic sensor depending on the reflection of echo from the object. Microcontroller calculates the distance from an object by processing the signals received from ultrasonic sensor. This type of measurement is helpful in robotic applications to avoid the obstacles.
• Voice Recognition Based Wireless Home Appliances Control using Zigbee: This project uses a voice recognition module to control the home appliances over a Zigbee communication network. This project will be helpful for disabled and elderly persons in order to control the various devices in homes like fans, lights and other appliances. Based on the voice signals received, microcontroller operates the relay corresponds to the appliance.
• Water Level Monitoring and Control using Fuzzy and PID controllers: This project demonstrates the water level monitoring and control system implemented with fuzzy and PID controllers. The performance of both controllers is compared and analyzed using LabVIEW software.
• Industrial Automation System using Microcontroller: In this project, a microcontroller based SCADA system is implemented to demonstrate the industrial automation. Microcontroller with various sensors acquires the different field parameters which are further send to the remote monitoring station through GSM module.
• Wireless Control of a Robotic Arm Using Inertial Sensor: This project develops the wireless control unit to control the movement of a robotic arm using wearable inertial sensors. These sensors measure the orientation and angular velocity of the human hand and accordingly send the signals to the microcontroller for controlling the robotic arm accordingly. Zigbee communication is used in this project to have wireless control.
• Transformerless Boost DC-DC Converter: The main aim of this project is to replace the step-up process of voltage using transformer which involves more losses in transformer. This project implements a MOSFET switching arrangement to increase the DC voltage level obtained by the photovoltaic array. This design is simulated using MATLAB software to analyze the results.
• Timed Switch with User Defined ON and OFF Intervals: The idea of implementing this system is to operate the electrical appliances or devices for scheduled times using PIC microcontroller. In this, PIC microcontroller is programmed in such a way that it produces the set timings for turn ON and OFF the device.
• A Web Based Temperature Monitoring System: This project aims to provide the temperature monitoring system that allows the user to monitor data from anywhere in the world through internet. Microcontroller with temperature sensor hardware acquires the continuous measurement of temperature which will be published in web server using active server page scripting language.
• Detect Rash Driving Detection on Highways: The main aim of this project is to reduce the accidents on highways by detecting the rash driving of vehicles. This detection is implemented by checking the speed of vehicles using IR sensors. Time elapsed between two sets of IR sensor gives the information of vehicle speed. Microcontroller process the signals obtained by IR sensor and accordingly calculate the speed.
• Solar Mobile Phone Charger Circuit : The purpose of this project is to build a simple solar charger circuit for mobiles and other portable devices using basic electronic components along with battery. This project utilizes the solar energy to charge the battery with adjustable voltage regulator.
• Sleep Sensing and Alerting System for Drivers: This project aims to implement a system that helps the driver to say alert while driving the vehicle. This drowsy driver detection system uses the eye blink sensor that continuously monitors the eyelid movements and correspondingly gives the signal to the microcontroller. Microcontroller checks the voltage parameters of the sensor to determine whether the driver is asleep and then gives the alarm.
• RF Controlled Hovercraft: In this project, prototype of a rescue robot i.e., hovercraft is implemented to track and rescue the shipwrecked people in the sea, rivers and canals. This hovercraft is equipped with GPS module and camera so that the exact location of the vehicle is determined and facilitates the video monitoring. RF wireless communication is employed for achieving the remote control operation.
• Robotic Lawn Mover Powered by Solar Energy: This project implements the robotic mowing machine for gardens which uses the solar panel to power the entire circuit. Arduino microcontroller is employed in this project to control the vehicle direction along with obstacle detection.
• Interactive Voice Response (IVR) System for Educational Institution: This project implements the IVR system for educational institutions to access the studentÂ’s information from database using DTMF technology. DTMF decoder receives the key tones pressed from remote mobile and correspondingly transfers the appropriate information to the mobile.
• Arduino Based Wireless Notice Board: The main aim of this project is to design and implement a prototype of wireless notice board to display the news and notices using Arduino microcontroller. This project uses the GSM module to receive the information to be displayed on LCD (here notice board) from user mobile.
• Liquor Detection through Automatic Motor Locking System: This project replaces the conventional method of sensing drunken state of drivers using breath analyzers with alcohol sensor. Before starting the vehicle, this system checks the alcohol level of the driver and if it exceeds the set limit, engine is automatically locked with DC motors.
• Auto Intensity Street Lighting System Based on Climatic Conditions and Vehicle Movements: In this project, the intensity of LED street lights is controlled by sensing not only vehicles on the road but also climate conditions. Sensors like temperature, humidity, LDR and motion detectors are connected to the microcontroller to give the climate condition and vehicle movement parameters. Based on these parameter values microcontroller sends the PWM signals to the LED lights to change its intensity.
