Seminar on Six Sense Technology

This is a Electronics & communication seminar on Sixth Sense technology, which is the science of tomorrow with the aim of connecting the digital world with the physical world seamlessly, eliminating hardware devices. Mistry’s love with the digital world began in the early 2000s when he pieced together four mouse rollers with pulleys and springs to give shape to a motion sensing device. This device interprets gestures made in the physical world and replicates them in the digital world. SixthSense bridges the gap by bringing intangible, digital information out into the tangible world, and allowing us to interact with this information via natural hand. Subscribe to our newsletter for latest projects.

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Recommended Project: High Speed Packet Access (HSPA)

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Sixth Sense recognizes the objects around us, displaying information automatically and letting us to access it in any way we need. The Sixth Sense prototype implements several applications that demonstrate the usefulness, viability and flexibility of the system. Allowing us to interact with this information via natural hand gestures. The potential of becoming the ultimate "transparent" user interface for accessing information about everything around us. Use this report only for your reference and study work


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ECE Project on Clap Switch

Clap Switch is a switch which can switch on/off any electrical circuit by the sound of the clap and for this interesting reason we have choose this project as a Mini project for Electronics Engineer. The basic idea of clap switch is that the electric microphone picks up the sound of your claps, coughs, and the sound of that book knocked off the table. It produces a small electrical signal which is amplified by the succeeding transistor stage. Two transistors cross connected as a bi-stable multi-vibrator change state at each signal. This circuit is constructed using basic electronic components like resistors, transistors, relay, transformer, capacitors.



The operation of the circuit is simple. If we clap the lamp turns on and to switch it off clap again. The condenser microphone picks up the sound of your claps, coughs, and the sound of that book knocked off the table. It produces a small electrical signal which is amplified by the succeeding transistor stage. Two transistors cross connected as a bi-stable multi-vibrator change state at each signal. One of these transistors drives a heavier transistor which controls a lamp. This circuit can switch on and off a light, a fan or a radio etc by the sound of a clap.

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Recommended Project: Near Field Antenna Modulation

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The basic principle of this clap switch circuit is that it converts sound signal into electrical energy. The input component is a transducer that receives clap sound as input and converts it to electrical pulse. The basic idea of clap switch is that the electric microphone picks up the sound of your claps, coughs, and the sound of that book knocked off the table.

This project report contains block diagram, circuit diagram, complete working, application, advantages etc. for your help. Use this report for your reference work only and don't forget to subscribe to our newsletter for free projects.

Author:- G.Bhavana, Y.Sahiti, T.Sravya Sruthi, N.Lakshmi Sowmya

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Technology of High Speed Packet Access (HSPA)

This is Electronics seminar report on HSPA technology, which is widely used in mobile broadband technology. It was already built in more than 3.8 billion connection with GSM family of technologies. The High Speed Packet Access (HSPA) technology is referred to both High Speed Downlink Packet Access (3GPP Release 5) and to High Speed Uplink Packet Access (3GPP Release 6). The Evolved HSPA technology or HSPA + is the evolution of HSPA that extends operator’s investments before the next generation’s technology 3GPP Long Term Evolution (LTE or 3GPP Release 8). The HSPA technology is implemented on third generation (3G) UMTS/WCDMA network and accepted as the leader in mobile data communication. You can also subscribe to our FREE newsletter below for more such projects and seminar.



The main idea of HSDPA concept is a growth of packet access throughput with methods known from Global System for Mobile Communication (GSM)/ Enhanced Data Rates for Global Evolution (EDGE) standards, involving link adaptation and fast physical layers (L1) retransmission combining. The demand of arriving to possible memory requirements and bringing control for link adaptation closer to the air interface brought forward the High Speed Downlink Shared Channel (HS-DSCH).

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Recommended Project : Report on Global System for Mobile Communication (GSM)

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HSPA+, or Evolved High-Speed Packet Access, is a technical standard for wireless, broadband telecommunication. HSPA+ enhances the widely used WCDMA (UMTS) based 3G networks with higher speeds for the end user that are comparable to the newer LTE networks. HSPA+ was first defined in the technical standard 3GPP release 7 and expanded further in later releases.

