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Now a days most of the countries are enforcing their citizen to wear helmet while riding bike and not to ride bike when the person is under the influence of alcohol, but still rules are being violated. In order to overcome this problem, “Smart helmet for bike riders ” is developed. It consists of an intelligent system embedded into the helmet and the vehicle. Helmet unit ensures that rider is wearing helmet and not under influence of alcohol through out the ride. It communicates with vehicle unit to switch o n ignition system of bike if above condition is not met. Vehicle unit checks and intimates accident through geometric coordinates via SMS. By using geometric coordinates, location of the injured rider can be traced using simple GPS tracking application. Also, this system provide theft protection as helmet is also essential along with key to start bike. Motivation The road accident is one of the major problems all over the world. The recent report says that the annual a
Motivation behind the project Renewable energy shares 10% in total energy supply and 25% in power sector. Use of solar and wind energy leads to energy system saving of AED 7 billion annually by 2030. Problem statement Highways appears to be a sufficient source of potential wind energy and there is a problem of utilizing the wind energy continuously and efficiently to meet the power demands of country. Objectives To design a wind turbine that uses the wind draft created by vehicles on highway to generate the electricity. Optimize the turbine performance to generate electricity required for the highway lights, LED displays, Speed radars, Cameras etc. Design This proposed design can capture wind from all directions. If the wind speed approx. 7 m/s the expected power developed will be 28 W. This result expectations will be correlated with final model testing. Magnetic levitation technique is a revolution in maximizing and optimizing the win