Android Architect Resume Denver, CO - Hire IT People

OBJECTIVE

To design and develop top quality, user - centered mobile applications according to the latest global standards.

SUMMARY

4+ years of experience in Android Application Development using Eclipse and Android Studio.
3 + Expertise in web technologies like HTML5, CSS3, XHTML, JQuery, AJAX, SaaS.
3+ Experience in frameworks and ORMs like Codeingniter, Zend, Symfony, Cakephp, Spring, Hibernate, Properl, Doctrine.
Working knowledge in developing apps on iOS.
Worked wif SQLite, MySQL, PostgressSQL and SQLServer for data persistence.
Worked wif multiple design patterns like MVC, Singleton, Builder and Publisher - subscriber.
Experience in designing screens for multiple screen sizes.
Experience in creating reusable UI elements using Fragments.
Expertise in working wif multiple threads using AsyncTask and Thread classes.
Technical know-how of the android manifest file and configuring permissions.
Working knowledge of submitting applications to the google play store.
Working knowledge of SVN and Git for version control.
Working knowledge of Unix shell programming.
Experience in creation of RESTful web service using PHP and it’s consumption wif XML and JSON parsing.
Proficient wif SCRUM and TDD.
Hard working and dedicated personality and ability to take ownership and responsibility.

TECHNICAL SKILLS

PROFESSIONAL EXPERIENCE

Confidential, Denver, CO

Android Architect

Responsibilities:

App to get cash back on purchases instead of discounts.
Tie-ups wif multiple companies for receiving cash back on clothes, electronics and groceries.
Paypal integration to transfer money directly to paypal account.
Option to buy gift cards from companies like Best Buy, Amazon, etc.
Alternative to using discount coupons or promo codes for saving money during shopping.
Used Camera API to facilitate clicking pictures of the receipts, which are needed to credit cash back.
Extensive use of background tasks and web services to ensure that the UI and animations are rendered smoothly.

Confidential, San Francisco, CA

Android Architect

Responsibilities:

Ability to discover popular and recommended events around the user using Google Maps API and RESTful web services.
Events are parsed using JSON parser and displayed using ListView Adapter.
Tickets can be purchased and validated inside the app using barcode scanner.
Ability to sync events to the calendar using the Google Calendar API.
Events and tickets are saved locally using SQLite and user preferences are stored using shared preferences.
Simple and clean UI according to Google’s design guidelines.
Ability to encrypt and store credit/debit cards for faster purchases.
Facebook and Twitter API integration for sharing events on social media.

Confidential, Centreville, VA

Sr. Android Developer

Responsibilities:

Scan VIN Barcodes to get Confidential information.
Used ZXing Library for barcode scanning and ListView Adapter to display data from the webserives.
Simple and clean UI.
Easy to use application for vehicle dealers.
Add/ remove Confidential reports as favorites.
Secure autantication using CARFAXOnline.com
Great tool to ensure the right value during vehicle trades.

Confidential, Colege Park, GA

Android Developer

Responsibilities:

Google Maps API used to find agents around user location.
Ability to view user’s Insurance ID and start a claim
AsycTask used to ensure UI is not affected by performing multiple operations on the background thread.
SQLite was used to store user search history.
Ability to securely connect to the Confidential web service for autantication and making payment.
ListView Adapter used to display payment history
Ability to access user’s Agent information

Confidential, Stockbridge, GA

Android Developer

Responsibilities:

App created for Confidential insurance agents.
Manage leads, forms, applicants etc.
Ability to offer insurance plans to potential customers.
All the insurance forms can be filled from wifin the app.
Camera API and secure connections used for payments like checks and credit/ debit cards.
Ability to electronically sign the documents and send it to the Confidential servers.
Standard AEH-256 encryption (SQLCipher) was used to protect user information.