PROJECT DETAILS Department of electrical Engineering Details of Projects undertaken by Electrical Department 1. MICROCONTROLLER BASED ROBOT WAITER: VISHAL SHIVAM KUMAR PRADEEP YADAV VINEET KUMAR Guide name: Ms. Rohini sharma Description: Robot waiter is a type of robot machine which is commanded for some works. By waiter robot we can make any work easily which a human waiter does. It is based on aurdino uno programming based line follower. It is very good idea to make this in now a days. We see human waiter maligner for doing work while by the waiter robot we can end this type of problems. \ 2. AURDUINO BASED RADAR SYSTEM UMESH KUMAR SINGH SUNIL KUMAR VARUN KUMAR SINGH TARUN PATHAK Faculty guide name: Mr. Ashish Singhal Description: This project is use for surveillance, identification; targeting, control intelligence gathering and self- protection system are becoming ever more complex and integrated.
3. SMART LIGHTENING PRABHAT KUMAR RAHUL JHA SHIVAM SHARMA VIJAY KUMAR Faculty guide name: Mr. Girijapati sharma Description: Smart lights are highly advanced device, which is based on infrared (IR) motion detection. Smart lights are widely used for various household, commercial, industrial as well as security purposes. It save lot of electrical energy by automatically switch.
4. Footstep Energy Generator Rahul Prajapati Raghav Kumar Shubham Kumar Ravi Kumar Faculty guide name: Ms. Rohini Sharma Description: In this Electrical Power Generation Using Foot Steps Project, we are generating electrical power as non-conventional method by simply walking or running on the footstep. Nonconventional energy system is very essential at this time to our nation. Non-conventional energy using foot step needs no input power to generate the output of the electrical power. 5. Pure Sine wave Inverter Umesh Kumar Varun Kumar Singh Sunil Kumar Tarun Pathak Faculty guide name: Mr. Ashish Singhal Description: A power inverter, or inverter, is an electronic device or circuitry that changes direct (DC) to alternating current (AC).The input voltage, output voltage and frequency, and overall power handling depend on the design of the specific device or circuitry. The inverter does not produce any power; the power is provided by the DC source. A power inverter can be entirely electronic or may be a combination of mechanical effects (such as a rotary apparatus) and electronic circuitry.
6. Ultrasonic Train Break System Kushal Pal Nitish Kumar Pawan Mohit Kumar Faculty guide name: Mr. Hariom Description: The number of vehicles is increasing day by day and proportionally the numbers of accidents are also increasing. These accidents are mostly caused by the delay of the driver to hit the brake. To prevent the accidents caused by this delay, ultrasonic braking system is used in automobiles. The main target of the ultrasonic braking system is that, trains should automatically brake when the sensors sense the obstacle.
7. Solar Energy Conversion System by using Chopper and UPS Yogesh Kumar Sandeep Kumar Teetu verma Yogesh Kumar Faculty guide name: Ms. Garima Sikka Description: 8. Voltage Doubler by using UPS circuit Ved Prakash Pankaj Kumar Santosh Kumar Upendra Saini Faculty guide name: Mr.Aditya Goswami Description: A Voltage Doubler is a voltage multiplier circuit which has a voltage multiplication factor of two. The circuit consists of only two diodes, two capacitors and an oscillating AC input voltage. This simple diode-capacitor pump circuit gives a DC output voltage equal to the peak-topeak value of the sinusoidal input. In other words, double the peak voltage value because the diodes and the capacitors work together to effectively double the voltage.
9. SPEED CONTROL OF DC MOTOR BY USING MICROCONTROLLER Sumit Ponia Anurag Kushwaha Kartikey Bhardwaj Dinesh kumar Faculty guide name:ms. Garima Sikka Description: In many applications, it is important to control the speed of DC motor where precision and protection are essence. Here we will use a technique called PWM (pulse width modulation) to control the speed of DC motor.we can achieve speed control of DC motor using mechanical or electrical techniques but they require large size hardware to implement but Microcontroller based system provides easy way to control the speed of DC motor.
10. UNDERVOLTAGE AND OVERVOLTAGE PROTECTION Rambabu Manish kumar Akash sengar Manish saraswat Faculty guide name: Mr. Ashish Singhal Description: The aim of this project is to develop a low voltage and high voltage tripping mechanism to protect the load from damage. The fluctuation in AC mains supply is frequent in homes and industries. The sensitive electronic devices in these conditions can get easily damaged. It is preferable to have a tripping mechanism to protect the load.this proposed system will trip the load in the event of the input voltage falling below/above a set value. 11. ROBOT CONTROL USING DTMF PRABHAKAR PANKAJ KUMAR VIKAS SHARMA HAKIM SINGH TOMAR Faculty guide name: Mr. Ankur Sharma Description: Normally, many home appliances can be controlled by switches. But, nowadays we often see the automation of home appliances using many technologies. This article presents the DTMF based home automation system using microcontroller. Dual Tone Multi Frequency (DTMF) is a signaling system for identifying the keys on a DTMF keypad. It is used for telecommunication
signaling over analog telephone lines in the voice frequency band between communication devices and telephone handsets. 12. PASSWORD BASED DOOR LOCK SYSTEM GAURAV SHARMA INDRESH KUMAR BHUVNESH ANIL Faculty guide name: MR. Aashish jaiswal Description: In this project, a keypad is attached to the door for opening and closing operations of the door. After entering the code, if that code matches with the predefined one, then the door will unlock for a limited period of time. After prolonging the unlocking for a fixed period of time, the relay reenergizes and the door gets locked again. If anyone enters a wrong code in an attempt to open the door and attempts thrice, then this system immediately switches an alarm or a buzzer.
