Danilo Domingues

A Unity-based AR project targeting head-mounted AR headsets to aid in civil engineering, thereby replacing building blueprints for spatially anchored 3D models. Because this project had no clear end date, development was deeply based on testability, scalability, and continuous integration.

A multiplatform indie game developed over two years. While the main draw of the project is efficiently mixing action and strategy—being of the rogue-like genre—AI, content creation tools, and procedural generation were also of the highest importance.

I acted as this game's founding developer. This ran as a side project, except from August 2019 to February 2020, during which it became a main occupation.

A games hub for selecting and starting gambling games from a commercial application device. After being launched, the app retrieves from the server which games are accessible from the device's store location and displays them in a lobby.

Much like the hub, each game obtains possible wagers from the server API, requests a play when interacted with, consumes player-input currency, requests play results, and performs graphic feedback displaying the amount won (if any) to the player in a variety of ways.

During my work at the producing company, I built and assisted the production of code in the range of 10 to 20 of these dozens of available games. While the specifics of which games were worked on are non-disclosable, the overall lobby of available games throughout all locations is available at the following link (NA restricted).

A Civilization-inspired multiplayer strategy game. In this project, I integrated as part of a 7-developer team that was contracted to develop the multiplayer and navigation portions of the game experience, as well as handling an assortment of player skills represented by a deck and card mechanic, similar to TGCs present in modern gaming platforms. As the team was contracted by the main studio, the specifics of work done on this project are NDA-protected.

Along with a team of five developers, I developed a match-3 style game following the client's request. The first 20 players to beat the 20th level would be granted access to discount coupons for products of partner stores and brands.

Along the scope of the 3-month development cycle, our team was responsible for developing and implementing UI, sound effects, and the match-3 game loop, mostly adapted from an existing purchased asset.

Finally, we were responsible for integrating with the server API that handled keeping track of participating players' scores, as well as consolidating each campaign's victors and emailing the earned discount codes. A different team dealt with the mentioned server API.

An app that I built for a foreign bank along with a team of four developers. The banking app had several modes, which would be set depending on each totem's physical location in each bank office.

If on a queueing area, the app could be set to a gallery of mini-games, mainly targeted to entertain children of the parents who would be waiting in line to be attended to. Those games feature simple mechanics and a score system.

On the more practical side, there are other modes to display specific information, the most notable being the loan calculator. In it, a customer can input the motive of an intended loan, as well as the amount and the intended payment starting date duration. By doing so, the system displays the availability of said plan and calculates monthly fees. Once the user reaches a desired output, a ticket can be emitted with those for the bank staff, skipping the fine-tuning step of the loan approval completely.

This project was developed at PlayCanvas, a Unity alternative for WebGL.