Atul Kumar Agrawal

I am good at competitive coding,I also love open source, i have been working on many projects in github and have many contributions as well.I also like web development,android app development.I am also interested in robotics and i am the core member of the robotics club of my college.I am a really crazy programmer who can code all day long.I also participated in various hackathons.
I have won SmartOdishaHackathon2018, SmartBitHack 2018 and Utkal Hacks 2019.
I was the finalist in Tata Crucible Hackathon 2019.
I have been working in to build a student app which have the following :

A. Tracks attendance (by students, teachers and parents).

B. Provides important information and updates to students e.g. circulars, results, exam dates, timings etc.

C. Library book return reminder etc. When a student takes admission into any college, he/she gets a roll number/ id number. When student download this app and adds his/her roll number, he/she gets all updates for his/her college as they are circulated. This application can become a one stop shop for all the information need.

D.A parent’s version of this application enables parents to track academic performance and attendance of their children. It will also enable parents to discuss child’s academic performance with his/her teachers through app. Colleges can even share the results, mark sheets, necessary certificates such as domicile certificates etc through this app which currently takes lot of bandwidth from college administration to complete these tasks physically.
My another robotics project features as follows:
Project ROVER:
This project is based on Line Following Robot which can wirelessly send or receive or send signals using Bluetooth module -HC05 which acts as a medium of communication between the rover and our pc.
The Rover, while traversing the planet, sends runtime feedback about the various obstacles using Ultrasonic sensor and Colour Sensor-TCS3200 and can display path.
The path can be drawn using Processing IDE and Arduino IDE was used for coding, sending and receiving signals using Serial Monitor.
Smart Agriculture
Dec 2018

Project description• Project Smart Agriculture:
An IOT based project pertaining to smart irrigation system. The project deals in tracking the location of trees/plantation, locating them on Google , creating a database with their geospatial reference and proving their present condition like soil water level, air humidity and temperature in their surrounding which will save plants from getting undernourished and eventual death. A web based application. A setup consisting of soil moisture sensor, DHT sensor (Digital Temperature and Humidity) and Node mcu based on ESP8266 Wi-Fi module.

I made birthday counter website that reverse calculates the time left for a person's birthday in JavaScript !
I also develop and manage the vssutrobotics.in , onestopalltech.design ,educarevssut.wordpress.com websites including many other beta sites in my github account.
I also manage the enigma,coding club of vssut's website and also cse department's website.

More
Projects

Project nameData Transmission using Raspberry Pi
May 2019 – Jun 2019

Project description: It is a client server model where server sends the real time clock data to client in hour min sec & millisec format over udp socket @ 1s update rate and it is received by the client side and is displayed using 7 segment LED.

Project name : Smart Traffic Management
Jan 2019 – Mar 2019

Project description: Using OpenCV Image Processing to calculate crowd density and prevent from traffic congestion. It also detect accidents and provide immediate assisstance without human intervention.

Project nameSmart City - PotHole Detection
Jan 2019 – Feb 2019

Project description : This is a smart city IOT project which is used to detect and control Illumination levels,noise levels,potholes and show the real time data in the app.It uses various sensors including BH170 for lux levels,gps module for geolocation,raspberry pi for data gathering and procesing. Data is received and stored in Firebase cloud. Web app will show each area with its current levels of the sensors in real time.Pothole detection is done using Ultrasonic sensor placed in the bottom of the cars of the city and also using Lidar sensors and image procesing using cameras installed at various locations.Also,the illumination levels in the street lights will be smartly controlled using IR and ultrasonic or pressure sensors by analysing the traffic flow and density.