Author:-Rajat Arora


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Low Cost Heartbeat Monitoring System

Heartbeat monitoring is required in all medical field and diagnostic. Today will share with you a new project called "Heartbeat monitoring". This paper describes the design of a simple, low-cost microcontroller based heart rate measuring device with LCD output. Heart rate of the subject is measured from the finger using sensors and the rate is then averaged and displayed on a text based LCD. The LCD of the heart beat monitor shows the beat per minute. You can also Subscribe to FINAL YEAR PROJECT'S by Email for more such projects and seminar using subscription box below.



In this project, the sensor part consists of sensing elements, LDR (light dependent resistor), LED (light emitting diode),a comparator module, a low pass filter. Heartbeat in this system is sensed by the sensing elements and the comparator produces an amplified square wave output. The comparator output is given to a low pass filter and the filter output is fed to one of the digital inputs of PIC 16F877a type microcontroller. The microcontroller output ports drives the LCD.

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Recommended Project : Biometric Heartbeat Monitoring system.

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The circuit basically consists of an operational amplifier, a low-pass filter, a microcontroller, and an LCD. The operational amplifier is set for higher values of gain. This project report includes block diagram, circuit diagram, microcontroller programming, working of the project and application of the project. Use this project for your reference and study work.

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Wireless based Tsunami & Earthquake Warning System

Today we will provide detail information about very important and very helpful project for Electronics and communication students. This project on "wireless based tsunami and earthquake warning system" will provide information to Geologists and Meteorological department, who wishes to explore the possibility of developing Tsunami Warning System applications. This report aims to provide a comprehensive overview of the current state of the art in Tsunami Warning System development, application and future trends.



This report consists of three sections. The basic components of the tsunami warning system are presented in the first section along with the introduction to the system and a glossary of the terminology used to make such a system. The second section includes the block diagram and the circuit description as to how the whole system has been assembled and how it works in order to implement the cause it is designed for. The last section consists of the advantages and prediction making capabilities of the system. We shall also discuss its future scope and advancements and all the possible applications of this system.

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Recommended Project: GPS based Aircraft Collision Avoidance System

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This is a warning system that will detect and alarm the people of the dangers in advance and so that people have ample time to relocate themselves, so as to avoid the severity caused by the disaster. It uses sensors, microcontrollers and radio frequency so as to transmit and receive signals.

This report includes all the details and programming which is needed to build your project like transmitter and receiver bock diagram, circuit diagram,

Author:-Amit Kumar Sarkar, Apurva Rastogi, Anshi Singh and Sourabh Choudhary

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GSM based Device Controlling System

Remote management of several home and office appliances is a subject of growing interest and in recent years we have seen many systems providing such controls. In this study, we have developed an interface which is a phone based home/office remote controller equipped with power to turn ON/OFF and receive STATUS of electrical appliances remotely located. The purpose of this project "GSM based device control system", is to control any digital or Analog devices from your Cell Phone. With this circuit we can switch-ON, OFF or restart some Linux servers, ADSL modems, Printers, Door with electric lock, Irrigation Pump, Garage door, House lights, Water pumps, electric sunshade, Block the engine of your car or your motorcycle, at the steal case and much more. The purpose of this circuit is to make the human life better and easier.




This research is borne out of the need for man to control electrical devices that are remotely located to him. Anything from home devices such as alarms, heating, air conditioning and so on, to commercial security systems or IT equipment such as routers and servers and the like can be remotely controlled. The case of remote control capability and the possibility of achieving it at a reasonably low cost have motivated the need to research into it not only for industrial application but also for domestic use. The desire of man to control an object that is remotely located to him has been for many ages.

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Recommended Project: Mobile Phone Controller PC

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Author:- Nidhi Sah, Jyoti Rawat, Priyanka Thapa & Rachna Sharma


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Project on Disaster Communication System

This is Electronics engineering final year project idea on "disaster communication system" and aims to provide emergency communication in any disaster condition and presents the circuit of such a remote switch by which you can control the gadgets from a distance. The project is divided into Ti-Vo sections transmitter section and receiver section. When we press switch S1 of remote transmitter section, the invisible frequency generated by the Infra-red LED spreads to all directions. You can also subscribe to FINAL YEAR PROJECT'S by Email for more such projects and seminar.

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Recommended Project:
Wireless Data and Voice Communication through Infrared

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When the infrared rap strikes the photo diode of receiver section, the input pulse becomes available to pin No2 of IC 555 and its output pin No2 of IC CD 4027 which works as a flip-flop. Its output is released through pin No 1 and fed to transistor BC 148 conducts. The main application of this project is in communicating in time of emergency when other communication system are not working condition and this project is very useful for public service and more important in future.


