In this project we increased ground clearance of tractor because road conditions are not similar at all places; it changes accordingly with application, an environment and climate. In city at different sectors like school, hospital there is speed breakers of different dimensions. At certain condition road goes straight without any pits else we found irregularity. Most of the people buy only one four wheeler which they use that at all this condition. Hence it’s necessary to give some standard ground clearance to the vehicle, but still there is some obstruction while driving the car on highway and in city.

In future this concept can be used in automobile industry to make the vehicles more familiar with all kind of road conditions.

This project is carried out by Mechanical Engineering Department during session (2015-2016).

Fig. High Ground Clearance of the Tractor

In this Project Four-wheel steering is wise to review the dynamics of typical steering maneuvers with a conventional front steered vehicle. The tires are subjected to the forces of grip, momentum, and steering input while making a movement other than straight-ahead driving.

According to the Maruti Suzuki 800 the steering ratio is 14:1, so considering this, we have developed a model, which is given a step function to turn a maximum of 35 degree, so considering above factor, the angle by which tire has to turn is 2.5 degree .

This project is carried out by DEEPANSHU KUMAR (140174008) & MAYANK (1401740024) during Batch (2014-2018).

Fig. Wheel Steering Mechanism

In this project we have used pedal power to transfer energy from the human source through the use of a foot pedal and crank system to make multipurpose machine which consists of drilling and hacksaw tools. This project concentrates on pedal powered hacksaw machining. An individual can generate four times more power (1/4 HP) by pedaling than by hand-cranking. At the rate of (1/4 HP), continuous pedaling can be served for only short periods, approximately 10 minutes. However, pedaling at half this power (1/8 HP) can be sustained for close to 60 minutes but power capability can depend upon age. Some applications include pedal powered laptops, pedal powered grinders and pedal powered water wells. This technology can be used in electronic industry and small workshop.

This project is carried out by AMIT KUMAR (1401740003), VIKAS (1401740053) & ROHIT KUMAR (1401740037) during Batch (2014-2018).

Fig. Pedal Operated Multipurpose Machine

In this project we have used electric vehicles, which use 100% electric power, use electric motors instead of an internal combustion engine to provide motive force. Solar-powered vehicles (SPVs) use photovoltaic (PV) cells to convert sunlight into electricity. The electricity goes either directly to an electric motor powering the vehicle, or to a special storage battery. PV cells produce electricity only when the sun is shining. Without sunlight, a solar powered car depends on electricity stored in its batteries.

We can say our project can be a success considering the changes we had to make in the spring once we actually found out how the hybrid solar tricycle was for. We can achieve our five aims, and we believe that we have a system that will be effective in providing mobility for persons who have disabilities. One of the major lessons we have learned is that designing an appropriate technology is a huge challenge. Appropriate is more than just availability for replication, it considers longevity, reliability, 'green' transportation for short distances (<10 miles), thus it must never plug into a wall socket, or emit any pollutant and efficiency.

This project is carried out by SHADAAB AHMAD (1401740042) & SULTAN AHMAD (1401740050) during Batch (2014-2018).

Fig. Solar E-Tricycle for Handicapped Person

In this project we have used, a spray pump which is a device used to spray a liquid over the fields of agriculture. a sprayer is a piece of equipment that sprays nozzles to apply herbicides, pesticides, and fertilizers to the agricultural crops. Sprayers range in size from man-portable units (typically backpacks with spray guns) to self-propelled units similar to tractors, with boom mounts of 60–151 feet in length.

This equipment eliminates the burden from farmer's shoulders and reduces the effort to the great extent. ‘This in turn helps in increasing the efficiency of farmer and reduces the total time required for pesticide action.

This project is carried out by LOVEPREET SINGH (1401740022) during Batch (2014-2018).

Fig. Wheel Spray pump

In this project we have found out the solution of the major problem in the gear transmission having gear cause the jamming due to the backless error and produces more noise compared to other drives due to pitch mismatch for transferring the power from one place to another place by using the elbow mechanism which is also known as gearless transmission system, L-pin mechanism or Orbital scission mechanism because the manufacturing of gear is complex process which consumes more time and takes very much precision and manufacturing cost is high that’s why the gearless power transmission system will have a great scope in the area of power transmission system we can efficiently reduce the cost in power transmission and further advancement in this technology can be made. in future.

This project is carried out by MONTI KUMAR (1401740028) during Batch (2014-2018).

Fig. Gearless Power Transmission