About Me


I am an enthusiastic software developer. I have worked on projects focusing on web development and mobile development. I have bachelors of engineering degree in structural civil engineering. In my experience, I have focused on intensive programatic solutions to solve construction and civil engineering problems, which resulted in me devoloping a passion and understanding of the value of software engineering.

My Portfolio

Skills



HTML5

CSS3

Javascript

jQuery

Ruby

Rails

React

Redux

Python

Postgresql

Swift

Amazon Web Services

firebase

Matlab

Portfolio


Project Title Project Title

Muzsphere

Technologies: PostgreSQL, Ruby on Rails, React.js, Redux, SCSS, AWS

Muzsphere is a communial based web application that helps users find the nearest muslim groups and events in their area

  • Establish secure token based authentication
  • Allow users to create groups and events.
  • Extract groups by user filters according to location and search query results by title or description
  • Search events by user filters according to rlocation, search query results by title or description and by date
  • Features join tables for allowing users to join and unjoin groups while also rsvp if they will or will not be attending events.
  • Presents group or event commenality by displaying the number of interested users demographics to the logged in user.
  • Create analytical statistics of users in groups in events on how compatible their interests align with logged in user

Project Title

Meet-in

Technologies: PostgreSQL, Ruby on Rails, React.js, Redux, Websockets, SCSS, AWS

A meet-up inspired clone

  • Establish secure user authentication with demo trial login.
  • Allow users to create groups and events.
  • Extract groups and search events by user filters according to radial distance from user location or selected reference point, search query results by title or description and by date
  • Features join tables for allowing users to join and unjoin groups while also rsvp if they will or will not be attending events.
  • implemented two way messaging communication allowing users to broadcast and receive messages from chats they are subscribed to.

Project Title

Car Flipper

Technologies: React.js, Node.js

Information compiler on used cars

  • Backend crawls sites such as craiglist.com (to get car listings), carcomplaints.com (for general information on vehicle), and kbb.com ( for vehicle trade-in-value)
  • complies important information on used car sites and typical helpful information on vehicles problems as well as cars trade in value on frontend.
  • Reactive frontend framework to provide more details by updating iframe for that helps provide more detail on the vehicle being viewed.

Project Title

Merciless Motors

Technologies: HTML, CSS

Merciless Motors is a startup company that focuses on building the fastest, most efficent, lightweight motor

  • displays statistics on the latest model's performance
  • presents the startup executive officers and contact info for more information

Project Title

AppStruction

Technologies: Swift 4.0, Google Firebase

iOS Construction App with messaging communication

  • Firebase Authentication applied for secure log in and profile setup.
  • Fully programmatic implemented application with user-interactive animations.
  • Functional direct text, image and video messaging implementation using Firebase Real-time Database.

Project Title

Cannon Guardian

Technologies: JavaScript, HTML, CSS

Interactive online web application game

  • Utilizes animation frames to render moving objects
  • Cannons flow according to projectile motion trajectery
  • Cannon gets redirected on collision detection with walls
  • Cannon explode on collision detection with shield
  • Sound effects respond to collision detection with shield and lives lost
  • Score is recorded and incremented on cannon shield collision
  • Difficulty is incremented by waves
  • Lives are incremented by waves and decreased by allowing cannons to pass the guardian's shield

Project Title

Effects of Overweight Trucks on Pavement Infrastructure

Technologies: Matlab

Code Intensive software developed for NYS DOT with research publication

  • Constructed a simulation of overweight trucks on existing NYS pavements determining the most appropriate structural material configuration to provide most economical and sustainable design accounting for weather effects.
  • The NYS DOT uses the simulation support the research decision of NYS pavement construction and rehabilitation resulting in identifying $95 Million dollars per year on pavement damage incurred by overweight trucks.