Author:-Vishamber Arya, Amit Upadhyay, Pratap Singh Chauhan


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Radio Frequency Identification use in Secure Digital Lock

This is final year Electronics and communication project report on "radio frequency identification" which focus on RFID technology that is widely used in many applications. In this project we will discuss about use of RFID in door locks and security system. While using RFID in door locks, it should satisfy 2 criteria, 1st is challenge response authentication protocol and the second is to deploy sophisticated and secure algorithms. You can also Subscribe to FINAL YEAR PROJECT'S by Email for more such projects and seminar.




In its working, When any RFID card comes in the range of any reader then its all-around coiling interferes with the electromagnetic field produced by the reader’s transponder. This EM field will generate a little electric current in the closed circuit wiring of the tag which is so sufficient to activate the circuit components of the tag so that they can response.

This RFID based lock is multipurpose but any unauthorized person can enter easily after getting a RFID card from a user. This report contains Complete working of the project, PCB designing, Pin diagram, Circuit diagram, component list etc. This project can be further enhanced using 128-bit standard encryption algorithms. Use this project report for your reference and study work only.

Author:- Kumud Kumar, Shashank Viresh, Asheesh Singh, Ankit Kumar


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Cell Phone based PC Control Using Voice Acknowledgment

The purpose of this project is to implement the various concepts of embedded designing environment and mobile communication for the technological support in automation. Our project “Cell-phone based PC control using voice acknowledgment” fully utilizes micro-controller features, embedded technology concepts and mobile communication system to reduce the time consumption and increase the quality of operating the devices. You can also Subscribe to FINAL YEAR PROJECT'S by Email for more such projects and seminar.



Above image shows the block diagram of speech synthesis which is used in this project. This project uses mobile technology that keeps monitoring of the various appliances, and will control the operation of these appliances with respect to the signal sent by the mobile phone. The main aim of our project is to operate our PC applications like opening the notepad, Microsoft offices from office or any other remote places. Cell phone works as the remote control for our PC applications. We can control the desire pc applications by pressing the corresponding key. The system also gives us voice acknowledgement of the appliance status.

This report contains complete project working and planning, block diagram, circuit diagram, Controller programming and future scope of the project. Use this Electronics and Communication project for your reference and study work only.

Author:- Akanksha Mishra, Anamika Yadav, Farah Khanam, Arjita, Archana Singh Chauhan


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Auto Security With Dial Up Logic

In this project, we show that how telephone can be used as an electronic eye. With the help of any telephone we check and examine the position of the house automatically. In this logic we attach some sensor with the telephone and if there is any miss happening then telephone is automatic on and then circuit press the redial button of the telephone and then telephone dial the pre-dialed number and sense the voice message to the received end. You can also Subscribe to FINAL YEAR PROJECT'S by Email for more such projects and seminar.



Sensor unit is used to connect sensors. In this project we use two sensors, these two sensors are fire sensor, gas sensor, Access control logic. In the fire sensor we use bimetallic plates to sense fire, when fire touch the bimetallic plates then plates join together and immediate provide a signal to the controller. Gas sensor is a special sensor. When gas sensor senses gas then it provide a small signal to the controller via IC 555. For this project 8051 IDE Assembler & Compiler software is used to program the microcontroller. This report contains circuit diagram, microcontroller programming and complete working of the project.

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Intelligent GSM Alarm System

This is a final year GSM project on "intelligent alarm system". Main aim of this car security system is to control the movement of any vehicle, if the vehicle is stolen. In this project first off all we design a car with slow speed gear motor. Now when any unauthorized person switch on the car then car is on move with the help of the small dc motor. Now the circuit attach on the car is activate and start dial up system. With the help of dial up-system, at the same time mobile is activated and redial the last number. You can also Subscribe to FINAL YEAR PROJECT'S by Email for more such projects and seminar.



It can automatically stop the car and dial telephone to the users. It can locate your car via LBS. Also, the user can dial into the car to control the car or monitor the station of the car. In the meantime, the system can send SMS to your cell phone while alarming and you can send SMS to monitor it, too.

This project report contains block diagram, circuit diagram, Micro-controller programming and complete working of the project. Use it for your reference and study work only.