• Design and Implementation of Microcontroller Based Propeller Clock: The objective of this project is to implement a propeller LED clock that displays the digital format clock on circular mechanism. This mechanism uses set of IR LEDs and microcontroller unit to display the clock.
• Smart Trolley in Mega Mall: In this project totally automated trolley is designed which for shopping malls which has various integrated capabilities like auto tracking, barcode scanning, counts the number of products in trolley, and gives the total cost of products instantaneously. This project uses microcontroller with set of sensor along with RF communication module.
• Implementation of Dual Axis Solar Tracker Model using Microcontroller: This project describes the dual axis model of solar panel with sun tracking capability to maximize the solar energy generation. This two axis auto tracking system is implemented using microcontroller with LDR sensors.
• Android based Pick and Place Robot : In this project, a pick and place robotic arm controller is implemented such that the arm movements are controlled through smart phone. A wireless camera with Bluetooth module allows the user to remotely control the robot arm from android mobile.
• Programmable Load Shedding and Sharing using GSM Technology: This project demonstrates the load shedding and sharing process in substations by implementing programmable load switching using microcontroller. Various loads in substation are controlled remotely upon sending an SMS to the controller through GSM module.
• Coin Based Universal Mobile Battery Charger: This project develops the coin based mobile charger system which uses both main and solar power to charge the mobiles. This system consists of coin insertion sensor, solar charging unit, microcontroller and mobile terminals.
• Real Time Vehicle Locking and Tracking System using GSM and GPS Technology: This project implements the anti theft control system for automobiles using GSM and GPS modules. Once the vehicle is being stolen, the GSM module allows the user to send the SMS so that it provides the exact location (in the form of SMS that consisting longitude and latitude values of the location) of vehicle using GPS module.
• Unmanned Aerial Vehicle for Video Surveillance using Raspberry Pi: The objective of this design is an unmanned aerial vehicle that can perform real-time video surveillance using camera. This project uses Raspberry Pi microcontroller as central processing unit which collects the GPS data and video surveillance data and further this data is transmitted to the web server to achieve remote monitoring and control.
• Zigbee Based E-Menu Ordering System: This project describes the wireless e-menu ordering system for restaurants using Zigbee technology. Touch screen based menu at the customer side sends the ordered items to the counter section through Zigbee module. This automated system ultimately reduces the waiting time at restaurants.
• Wireless Embedded Robot Arm for Object Sorting: This project presents the wireless embedded system for controlling the robotic arm to sort the objects in a proper manner. The key components in this project are ARM microcontroller, Zigbee module, LabVIEW, robot arm and motor driver. ARM microcontroller sends the PWM signals to DC servo motors through Zigbee network in order to change the robot arm end reflector positions.
• Battery Powered Heating and Cooling Suit with Location Spotter: This project aims to design a E-uniform suit for soldiers especially who are working in extreme weather conditions. This project detects surrounding environment temperature and automatically adjusts the required temperature using Peltier plate. This project uses ARM microcontroller as central processing unit and GSM module for sending the location information to the remote mobile.
• Passenger Bus Alert System for Easy Navigation of Blind People: This project aids the blind people for an easy navigation of route by implementing bus alert system. This system uses Zigbee communication between bus unit and blind people unit. Bus unit provides the bus information to the Blind people unit where the received information is converted into voice data of bus station and bus number.
• Wireless Technology for LED Dimming using Smart Phone: This project uses the smart phone based app for controlling LEDs light intensity. Bluetooth module with microcontroller receives the control commands from smart phone to vary the intensity of LED lights. This can be operated in auto mode to vary the intensity depends on the LDR sensor input.
• Electronic Voting System using Arm Microcontroller: In this, a fingerprint based electronic voting system is developed using ARM 9 microcontroller. ARM controller process the voting data from fingerprint module and sends it to the remote central sever via Ethernet.
• Coal Mine Monitoring using ARM7 and Zigbee: This project aims to monitor the various parameters in the underground coal mines using wireless sensor networks. ARM controller with Zigbee receiver at central monitoring station collects various Zigbee node parameters and generates alarm if parameters violate its set limits.
• War Field Spying Robot with Night Vision Wireless Camera : This project aims to build a RF communication based war field spying robot with wireless camera. This robot transfers the information of enemyÂ’s location remotely using night vision capable camera. In this, robot movement is controlled through RF communication technology.
