kulvendra singh nohwar

 work with the railway staff and growing the knowledge to about the railway sector.
I learn about the workstation and carriage and other sector ( ex. colour ,trimming ) 

 Taught about the engine assembly, alignment, general mechanism of motors .Gaining skills about different part and function of different structure according to users 'needs. 

 Hand on experience on AutoCAD, knowledge of AutoCAD interface. Training in drawing aids and basic objects .   designing and implementation of different structure according to user needs 

 Maisotsenkocycle (M-cycle) incorporates an improved design of indirect evaporative cooling. Keeping the humidity ratio of product air constant, it succeeds in decreasing the air temperature down to ambient wet-bulb temperature and close to ambient dew-point temperature, by a smart heat and mass transfer procedure. Paper sheets of a special type, for optimum wetting and mass transfer between them and the air, are used as exchange layers, while the product air (which is to cool the air-conditioning spaces) is totally protected by moisture of supplying water. M-cycle optimizes the effectiveness of both stages of evaporation (direct evaporation of working stream and heat exchange between streams). Instead of one-stage evaporating (which is applied in conventional evaporative systems), M-cycle is based on a multi-evaporating  approach, which allows it to achieve high values of effectiveness, higher than 100% 

 In this project i will learn how to make an Arduino Robot Arm which can be wirelessly controlled and programmed using a custom-build Android application. I can take the desired material from one place and carry it to another place, and also mix it with the material it receives using robotic arm. I will show the entire process of building it, starting from designing and the robot parts, connecting the electronic components and programming the Arduino, to developing our own Android application for controlling  the robotic arm .

 Open solar drying is a cost-effective and ancient method of food preservation. It is a common method of preserving fruits, vegetables, seafood, meat, forest products, and seeds without the use of conventional sources. The solar drying system uses solar energy to heat air and dry the agriculture products etc. which significantly reduces agricultural product wastage and preserve agriculture commodities. Solar dryers have been used for drying the agricultural products and usually are fixed type. Looking to this aspect of solar dryers, it was planned to fabricate and explore the performance the moderate capacity foldable greenhouse solar dryer (FGHSD) with with an objective to fulfill the need of farmers, who are still not aware of solar dryers and its applications to dry their valuable crops.