Ryan Bush

A time visualization application with various integration modules such as calendars, music, photos, and news feeds. The app is written entirely in Swift using custom animation drawing algorithms. It also uses Firebase for some back-end functionality.

A time visualization application for integration with various calendars. The app is written in Swift using custom animation drawing algorithms while also using Firebase for some back-end functionality.

A time visualization application with integration of users' images and photography. The app is completely written in Swift using custom animation drawing algorithms. Also, it uses Firebase for some back-end functionality.

A time visualization application with various integration modules for music. These modules include Apple Music and Spotify, as well as an abstraction for future integrations. The app is written in Swift using custom animation drawing algorithms and Firebase for back-end functionality.

An off-market real estate listing website built from the ground up to refocus the market on buyers in Australia. The application was built using React, Firebase, and Google Cloud Platform. I oversaw the data architecture, back-end cloud function programming, and design and implementation of the front-end web services layer.

A television companion and consumption iOS application providing live and video-on-demand (VOD) TV content. The application is a hybrid written in Objective-C and Swift. Alamofire was used for web service communication with a back-end REST server.

A cable television companion and consumption iOS application providing live, VOD, and downloadable cable TV content. The app is entirely written in Objective-C using Core Data. I utilized Cisco content management to download and encode asset information to the device for offline playback.

A cable television companion and consumption iOS application providing live, video-on-demand, and downloadable cable TV content. The app is fully written in Objective-C. I worked with a team of engineers and designers to create the front-end mobile application.

A Swift-based application with a Firebase serverless back end that provides users a hands-free experience when paying their restaurant tab. I handled data architecture, a front-end user application, a front-end business application, and back-end cloud functionality. The system interacted with 3rd-party systems such as BlueDot, Stripe, Sila, NCR, Clover, and Omnivore.

A vacation rental management support application for scheduling and reviewing completed turnover tasks. The app was created from a shared codebase, written in Swift, using SwiftUI. In addition, back-end server functionality was created using Firebase.

Vacation rental management support application for viewing and completing turnover tasks. The app was created from a shared codebase, entirely written in Swift, using SwiftUI. In addition, back-end server functionality was created using Firebase.

A SwiftUI-based application designed to be used specifically in video production projects for managing account balances and transactions. The application is connected to Firebase as a back end to allow the client to provide real-time data updates to video production participants.

A trip planning iOS application written in Swift. The app integrated heavily with Google Places API to suggest, search, and save places when deciding what to do on a user's vacation. Realm was used for all data modeling. Alamofire was used to interface with web services. Both Google and Facebook sign-in was integrated as well.

An augmented reality version of Tetris using a touch interface. It was written 100% in Swift and utilizing Swift packages explicitly developed for abstracting standard functionality between augmented reality applications. Touchminoes uses RealityKit with ARKit to create an immersive experience.

An augmented reality Qubic game variation. It utilizes iOS's ARKit and RealityKit frameworks to create a three-dimensional Qubic board that allows players to play using the iOS device. It supports online turn-based multiplayer using Apple's GameKit. The app is entirely written in Swift.

An app that I developed that allowed users to send fully OMEMO-encrypted messages. This involved generating a custom encryption algorithm utilizing two master passwords to double hash and encrypt data with a 256-bit encryption. I also architected the app from scratch with a 5-tier architecture built to allow flexibility to pivot to any technology. In addition, I integrated open-source code to leverage existing XMPP server technologies to provide always-connected messaging functionalities.

A universal iOS application allowing users real-time access to their credit information. Both iPad and iPhone components were written in Objective-C. Applications allowed users to predict their credit score, connect associated accounts, see risk areas, and get information on how to improve their scores.

University club and organization application that allows club organizers to create events and sell tickets for universities. Also provides event discovery for students. The app was written as a hybrid in Objective-C and Swift, using Json-api with a REST back-end server.

iPad application used by doctors to assist in inputting patient information during dialysis treatments. The app was fully written in Objective-C with unit testing. I was responsible for creating the standardized architecture that is now used throughout the company.

Alarm application where the user solves puzzles to turn off the alarm. Puzzles were of different categories that used different areas of the brain to fully engage the user. The app was written in native Objective-C utilizing Cocos2D.

Augmented reality three dimensional TicTacToe prototype. Utilizes iOS's ARKit framework to create an augmented reality Qubic board that allows players to play using the iOS device. It supports online turn based multiplayer using Apples GameKit. The app is completely written in Swift.

Enterprise iOS application written in Swift. The app integrated heavily with a custom mobile device management server to backup the devices contacts and photos as well as report system information and location. Realm was used for all data modeling. Alamofire was used to interface with web services.

Nutrition application that tracks macronutrients consumed based on the foods the user eats. The app was written as a hybrid in Objective-C and Swift, using Core Data as the data modeling technology.

Architected and developed a framework for abstracting the setup and integration of the Hyprloco API. It completely abstracted integrating and monitoring iBeacons into three instructions of code for any application. The entire standalone framework was written in Swift with full unit test coverage.

Multiplayer game of Tic Tac Toe in which players are assigned to one team and then moves are taken based on the highest vote for a team. I implemented the full stack of the project; Firebase database, Node.js server, and Swift iOS application.

Client application used to create and track leagues and tournaments for any activity. The app is fully written in Swift with full unit test coverage. It integrates with Parse to maintain a user base and persist all information using cloud services.

Card game developed for the iPhone OS using Xcode. Implemented user interface with UIKit and Cocos2D. The application is fully written in Objective-C.

Random choice generation application for both iPhone and iPad. Written fully in Objective-C and utilizing the iAd framework.

Field survey reporting application with heavy custom API integration. The app was created from the ground up in Objective-C with Core Data integration.

Lock screen, information-at-a-glance application. The app was fully written in Objective-C using UIKit.

Typing game developed for the iPhone OS using Xcode. The app was fully written in Objective-C. User interface and animations were all created using UIKit and Core Animation.

Various keyboard extension applications providing a wide variety of layouts such as Dvorak, Colemak, Dextr, and custom layouts. All extensions were created in Swift.

Mobile application for city disturbance reporting on iOS, WP7, and Android. The iOS app is fully written in Objective-C. The WP7 app is fully written in .NET. The Android application is written in Java.

Social touring application that allowed users to view, create, update, and delete tours of any city they visited. Heavy integration of Core Location was used with the app being written entirely in Objective-C.

iPad application that imports messages from an aircraft’s cabin server. The application was written in C# with Monotouch (now Xamarin).

Apple’s iRepair technology converted into an app for mobile devices that allowed the Apple store technical representatives to diagnose and repair Apple devices in store. The app is fully written in Objective-C.

Work order management application on iPad used to replace custom applications written for manufactured devices to reduce costs for companies. The iPad application was fully written in Objective-C using Core Data.

Check-in prize point earning application that have utilized CoreLocation and UIKit to allow users to check into a location and receive discounts on products inside said location. The app was fully written in Objective-C.