• Fire Sensing and Extinguishing Robot: In this project, a fire fighting robot is implemented using multi flame sensors. This robot detects the fire accidents and extinguishes it with water sprinkling mechanism. This design equipped with Zigbee modules for remote monitoring and GSM module for conveying information to the authorized persons.
• RFID Based Bus Ticketing System: The main objective of this project is to automate the ticket issuing in public transportation system using RFID and GPS technologies. In this, RFID cards are given to the travelers which consist of passenger basic details. RFID reader with raspberry controller automatically deducts the fare of journey using GPS technology.
• Smart Phase Changeover System using Microcontroller: This project implements the microcontroller based smart changeover system for transferring the electrical loads from one circuit (inactive) to other (active). The microcontroller continuously checks the active or live phase for connecting the loads especially in the event of power interruption and restoration.
• Four Legged Walking Robot Control using GSM: This projects implements a four legged walking robot which can work on wide variety of terrains. This robot is equipped with servo motors with remote controlling through GSM communication module.
• Helmet for Road Hazard Warning with Wireless Bike Authentication and Traffic Adaptive Mp3 Playback: This project implements a smart interactive helmet with advanced features like wireless authentication of bike, road hazard warning system and traffic adaptive mp3 playback. This project uses ARM cortex microcontroller to achieve the operation.
• Automated Intelligent Traffic Control System using Sensors: In this, wireless sensor networks are employed to sense the traffic at various junctions so that based on the density of traffic, this system controls the traffic signals to route the vehicles. Microcontroller, Zigbee modules and sensors are the key elements in this system.
• ARM7 Based Smart ATM Access & Security System: This project enhances security over ATM transactions by implementing fingerprint and GSM modules for accessing the ATM. This system uses ARM7 microcontroller which authenticates the person by comparing his/her fingerprints and also by one time password generated by GSM module.
• Design and Implementation of a Low Cost Propeller LED Display: In this project, a circular moving message LED display is implemented using microcontroller. For producing such display, space multiplexing technique is used in this project with set of LEDs and DC motor.
• Mobile Robot using ARM Processor for Line Following Application: This project aims to implement a line following mobile robot using an ARM microcontroller. IR sensors are used in this project to track the line. Based on these sensors data ARM controller automatically adjusts the motor direction along the line.
• Cable Inspection Robot using Microcontroller and GPS Tracker: In this design, a mobile robot is implemented that detect the underground cables faults with use of GPS tracker. This robot inspects the obstacles, presence of harmful gases, fire accidents and supply failures of the cable. And using GPS module, this robot detects the location of the fault and correspondingly transfer the information to central monitoring station via communication module.
• Wireless Patient Body Monitoring System using Zigbee: The objective of this project is to monitor the health parameters of a patient using wireless sensor networks. Health parameters like ECG, body temperature and heartbeat are continuously monitored by various sensors. All these sensed data is transferred to the main control station using Zigbee communication network.
• Design and Implementation of Microcontroller Based Security Door System: In this work, microcontroller based multi-door access control system is implemented which facilitates accessing through the PC as well as GSM. PC is interfaced with microcontroller to access the multiple doors by entering appropriate passwords on GUI. Also, GSM module attached with this project receives the authentication details from user mobile to have control on doors.
• Petrol Bunk Automation with Prepaid Cards And GSM Communication: This project replaces the manual operation of filling station using RFID and GSM communication technologies. In this system each vehicle is given with RFID tag. When vehicles enters into petrol bunk, RFID reader automatically reads the RFID tag, gives the balance amount on that card and automatically deducts the amount based on the filled fuel.
• Cyber Aqua Culture Monitoring System using Arduino and Raspberry Pi: This project aims to detect and monitor the various parameters of aquatic system using sensor like pH sensor, dissolved oxygen sensor, ultrasonic sensors, etc. Arduino microcontroller collects these sensor data and transfers it to the Raspberry controller for monitoring purpose.
• Microcontroller Based Power Control System for Microwave Drying: The primary goal of this project is to develop a power control system for microwave ovens by considering temperature feedback. This design continuously monitors the temperature using thermocouple along with signal conditioning unit and correspondingly controls the TRIAC to vary the power.
• Autonomous Color Detection Mobile Robot using Vision System : This project implements a robotic vehicle that can detect the object by sensing its color in an open space provided by tracking line. This project uses microcontroller, camera, optical sensor, touch sensor, DC and servo motors.
• Arduino Controlled Namaste Greeting Robot  : In this project a service robot is designed for greeting the people especially with Indian traditional way of wishing people Namaste. This can be useful for offices, airports, shopping malls, function halls, etc. This project uses both voice modules and servo motors to greet the people, which are controlled by Arduino uno microcontroller.
