Technical Projects Made By Students

Android controlled Robot

In today’s world people are switching form personal computers to laptops to Palmtops to android phones as the technology is enhancing the human are Accepting compact technology for easy going life people are fulfilling the gap Between person age and the machine the aim of this project is to make a Compact robot which can move in all the four direction (right, left, forward and backward) with the help of smart phone or android phone by using Bluetooth technology the main aim of this project is to make a prototype by implementing or by using arduino Uno, motor driver l293d, Hc-05 Bluetooth module. The application can be made which can support android smart phones with the help of MIT app inverter a Bluetooth commutation is made with robot which interact with microcontroller to control its motion. The only purpose of this project is to Control a robot with an android phone.

Energy Audit

By selecting the project based on energy audit of Gyanmanjari Institute of Technology (GMIT) we are going to implement the whole system, so that consumption may reduce and can profit in bill also. In our project we have suggested algorithm-based model to manage the energy of whole system. For this work we referred different papers from IEEE. In our project we used Microsoft excel sheet for load calculations and Finite Element Method (FEM) software for heat flow of rooms. The basic idea behind this project is to reduce the cost by adopting several methods like renewable use of energy are given. The energy audit would give a positive orientation to the energy cost reduction, preventive maintenance, and quality control programs which are vital for production and utility activities.

Automatic Power Factor improvement using Microcontroller

The overall power factor of modern industries is very poor because of inductive loads absorbing reactive power. Especially, industrial plant with variable load conditions has large inductive loads and its power factor is very poor. These industries benefit most from automatic capacitor banks. This bank provides improved power factor, increased voltage level on the load and reduced electric utility bills. Besides, automatic capacitor banks may be able to eliminate KVAR energized at light-load periods and undesirable over-voltages. In most cases, the main reason why a customer installs a capacitor bank is to avoid penalization in the electricity bill. This inappropriate installation without enough study gives rise to a great variety of technical problems. Therefore, the fact that capacitor banks are designed for long- term use should be considered.

Load flow study on part of Gujarat Power System

In this project, load flow analysis on the 10 proposed buses of the Gujarat Power System. After that we found power transfer in different software and analyze the exact value of generation required. Along with the increment of complexity in electrical networks, analytical process of load flow is difficult. By using software, the complexity of the load flow analysis will be reduced. With these analyses, we can obtain reliable operation of power system. After this analysis, we are able to find the actual generation and also, we can transfer the remaining power to the remote area where electricity is not available. So, at that place we would be able to save the cost of new generation plant and at the other hand our system stability has been also increased.

Dual Axis Automatic Mould Handling & Processing Machine using Raspberry-Pi

Dual axis automatic mould handling & processing machine is a one type of robotics machine which used in the dual axis automatic mould handling and processing machine used in casting industries, foundries for multipurpose work such as mould shifting, surface polishing and finishing, drilling work and pour metal liquid through ladle into mould. Dual axis automatic mould handling & processing machine also called multitalented machine due to its multiple skills. This machine is controlling through microprocessor and microcontroller. In this machine microprocessor is heart of this machine. For programming of dual axis machine c language, python, language used.

Implementation of Voltage Source Inverter

In recent years, worldwide focus has been increasing on economic, efficient continuous power sources. In this report, we have presented the simulation of various modes of three phase voltage source inverters like 180°, 120° and 150° conduction mode. In addition, we have studied hardware parts, which will be needed for its implementation like driver IC, control circuit, gating pulse generation, isolation circuit etc. In this simulation, the period of one cycle is taken 20 mille seconds for getting 50 Hz frequency. In addition, the frequency can be changed according to the operation needed by changing just the value of variable in the programming. Report also shows the working of various modes. At the end of the report the graph of THD vs frequency is added for the three modes and obtained the harmonics available in the phase voltage of inverter which we have generated.

Smart Switching Device Using Mobile

The main aim of the.Smart Switching Device using Mobile project is to develop an electronic application which uses GSM Mobile technology that keeps control of different electronics devices. This system executes clear output according to the message sent by the mobile phone. Just by sending message to GSM Modem interfaced to the microcontroller, here we are able to perform ON/OFF operation. The range of appliances that can be controlled through tele-remote systems is quite large. By this. SMS Based Home Automation. project we will not only remotely control various electronic appliances but also ensure firm security of these devices. Home automation or smart home is the residential extension of building automation and involves the control and automation of lighting, heating, ventilation, air conditioning (HVAC), appliances, and security. Modern systems generally consist of switches and sensors connected to a central hub sometimes called a "gateway" from which the system is controlled with a user interface that is interacted either with a wall-mounted terminal, mobile phone software, tablet computer or a web interface

Railway track crack detection

Transport is very important to carry the passengers and goods from one place to another. The better transport leads to more trade. Economic level is mainly depending on increasing the capacity and level of transport. Today, India possesses the fourth largest railway network in the world. But the problem is that our country has not have sufficient trained worker and lack of new technology. It required time to time proper maintenance which is not regular. First, we identify the problem. After that how to overcome and make it efficient is the main moto of our project. By doing so one could understand the outlay of the given structure, so that it would be beneficial to determine crack in railway track. Now after determine crack in track we send the location to nearby station. So, it would be helpful to identifies crack in railway track.

Home Automation with Bidirectional Visitor Counter Using Wireless Network Control by Arduino

To provide with a project that illustrates a flexible and a comfortable home automation system with high efficiency and low cost. The prime motive of this project is for switching of electrical home appliances by making use of the latest smart technology which uses sensor unit control which can be set at your desired location in accordance with your convenience. One of the main objectives behind the development of this project is to save electrical energy which in result affects many other factors like time and manpower in a very beneficial way. It also aims towards a user friendly and environment friendly technology.