ME PROJECTS

SIX STROKE DIESEL ENGINE

PROJECT TEAM: ABHINAV CHAUDHARY, ABHISHEK, AJAY MITTAL, KAPIL DAGUR,

KHARAG SINGH, KOMAL SINGH

PROJECT GUIDE: Mr. MAHENDRA SAHANI

DESCRIPRION: The term six-stroke engine has been applied to a number of

alternative internal combustion engine designs that attempt to improve on

traditional two-stroke and four-stroke engines. Claimed advantages may

include increased fuel-efficiency, reduced mechanical complexity and/or

reduced emissions. These engines can be divided into two groups based on the

number of pistons that contribute to the six strokes.

AUTOMATIC JACK LIFTING

PROJECT TEAM: PAVAN, PRANAV PRABHAKAR, AMIT KUMAR, BHAHAT

PROJECT GUIDE: Mr. RAHUL SHARMA

DESCRIPRION: The concept of this work is to design and develop the

automatic jack system using an android app. An automotive jack is a device

used to raise all or part of a vehicle into the air in order to facilitate repairs.

With the manually operated car jack most people are familiar with, that is still

included as standard equipment with most new cars. Changing flat tire is not a

very pleasant experience. Operating the manual car jack is quite difficult job.

This purpose is to mainly encounter this problem.

150 cc CAR

PROJECT TEAM: KRISHANKANT, KUSHAL PAL SINGH, LAKSHYA MISHRA

PROJECT GUIDE: Mr. DEEPAK AGRAWAL

DESCRIPRION: In this project a four wheel car is designed. 150 cc engine is

used to drive this car.

HOVER BOARD WITH TROLLY ARRANGEMENT

PROJECT TEAM: RAVI KANT VERMA RAVI SHARMA RISHABH DUBEY SACHIN SINGH

PROJECT GUIDE: Mr. HARISH KUMAR

DESCRIPRION: A Hover Board is a fictional levitating board used for personal

transportation. The Hover board is the first, and favourite, in a string of

concepts Robert will be bringing to life in the near future through an Incubator.

A self-balancing scooter (also "hover board", self-balancing board) is a self-

balancing personal transporter consisting of two motorised wheels connected to

a pair of articulated pads on which the rider places their feet. The rider controls

the speed by leaning forwards or backwards, and direction of travel by twisting

the pads.

360 ROTATING CAR

PROJECT TEAM: AJEET VERMA, MANPAL SINGH, MAYUR MARWAH, MOHAN SHYAM

PROJECT GUIDE: Mr. RAMPAL SINGH

DESCRIPRION: This is the ability of the vehicle’s body to rotate a full 360

degrees. Moreover, the actual wheels also rotate, so you can easily move

forwards, backwards or provide easier lateral movements.

360 REVOLVING CAR

PROJECT TEAM: YASH GAUTAM, YOGESH KUMAR PATHAK, YOGESH KUMAR SHARMA, YOGESH KUMAR YADAV

PROJECT GUIDE: Mr. SHASHANK TIWARI

DESCRIPRION: A prototype for the proposed approach was developed by

introducing separate mechanism for normal steering purpose and 360 steering

purpose. This prototype was found to be able to be manoeuvred very easily in

tight spaces, also making 360° steering possible.

TRADE MILL CYCLE

PROJECT TEAM: NAVNEET KUMAR, PEETAM KUMAR, PRAJJWAL JAIN, NISHANT YADAV

PROJECT GUIDE: Mr. ASHWINI SONI

DESCRIPRION: The trade mill cycle is fitted with an electric motor powered

by a rechargeable battery, which means moving it along takes “no more effort

than a walk in the park. Trade mill bike is a combination of treadmill and cycle

used mainly for exercise and green transport. Treadmill is a device widely used

for exercising purpose to stay fit and healthy. Treadmill machines are able to

eliminate impact force and adapt to dynamics of human motion. This

mechanism developed has been designed to alleviate impact on joints while

closely simulating the gait cycle.

REGENERATIVE BRAKING SYSTEM

PROJECT TEAM: ADITYA SHARMA, AKASH PRATAP, AMIT KUMAR

PROJECT GUIDE: Mr. PAWAN KUMAR AGRAWAL

DESCRIPRION: A regenerative brake is an energy recovery mechanism

which slows a vehicle or object by converting its kinetic energy into a form

which can be either used immediately or stored until needed. This contrasts

with conventional braking systems, where the excess kinetic energy is

converted to unwanted and wasted heat by friction in the brakes, or with

dynamic brakes, where energy is recovered by using electric motors as

generators but is immediately dissipated as heat in resistors. In addition to

improving the overall efficiency of the vehicle, regeneration can greatly extend

the life of the braking system as its parts do not wear as quickly.

SOLAR POWERED CYCLE

PROJECT TEAM: PRADEEP KUMAR, PRADEEP GAUTAM, PRANJUL JAISWAL, RAGHUVEER SINGH VERMA

PROJECT GUIDE: Mr. CHETAN CHAUHAN

DESCRIPRION: This project was a way of using the ongoing power I am

producing both from my 100w wind generator and 5w solar panel. The basis of

the project was a second hand Sinclair Zeta. The Sinclair ZETA II consists of a

rechargeable battery pack, which powers a lightweight motor unit over the front

wheel. Touch a lever, and the unit pivots to bring a pulley-mounted belt into

contact with the tyre. Press a switch, and the belt drives the wheel.

WATER BOILER WITH MULTIFUEL INPUT

PROJECT TEAM: DINESH, DIWAKAR VERMA, GIRIRAJ KUMAR, HARISH PATHAK

PROJECT GUIDE: Mr. ARJUN

DESCRIPRION: A water boiler, also called a thermo pot, is a consumer

electronics small appliance used for boiling water and maintaining it at a

constant temperature. An water boiler consists of a water reservoir with a

heating element at the bottom. Water boilers have a built in thermostat that

detects when water has reached its boiling point of 100 °C.