- Worked on the platform team where I helped migrate the code with technical debt towards a modern architecture TCA ( The Composable Architecture ). This new architecture enabled the team to develop & maintain features with more confidence, as reducer's in TCA are highly testable. The codebase also became less tightly coupled, as the dependency inversion principle was followed.- Delivered bi-weekly presentations to the iOS team where I demonstrated and taught iOS and Swift technologies such as Combine and Apple's structured concurrency (async await, actors, etc...).- Worked on the monetization team where I integrated ad SDKs into the app, and placed ads.

I designed, programmed, and produced a video game on Steam called Crisp Cube. I hired contractors to help me with art and music. https://store.steampowered.com/app/1228880/Crisp_Cube/

Worked on a 15+ person iOS development team updating an app that reaches hundreds of thousands of users every month (millions?). The app is a primarily written in Swift with an MVVM architecture, using RxSwift and dependency injection to ensure testability.

Featured Product: AT&T Services (with Email) - https://play.google.com/store/apps/details?id=com.att.attliveClients: AT&T and other telecomsProducts: AT&T Live 2.0, Hadfield Launcher, Toshiba Launcher / Kids Launcher, Don't Miss, PowerPlay for iOSI learned a lot about how to design, navigate, and maintain large code bases in a team. I also learned how to program in reactive java / kotlin or RX (not to be confused with react native) which is a giant paradigm shift that opens up a lot of new possibilities for architectures. Finally, while working custom ui was exciting and challenging, working on a native email implementation for AT&T was by far and away the most complex work I've ever participated in. https://play.google.com/store/apps/details?id=com.att.attliveWe also did a lot of work integrating third party video players to play DRM content for telecoms. Eg: https://play.google.com/store/apps/details?id=com.gvtc.watch&hl=en_CAThe most interesting piece of UI work I've ever done was the schedule view in android, which requires a custom implementation to show an aribraty number of items of arbitraty sizes while maintaining high framerates.We also developed multiple Android launchers loosely sharing code. There was heavy emphasis on custom ui and animation integrated on top of the existing Android stock launcher.I also worked on a lot of analytics Omniture & Google.

Clients: TabloTablo is a PVR box that records shows over the air, and it is accessed through various clients. I worked on the Android client that interfaced with the Tablo server box. I worked on everything including user interface and animation, server communications, and bug fixing. I mostly worked on the scheduling user interfaces, but I also worked on things like the wifi setup. The team was composed of three developers at any given time.Technologies: Java, Android SDK, GIT, GitHub, Eclipse, OSX, SimpleXML, GSON

Clients: A Top Canadian Device Manufacturer (NondisclosureAgreement)Worked on an upcoming device(s) as part of a team extension. Programmed primarily on the Android Launcher where I was responsible for implementing features and fixing defects according to UX specifications. Implemented filtering and sorting functionality to allow users to easily find their content. Some work required coordination between various members of different teams to ensure proper integration. All work went through code reviews and pull requests via GitHub.Technologies: Java, Android SDK, ActionBarSherlock, GIT, GitHub, Eclipse, OSX

Programmed eWalk for Android using Java. eWalk is a data collection utility where mobile devices gather data based on a template downloaded from a web service. Each template can be thought of as a survey, however, eWalk also allows functionality such as data forking, and media capture. Once the mobile client collects the data, it then submits it to the web where data reports can be generated. This application was also ported to the Blackberrry Playbook/Z10. I started the WinRT development.Technologies: Java, C#, Android SDK, Windows RT SDK, Eclipse, SVN, Windows / OSXProgrammed eStudent for the iPad. eStudent is a mobile application for the classroom where each student would each have access to their own iPad with eStudent loaded The students would participate in monitored chats and participate in live activities moderated by the teacher on their laptop. This is all done live, and controlled through an XMPP stream in the background from a web application on the teacher’s side. As a side note, XMPP is a chat technology closely resembling IRC, and is the backbone of services like Google Talk.Technologies: ObjectiveC,iOS SDK, XMPP, XMPPFramework for iOS, SVN, OSXProgrammed iCare Mobile for iOS and Android. iCare Mobile is part of the complete iCare solution, which lets students report bullying from their phones to our web application and its API. The student side application, iCare mobile, can be downloaded in Android and iOS’ respective app stores, but is only activated when the student scans a QR code belonging to a school. From there, students can create bullying reports by answering questions, or access other helpful resources such as phone numbers, and websites. The user interface is written in Sencha Touch which is written in javascript. It also uses PhoneGap to access hardware functionality, such as the camera, the QR reader andthe phone dialer.Technologies: Sencha Touch, PhoneGap/Cordova, Javascript, ObjectiveC, Java, Android SDK, iOS SDK, ZXing