• Intelligent Rain Sensing using Automatic Wiper System: This project aims to control the wiper system of automobile vehicles using CAN based PIC microcontroller. CAN network collect the sensed information to the microcontroller which further drives the motor to operate the wiper depends on the signal from sensor.
• E-Tracking System for Municipal Solid Waste Management using RFID and GSM: The purpose of this project is to implement a monitor system for municipal solid waste management using RFID and GSM technology. This project automatically detects the missing bin or late collection of garbage through GSM network.
• Intelligent Helmet for Coal Miners with Voice over Zigbee: In this project, a smart helmet is implemented for coal miners which act as a node of Zigbee wireless sensor network to gather various parameters of weather in mines. This helmet also equipped with voice transmission system on Zigbee to establish communication between miner and monitoring station.
• Car Parking System using GSM and RFID Technology: This project uses GSM technology to facilitate early reservation of slot in a parking area, RFID technology to access the vehicle details and payment deduction and IR sensing technology to detect the empty slot in parking area.
• Library Management System using RFID: This project replaces the barcode system for books management in libraries using RFID technology. RFID readers placed at the entrance and exit doors automatically detect books with RFID tags and correspondingly give the alarm if any person tries to steal the books.
• Low Cost Anesthesia Injector Based on ARM Processor: This project determines the anesthesia level to be given to the patient by sensing the heartbeat and temperature of the patient. In this, pumping of anesthesia is controlled using ARM controller by correspondingly detecting the sensor data.
• Microcontroller Based Virtual Eye for the Blind: The main objective of this project is to provide virtual eye guidance for the visually impaired persons with the help of ultrasonic sensor, Arduino controller, Raspberry pi speech synthesizer and headphones. This system automatically detects the obstacles on the way and gives the sound related the obstacle detection.
• Automated Unified System for LPG using Microcontroller and GSM module: This project implements the unified automation system with features like leakage gas detection and conveying information to remote mobile through GSM, tripping main power supply in the event of gas leakage and continuous monitoring of LPG level in the cylinder with automatic booking facility over GSM.
• IVR System for Three Phase Motor Protection, Control and Alert System using GSM: This project implements a new approach for controlling the speed of a three-phase motor using IVR system. This project controls the speed depending on the DTMF tone received from the remote mobile. This design uses GSM modem to receive the calls from remote mobile and also for conveying speed status information to the remote mobile.
• Smart Surveillance Monitoring System Using Raspberry PI and PIR Sensor: In this, Raspberry pi is equipped with PIR motion detectors and video cameras in order to provide the remote sensing and surveillance. This design captures the information and transmits to the remote smart phone via 3G dongle.
• Microcontroller Based Power Inverter: The main aim of this project is to implement a single phase power inverter that converts DC voltage to the AC using microcontroller. In this, PIC microcontroller is used for producing SPWM signals to drive the H-bridge so as to convert 340V DC to 240 V AC.
• Microcontroller Based Wireless Automatic Antenna Positioning System: This project develops the automatic antenna position system which identifies the presence of signal and keeps the antenna in stationary position. If the signal link is not established, this system consciously adjusts the antenna position till it finds the signal.
• Fingerprint Based Bank Locker System using Microcontroller: The main objective of this project is to implement a fingerprint authentication based bank locker system using microcontroller. Fingerprint module attached with microcontroller authenticates the person and correspondingly drives the motor for unlocking the locker.
• Design of a Stair Climbing Robot : In this an Arduino controller based stair climbing robot is implemented that automatically climbs the stairs through intelligent mechanical design. This design uses H-bridge with stepper motors for getting climbing motion.
• Interactive Data Acquisition and Control system (IDACS) for Industrial Application using TCP/IP: This project uses the ARM controller for acquiring and controlling the industrial parameters using various sensors. The acquired data is transferred to the remote PC through web server via TCP/IP network. This system also facilitates the user to send the control commands from remote location to control various industrial devices.
• Intelligent PID Controller Based on Raspberry Pi: The main objective of this project is to develop an efficient and intelligent PID controller for a temperature system using Raspberry pi controller. The Raspberry pi controller implements the PID algorithm using python programming language.
• Intelligent Driver Assistance System for Automotive: This project implements the complete drive assistance module using Raspberry pi controller with the features like continuous video streaming, lane detection, detection of obstacle in rear and front directions, distance measuring from other cars, etc.
• Raspberry PI Based Underwater Vehicle for Monitoring Aquatic Ecosystem: In this work, an efficient and low cost underwater robotic vehicle is implemented using Raspberry pi microcontroller. This design consists of various sensors for detecting the temperature, pressure, speed and direction in order to achieve monitoring operation of aquatic ecosystem.

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