Senior Android Engineer

• Aug 2022 - Present

Android Engineer

• Aug 2020 - Aug 2022

Graduate Software Developer at Department of ITS

• Aug 2019 - May 2020

◦ Mobile Development: Developed a hybrid mobile application (Android and iOS) using Flutter. The delivering features were distance covered, calories burnt and total time taken with live tracking using Google Maps SDK, Weather API, and GPS support ◦ Web Development: Worked on three data table based application and converted them to Vuetify and Quasar based PHP web application using docker that increased the performance by 40 percent end to end with bootstrap UI ◦ Mobile Development: Developed a hybrid mobile application (Android and iOS) using Flutter. The delivering features were distance covered, calories burnt and total time taken with live tracking using Google Maps SDK, Weather API, and GPS support ◦ Web Development: Worked on three data table based application and converted them to Vuetify and Quasar based PHP web application using docker that increased the performance by 40 percent end to end with bootstrap UI

Student Researcher

• May 2019 - Jun 2019

Worked as a Student Researcher for the Survey Research Department at UIS on a project for Illinois Department of Transportation.

Student Life - Student Worker

• Mar 2019 - Jun 2019

Mobile Applications Developer

• Feb 2018 - Nov 2018

◦ Awarded with Best Employee of 2018 for the overall contribution to the company's growth and success ◦ Worked on an image-based social-networking application where reduced the image fetch and upload time by nearly 60 percent by using Volley instead of Retrofit and Glide libraries ◦ Fixed a security breakout in less than 6 hours by releasing a patch that was optimized to check the image header before the media upload to prevent any injections and attacks to the server ◦ Developed two Hybrid mobile applications using React Native. Apps were developed for Android and iOS platforms with flex layouts and normal layouts and Worked on retrieving data from JSON response using REST APIs to parse it to UI modules. The apps were only 1.1 MB and 1.6 MB in size which increased its overall performance by 70 percent even on low latency (2G and 3G) networks Show less

Android Developer

• Jul 2017 - Jan 2018

◦ Developed an Educational Android application using Java, PHP, MySQL, and Firebase with built-in Video players to stream the video tutorials. The application had around 800-900 daily users ◦ Worked on a Bank application in which the security features such as Fingerprint and OTP based login were implemented which increased the security of the application by 80 percent and used SQLite to store non-vital information which increased the application performance by 30 percent ◦ Developed an Educational Android application using Java, PHP, MySQL, and Firebase with built-in Video players to stream the video tutorials. The application had around 800-900 daily users ◦ Worked on a Bank application in which the security features such as Fingerprint and OTP based login were implemented which increased the security of the application by 80 percent and used SQLite to store non-vital information which increased the application performance by 30 percent

Android Developer

• Aug 2015 - Jan 2017

◦ Developed an Admin application for a two-wheeler booking company. The app had various features to check the bookings that were done by the users based on different locations and dates. The application used a REST API to retrieve the response from the database that was provided by the client ◦ Developed a parking ticket application for a popular shopping complex group. The application gave the slots to the customers as to where they could park their vehicles when they enter the parking area of the shopping complex. This was developed using Firebase as the service provider. The application was used in 35 shopping malls across the State and was generating around 300,000 tickets every day ◦ Integrated an emergency services option in a popular taxi (ride-sharing) service application. The integration was about displaying the nearest hospital from the current location with Navigation and also an automated text message to the police control room about the start and the endpoints of the route. The integration was developed using Geo-fencing technology with volley services to send and receive requests and also Google Maps SDK to populate the navigation to the nearest Hospital Show less