Name : Jain Aditi Rajendra
Present Address: ***, ****** ******, ** ****, Kothrud,Pune-411038
Permanent Address : 301 Siddhi Pooja Glory, Near Nirmala Convent School, Datta Chawk, Gangapur Road, Nashik-422013
E-mail : email@example.com
Phone : 940-***-****
Date of Birth : 06/04/1994
Gender : Female
Maharashtra State Board
Maratha High School
PG Diploma Project:
Title: Sawari – Two wheeler Pooling App
Software used: Android SDK
Description: Sawari is a two wheeler pooling app, Sawari is not a transportation service provider and also it is not transportation carrier. It is up to the user to decide whether or not to offer a ride to a rider contacted through the Sawari platform, and it is up to the rider to accept the request from pooler which is contacted through the Sawari platform. It offers a platform for user o search other users to share route for journey. It enables the vehicle owner (Pooler) to share their vehicle with other user (Rider) in exchange for cost which may be accepted by rider for travelling from one place to another with pooler and it may include other riders who accompany in the vehicle for the route with Pooler.
Title: Filter Rod Detection (Sponsored by BOSCH India Pvt., Ltd., Nasik)
Method used: Poka – Yoke (Mistake prevention)
Description: Fuel injector of engines consist of a filter rod/pin. This filter rod looks after the filtration process of fuel injector. A damaged fuel filter can result in erratic performance, poor gas mileage and in some cases complete engine shut down which can be fatal. So, there was a need to create such a system which will detect the presence of filter rod. Hence, in our project, we created such a system which will detect presence of filter rod. In this, we have used the Poka-Yoke method, which is a Japanese technique where Poka means mistake and Yoke means preventing.
SMPS(Siemens DC 25V 5A)
Relay Board(Omron 24V DC)
I/O ports and connector
Title: Password Protected Ignition
Description: many times we hear story about bikes getting stolen or sometimes we forget to remove keys. For this there is a need of automatic locking system. For that our password based locking system will add another level of security. Whenever user switches on the key, there is a pop up on the screen for the password. If user enters the correct password, then and then only ignition would happen. This system will turn on the buzzer if the wrong password is entered for 3 times. And if the entered password is correct then relay and DC motor is on.The user can change the password whenever he/she wants. As the password is stored in EEPROM memory IC.
Components used: Microcontroller 8051, LCD (16*2), Buzzer, Key board, Relay
●Worked as a committee member in National level event “TELEKINESIS 2k15”.
●Secured 1st rank in Poster Presentation on theme VLSI/RFID.
●Participated in National level group discussion competition.
Languages known: C language, Data Structures, VHDL, C++, Core Java, Advanced Java, HTML, CSS, Swift
Operating Systems: Windows, Ubuntu
Software known: MPLabIDE, Multisim, MATLAB, Xilinx, Autosar, Android SDK, IntelliJ, Eclipse
Team player Hardworking
Good Problem solving skills Good communication skills
I hereby affirm that the information in this document is accurate and true to the best of my knowledge