Author:- Arun

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Three Phase Appliance Protector

This project on three phase application protector describes the need of a 3 phase devices safety as sometimes due to failure of any phase, makes the appliance prone to erratic functioning and may even lead to failure. Hence it is important to monitor the availability of the three-phase supply and switch off the appliance in the event of failure of one or two phases. You can also Subscribe to FINAL YEAR PROJECT'S by Email for more such projects and seminar.



This project requires three-phase supply, three 12V relays and a timer IC NE555 along with 230V coil contactor having four poles. The main advantage of this protector circuit is that it protects three-phase appliances from failure of any of the mounted on the backside of cabinet. Connect the appliance through external wires.

The test system considered in the project is worked out for the best protection for the 3- phase appliance in absence of any of the phase. The main objective of this prospective protector is to maintain the efficiency of the appliance which we use with the 3- phase supply. This report contains circuit diagram of 3 phase appliance protector and its complete working. Use it for your reference and study purpose only.

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ECE Project on P-N Diode Diffusion

This is a final year major electronics project on PN diode diffusion. Today there are so many reasons for using a diffusion technique in the process of fabrication of a p-n diode. This is because the diodes are the most commonly used semiconductor devices in almost all types of the electronic circuits. A diode plays a very important role in a circuit due to its property to conduct only in forward direction. It does not allow any current to pass through it when it is in reverse bias mode. You can also Subscribe to FINAL YEAR PROJECT'S by Email for more such projects and seminar.



Chemical cleaning is one of the most important part of the diffusion process. It is necessary in the beginning of the process because it provides a fresh silicon wafer for diffusion. Initially when wafer is cut from a big size wafer or from a large wafer then it is essential that is must be cleaned properly. This is done in order to remove all the unwanted impurities that may cause problem during the diffusion process of the p-n junction diode.

Author:-Abhishek Bansal


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Power Saving Street Light Project

Power Saving Street Light is an embedded project. And we are presenting in this project how the power could be saved using power saving street light which automatically gets off in day time and gets on in night. It also sense moving vehicles and people traveling on road and gets on at that time. Heart of this project is ATMEL microcontroller and the controller available in the market has to be used so we have used 89C2051, 20 pin controller according to the requirement. You can also Subscribe to FINAL YEAR PROJECT'S by Email for more such projects and seminar.



The aim of the project is to design such system through which we can save the electricity of the street light on the highways using the microcontroller. This project presenting the working of the power saving street light which make itself turn on and off as per requirement. Different sensors has been used here for sensing whether any vehicle is on the track or not, or any person is on pedestrian or not, by making use of microcontroller it automatically turn on and off the street light.

This project report includes block diagram, circuit diagram, component list, PCB making procedure, working etc. Use this project for your reference and study.


Author:- Mayank Rastogi, Punit Kumar, Punit Sharma, Rahul Kumar, Nitin Kant


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Framework of Patient Monitoring System

Patient Monitoring System is a process where a surgeon can continuously monitor more than one patient at a time in remote place. The project is very useful as it can be used to monitor the heart beats in digital display format. The heart beat information available in digital format is easy to understand. In our project we have used LED and LDR to sense the blood pumping done by heart which are proportional to heartbeats and send the signal to current amplifier. You can also Subscribe to FINAL YEAR PROJECT'S by Email for more such projects and seminar.

This project on Patient Monitoring System with RF transmission and reception is really a step in forward direction to the advancement of medical field instruments. It can be taken as a small effort from our side to the convenience to take medical assistance for a patient being far from his place.



In this system it is possible to monitor the pulse rate of different person at a time by digital encoder system. In this system of transmission we transmit the data with particular address code. This project report contains both transmitter and receiver circuit diagram, block diagram and complete working of the project.

Author:- Swati Saxena, Saurabh Soni, Ankit Goswami, Vaibhav Singhal


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Electrification of Traction System using Pantograph

Electric traction is an environmental friendly, pollution-free and energy efficient mode of transport and offers an excellent alternative to fossil fuels as a source of energy. Electric traction reduced nation’s dependence on largely imported diesel oil as it is capable of using indigenously available alternative sources of primary energies, like coal of any grade, hydel power, surplus petroleum gas, nuclear power etc. You can also Subscribe to FINAL YEAR PROJECT'S by Email for more such projects and seminar.



Above image shows the project pantograph receiver circuit. Pantographs are typically operated by compressed air from the vehicle's braking system, either to raise the unit and hold it against the conductor or, when springs are used to affect the extension, to lower it. The proposed system is based on DC-auto transformers and active rectifiers working similarly to those in 3-wire AC railway electrification system. Pantograph are using as now a days for the high speed traction system.

