Henrique Torres de Almeida Rodrigues

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Game Engineer responsible for LiveOps features for all new games from Fortis.

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Since Fortis is aquite new Company, we're creating our own SDKs/Tools to provide support to all of our in development games, and my responsible is to implement into the games what our backend team is developing.

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Created SDKs/Tools to support in-development games.

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Implemented features such as Interstitials system, In-game/IAP Store, Battlepass, Daily Rewards, and more using Unity3D (C#).

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Contract Vendor Consultant for Zynga on Game of Thrones: Legends.

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Implemented new gameplay and UI features such as upgrading characters and buildings.

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I've worked on features such as upgrading characters and buildings, implementing the game FTUE and applying assets made by the Tech Art team.

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I've also worked side by side with Designers and Producers from Zynga and attending many decision meeting for the game's core gameplay.

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The game was built using Unity3D (C#) as well as many other Zynga's custom SDK/Tools.

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Worked on refactoring an educational game integrated with Unity3D, originally developed in JavaScript. The game was designed to run on hardware with memory and size limitations, allowing it to be taken to hard-to-reach locations (such as cities in the middle of the Amazon rainforest).

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Besides Unity3D, I was also responsible for developing and supporting desktop applications in .NET Core and mobile applications in Kotlin.

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Worked on developing desktop and mobile software for reading and writing data on Nansen electricity measurement devices, one of the world's most traditional meter manufacturers.

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The applications use Unity3D (C#), .NET Core (WPF), Kotlin, among other technologies.

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Game engineer responsible for supporting and developing new features for Wildlife live games in both client and server sides.

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I've worked in Cocos2D 'Block Craft 3D', a +1.0M daily active users voxel game about building whatever the player wants.

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I've worked also in Unity3D 'Suspects', a +250k daily active users Social Deduction game with integrated voice chat and proper progression system.

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Use of Scrum and Kanban frameworks in order to implement good team management practices that contribute to more agile development.

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The applications use Cocos2D (C++), Unity3D (C#), Node.JS, GoLang (Backend), Redis and MongoDB as technologies.

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Dev Team at Sidia Institute of Science and Technology's Augmented Reality team. Responsible for developing some confidential projects for various clients such Samsung by developing application for virtual reality glasses and augmented reality.

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Beside Unity Engine for AR/VR, C++ was also used in order to fulfill demands for Samsung Watch3 (Tizen OS).

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Use of Scrum framework in order to implement good team management practices that contribute to more agile development.

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The applications use, among other confidential technologies, Unity3D, C++, Microsoft's Mixed Reality Toolkit, SQL, Confluence and Jenkins as technologies.

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Dev Team at SICOOB's life insurance team. Responsible for developing new features for the various applications involving human life insurance.

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Use of Scrum agile development framework in order to implement good team management practices that contribute to more agile development.

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The life insurance application uses Java EE, Spring, Hibernate, DB2, Angular, Adobe Flex, JBoss, Maven and Jenkins as technologies and frameworks.

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Dev Team at Caixa Econômica Federal on the web solution of Brazil's lottery. The website was about one year old at the moment and have already had more than two million people registered, which it corresponds to 80 million lottery bets.

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In the frontend, I've worked implementing new features to the website such notifications, shopping cart refactor and the addition to new bet modality.

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I've worked also implementing features for a web application for manager, so they could see statistics and analytics from the lotteria application.

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In the backend, I've Worked in the integration of the online lotteries backend with the payment API from Mercado Pago, a service similar to PayPal.

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I've Worked in definition of the application's database schema (DB2 database).

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I've Worked also in the integration of the online application through IBM's MQ queues with an already 30 years old system developed in COBOL

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The lottery web application uses Java, EJB, Ibm MQ, EasyRest, AngularJS, DB2, JBoss, MainFrame and OpenJPA as technologies.

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At the Brazilian Institute of Information Science and Technology I worked by analysing the information architecture of VISAO (Open Observatory System for Information Visualization), hosted at visao.ibict.br.

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My main goal there was to propose a data migration model for the application infrastructure and to prove it's viability. I also looked up for data persistence failures in the VISAO database.

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The VISAO project used HTML, JavaScript, Angular, PHP and MySQL as development tools