The economy of any nation is in arithmetic progression with the available energy supply. Nigeria is a nation where most of its populace are below the middle class. Small scale industries would be the best platform for the citizens to improve their standard of living. The availability of energy is the prime mover that drives this small industries but unfortunately 60% of these class of people have no access to electricity while the rest can’t boast of complete 4hours of constant supply in a day. The current generation of less than 2,300MW creates a crisis in the demand and supply of power despite the abundant reserves of all the necessary fuel for self sufficient supply of electricity in Nigeria. This paper x-rays the different generating alternatives in Nigeria to choose the most appropriate means to address this crisis. From the experiences of other world leading energy producers, coal fired power plant has the potential of supplying adequate power to the country while bringing more job opportunities.

In this eventful world, everyone is living a dramatic role. Barely have we spent time in our home. We don’t have adequate time to accomplish our family desires. So online shopping is the one of the tremendous alternative way to carry out our needs.

The customers/users will sit in their home and they can view as many products/service in their desktop and they can decide on the product/service, pay the money through online the merchandise will reach home within couple of days. So the customers don’t know what the phenomenon behind the screen is. So this is about blindsiding of secure electronic transaction.

Connecting Rods are used practically generally used in all varieties of automobile engines acting as an intermediate link between the piston and the crankshaft of an engine of an automobile. It is responsible for transmission the up and down motion of the piston to the crankshaft of the engine, by converting the reciprocating motion of the piston to the rotary motion of crankshaft. While the one end, small end the connecting rod is connecting to the piston of the engine by the means of piston pin,the other end, the bigger end being connected to the crankshaft with lower end big end bearing by generally two bolts. Generally connecting rods are being made up of stainless steel and aluminium alloy through the forging process, as this method provides high productivity and that too with a lower production cost. Forces generated on the connected rod are generally by weight and combustion of fuel inside cylinder acts upon piston and then on the connecting rod, which results in both the bending and axial stresses. The present paper attempts to design and analyzethe connecting rod used in a diesel engine in context of the lateral bending forces acting along its length during cycle of it The lateral bending stress are commonly called as whipping stress and this whipping stress forms the base of evaluation of performance of various materials that can be used for manufacturing of connecting rod. The conventional material used is steel which is designe using CAD tool which is CATIA V5 and subsequently analysed for bending stress acting on it in the arena of finite element analysis using ANSYS workbench 14.5 and this procedure is followed for different material which are aluminium 7075 , aluminium 6061 and High Strength Carbon

Zeolite crystals  have potential applications in the numerous areas of scientific, industrial and agricultural technology has provided impetus for the research and development programmes that have been carried out in several countries. In deccan trap of India, large deposits of zeolites have been found, but studies on these natural zeolites are rarely reported. Taking the advantage of different types of zeolite crystals available in this part of India that is Marathwada (Maharashtra), it was thought worth while to collect different varieties of zeolite crystals, where the occurrence of zeolites have not been reported so far

The project proposes an efficient implementation for IoT (Internet of Things) used for monitoring and controlling the home appliances via World Wide Web. Smart Living system uses the portable devices as a user interface.  The main goal of this project is to remind the user whenever the relay (switch) is on in a house then it has to display  the changes that are taken place due to that action performed. Nowadays human life is really machine dependant, so machines are important in human life.

In this project the Maker is the application for using the AllThingsTalk Cloud. You can use it on both your computer and smart phone. This means whenever the action performed it sends a notification to our smart phones. A web camera will continuously monitor the outside environment which is attached to out computers as well as smart phones.

Devices might be directly or indirectly (through a gateway) connected to the cloud.

The system consists of  Sensors and Actuators are connected to the device (or integrated in its hardware). These sensors and actuators are called the Assets of the device and are graphically represented in Maker using Controls on a Pin board

Many environmental control systems have been proposed in recent times but only few researches have done on smart living based systems. Sensors, Actuators, processing module, a simple control protocol, LCD display, Web Camera, USB Wi-Fi and a host system. By this we provide a climbable and price effective Smart Living system.

Being a volunteer in a program have a great impact on our mind and soul. It gives peace, joy, and especially satisfaction for being able to assist and giving back to the community. However, these volunteers are only able to join the events being called to them, usually coming from the same hosts. What about the other charity houses? They don’t have the resources or the same means as other organization to host an event let alone trying to manage one. So in this journal there will be methods of tackling these issue, in hope to advertise centrally for the events that requires volunteering and at the same time the volunteers would be able to find events that are suitable for them to join. It is in hope that this project will strive to success and bring good to the human mankind.

In this project our main objective is to study the influence of partial replacement of cement with Marble dust-Fly ash mix. It is investigated that it is able to use marble dust-fly ash mix as partial replacement of cement without compromising on strength & stability. We are also trying to find the percentage of Marble Dust-Fly Ash mix replaced in concrete that makes the strength of the concrete maximum. In the present investigation, a feasibility study is made to use Marble Dust-Fly Ash mix as partial replacement of cement in concrete. This Waste Marble Fly Ash mix is composed of 50% of waste marble dust and 50% of fly ash.