13. DIGITAL STABILIZER LALIT CHAUDHARY ANUPAM GAUTAM MOHIT KUMAR MANOJ KUMAR Faculty guide name: Ms. Anju upadhyay Description: The digital voltage stabilizers are generally used in situation of fluctuating voltages in power supply. Any kind of rise and dip in the fluctuation can result in damage and failure of the electronic item. The voltage stabilizers ensure that the fluctuation in the power supply does not affect the electronics. It basically balances the fluctuating voltage as required by the device. There are many features that are integrated in these stabilizers like micro based controller circuits for minimum break down, digital transformers for producing less heat and digital screens for showing output current value. 14. AUTOMATIC RAILWAY GATE CONTROL SAURAV MISHRA SHEKHAR RATHORE SHUBHAM PACHAURI MOHIT DIXIT Faculty guide name: Mr. Hariom Description: Automatic Railway Gate Control System is a simple but very useful project, which help is automatically opening and closing the railway gate upon detecting arrival or departure of the train. In general, Railway gates are opened or closed manually by a gate keeper. The information about arrival of train for opening or closing of door is received from nearby station. But some
railway crossings are totally unmanned and many railway accidents occur at these unmanned level crossings. 15. STREET LIGHT USING SOLAR SYSTEM ROHIT KUMAR ANKUR BHUPESH SWETA RANJAN DINESH PANDEY Faculty guide name: MR. Aashish jaiswal Description: As we know that, nowadays energy sources are limited and energy consumption has increased, So renewable energy sources are used in order to meet the increase the demand for energy. Keeping this in mind in this article, we are discussing about a solar powered LED street light with auto intensity control. This project is driven by solar energy used to control the light intensity from morning to evening based on the brightness. A case study is also done to demonstrate the advantages of this solar LED street light compared to traditional street light. Because, this solar powered street light can conserve a large amount of electricity compared to the other lights which are a light to their maximum intensity at all times after they are turned on
16. SOLAR CAR AKASH KUMAR SAURAV SRIVASATAVA KRISHNA MURARI TOMAR AJAY KUMAR NIKHLESH KUMAR VARDHAN Faculty guide name: Ms. Anju upadhyay Description: Solar cars are a special type of electric vehicle that only get their power from the sun. They use solar cells on the surface of the car to produce electricity and the electricity makes a motor turn, and that turns the wheels. They are not useful for normal driving, but once built, they can drive all day and not make any pollution. 17. AUTOMATIC CONTROLLING OF HOME BY DTMF JUGENDRA KUMAR AVINASH KUMAR SINGH JITENDRA KUMAR HIMANSHU SHARMA Faculty guide name: MR. Girijapati sharma
Description: Generally, appliances used in our home are controlled with the help of switches. These days, you can see many technologies used in home automation projects. his article presents the controlling of home appliances using DTMF technology. DTMF is acronym for Dual Tone Multi Frequency. 18. GSM BASED HOME AUTOMATION AVNISH KUMAR ALOK TIWARI BALRAM SINGH YOGESH Faculty guide name: Mr. Ankur Sharma Description: Mobile phone is a revolutionary invention of the century. It was primarily designed for making and receiving calls & text messages, but it has become the whole world after the Smart phone comes into the picture. In this project we are building a home automation system, where one can control the home appliances, using the simple GSM based phone, just by sending SMS through his phone. In this project, no Smart phone is needed, just the old GSM phone will work to switch ON and OFF any home electronic appliances, from anywhere.
19. WIRELESS NOTICE BOARD VIVEK SARASWAT ADARSH DUNG DUNG ASHWANI AVINASH PRATAP SINGH DIVYA Faculty guide name: Mr. Ankur Sharma Description: We know the importance of notice boards in public places like railway stations, bus stations and airports. But changing notices day-to-day is a difficult task. The Wireless Electronic Notice Board using GSM project, as the name suggests, is built around GSM Technology as mobile phones (that communicate through GSM Technology) have become very abundant, cheap and easy to use.
20. AUTOMATIC STAR-DELTA STARTER RAVINDRA SINGH PAVAN KUMAR JADON SHIVAM PARASAR KULDEEP SINGH PRASHANT KUMAR Faculty guide name: Ms.Anju Upadhyay Description: The project is designed to provide low voltage start to induction motors. This is achieved by using star to delta conversion. Star/Delta starters are probably the most common reduced voltage starters in the 50Hz industrial motor world. Star delta is used in an attempt to reduce the start current applied to the motor. Thereafter, full load current is applied to the motor.