Present project is designed using 8051 microcontroller to avoid railway accidents happening at unattended railway gates, if implemented in spirit. This project utilizes two powerful IR transmitters and two receivers; one pair of transmitter and receiver is fixed at up side and also for the protection features of boggie monitoring system. Use only for your reference and study work.

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Microcontroller based College Automation System

This project “Microcontroller based college automation system”, aims to eliminate this problem especially in case of colleges and schools. In this project conventional notice board is replace by a well automated device. The circuit enables the user to hear as well as read the information being announced through a speaker and an LCD. You can also Subscribe to FINAL YEAR PROJECT'S by Email for more such projects and seminar.



Till date IVRS systems are used in areas of telephone banking televoting etc. But our project is a step towards an even broader aspect and usage of IVRS system i.e in college automation.

This report contains block diagram, circuit diagram, micro-controller programing for college automation system, full working etc. Use it only for your reference and study work.

Author:- Amrita Singh, Kavya Singhal, Mayuri Sinha, Pushpa Pandey

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Anti Theft System in Automobiles

This is the final year Electronics project report on "Anti Theft System" which help in solving increasing theft of Car and automobile owner. This paper proposes an anti-theft system to ensure car owners for avoiding car theft and also, the mentioned hardware of this project will be designed in practice. You can also Subscribe to FINAL YEAR PROJECT'S by Email for more such projects and seminar.



Above figure shows the block diagram of Anti-Theft system whose main component is a Micro-controller. This full report contains the circuit diagram, component list, working, LCD interfacing, future aspects, microcontroller programming and source code etc. You can use this electronics project report for your reference and study work only.

Author:- Amit Raj, Manpreet Singh, Shivansh Pandey

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Home Automation Control System Using RF Remote Control

This is final year ECE project report on "Home automation control system using RF remote control". In this project we have Seven Electrical loads (bulb, AC, motors, heaters, and power controlling systems) in that SIX on/off loads and ONE variable load (SPEED CONTROL or current controlling) in variable load we can vary the load up to 7 steps (either INC or DEC) and also you can control the current though load, In Industry we have different types of loads at different locations. You can also Subscribe to FINAL YEAR PROJECT'S by Email for more such projects and seminar.



In this project we are using RF transmitter, RF receiver, 89c82 microcontroller, BT136 Triac and some discrete components. In this project we have two main sections one is transmitter and Receiver let us explain about transmitter (TX), TX contain one RF Tx, HT640 (encoder) and 8 ON/OFF switches, when we are press one switch, the data from switch taken by encoder(HT640) which is given to Tx, the Tx simple transmitter it at RF frequency range(433MHz). This project report includes circuit diagram, block diagram, project code and full working of the project. Use it for your reference and study work only.

Author:-Shalok Singh, Ajay Maurya, LalAdityaVikramSingh, Siddharth Tripathi


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Simulation of Double Gate Tunnel Field Effect Transistor (FET)

This is final year electronics project report on "Simulation of double gate tunnel field effect transistor (FET)". Tunnel FETs, which are gated p-i-n diodes whose on-current arises from band-to-band tunneling, are attractive new devices for low-power applications due to their low off-current and their potential for a small sub threshold swing. Numerical simulations of DG Tunnel FETs such as the ones presented in this thesis allow the investigation of the device physics, with the possibility to see inside a device through cross sections in 2D to obtain optimal DGTFET structure for low power application. You can also Subscribe to FINAL YEAR PROJECT'S by Email for more such projects and seminar.



Above image shows the Contour plot of Electric Field across DGTFET before optimization. The numerical simulations presented in this thesis have been carried out using a non-local band-to-band tunneling model in Silvaco Atlas. Numerical simulations based on correct underlying models are important for emerging devices, since they can provide insights about optimization before fabrication is carried out, can aid the understanding of device physics through 1D and 2D cross sections, and can be the basis for the formation of an accurate compact model.

The biggest future challenge is to successfully design and fabricate fully-optimized Tunnel FETs of both n-type and p-type, that show low off-currents beyond what is possible for conventional MOSFETs, high on-currents, and average sub-threshold swings of less than 60 mV/decade at room temperature. Use this report only for your reference and study work.

Author:- Rasika Gupta, Beena Kothari, Jyotsana Rawat, Parvati Bhandari

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