- Worked on gameplay features such as new ability actions and effects and special match modifiers like bonuses and challenges.

- Worked on server backend features using Google Firebase for creating matchmaking tickets, real time guild chat, and account deletion cleanup.

- Implemented server features like setting up weekly tournament game modes, private custom matches, and match results.

- Added new AI logic and debugging tools for designers to use.

- Worked closely with UI/UX designers to create new UI for guilds, match results, and private custom matches.

- Technologies used: C#, Unity, JavaScript/TypeScript, Google Firebase, Colyseus Arena, Retool, Google Blockly, Git

- Worked as a lead software engineer on a small team for many parts of the game such as gameplay, graphics, animations, AI, UI, input, tools, and helped on networking.

- Implemented the game engine based in Unity and all the game modes such as one-on-one deathmatch, 4 player hold the ball, and 1 versus many score attack.

- Implemented the gameplay and tools for the creation of all the character abilities with triggers, conditions, and actions for designers to create many different types of abilities.

- Implemented AI for single player bots that control like players with different variables to move around, attack, and capture important objectives.

- Implemented the UI and menus to select different characters, their ability loadout, previewing abilities, and tutorials.

- Implemented the challenges system for daily/weekly/monthly challenges for players to complete certain objectives for rewards.

- Helped to build the game together with the networking engineer, to be played online with a server and matchmaking using Amazon Web Services (AWS), and implement the gameplay of the network messages.

- Technologies used: C#, Unity, JSON, Skillz, AWS, Git

- Worked as a software engineer developer on the UI/UX team but also very closely with Engine, Gameplay, Multiplayer, Services, Tools and Cinematics teams.

- Helped to implement the lobby background loading and game mode state machine system. Was the owner of Freeplay and Splitscreen game modes.

- Implemented the ability for profiles to automatically receive cars that are entitled through downloadable content and show a popup about the newly received cars.

- Worked on Windows and Xbox video options, saving correct settings to profile and defaulting to optimized system options for options such as HDR.

- Implemented telemetry events for data analysis in various systems such as Career, Car Select, Forzathon, and more.

- Fixed many bugs in existing systems such as Car Select, Main Menu and Options, Post Race Rewards Sequence, Rivals, Multiplayer Lobbies, Livery Editor, and more.

- Technologies used: C++, C#, XAML, SQL, XML, Perforce

- Worked on gameplay features like stats, traits, combat calculations, input, objectives, and enemy behavior to make them feel unique.

- Made the animation system using Unity's Mecanim and worked with animators and designers to tie together combat data and animations.

- Implemented enemy combat AI and their state machines with some work on their pathfinding and NavMesh.

- Worked on tools for designers to get data into the game.

- Helped with getting some networking features up and running like projectiles and objectives.

- Technologies used: C#, Unity3D, Google Spreadsheets, JIRA, Git

- Implemented use of Google API for designers to create data into the cloud and then parse into JSON.

- Made the process to automate the creation of paper materials such as the cards and base stickers from data for the print factories.

- Worked on UI of out-of-game menus and in-game menus.

- Helped to implement the gameplay and abilities that Golems, Knights, Relics, and Ancient Ones use.

- Technologies used: C#, Unity3D, JSON, SVG, HTML, Google API, Git

- Implemented new features in the editor and in conversation systems.

- Lots of bug fixing in all areas of the game.

- Technologies used: C++, Qt, C#, Unity3D, ProtoBuf, ANT, Git

- Implemented Google Protocol Buffers (ProtoBuf) in editor C++ and Unity3D game C# for all game data.

- Worked in Qt C++ to help build the level editor, the prop editor, character editor, and conversation editor.

- Worked in Unity3D C# on the sound manager, animation controllers, fog of war, visibility casting, and UI.

- Implemented most of the UI such as conversations, main menu, PDA, store, equip, hiring, level up.

- Technologies used: C++, Qt, C#, Unity3D, ProtoBuf, ANT, Git

- Implemented most of the UI, main menu, store screens for iOS and Android platforms.

- Helped on integrating the use of Google Spreadsheets to automatically update game design features and mechanics.

- Hooked up achievements and other mobile device features.

- Worked on various features such as warping ships in, mining, asteroids, touch input, game loop, resolution resizing.

- Technologies used: LUA, MOAI, iPad, iPhone, Kindle, Android, Google Spreadsheets, ANT, Git

- Built the entire level editor in WPF and C# that all designers used to make all the levels.

- Level editor can place and edit player ships, place terrain, create locations, paths, flags, and create triggers for game logic.

- Implemented most of the game shell and UI such as main menu and detail cards.

- Wrote much of the trigger-based game logic.

- Worked with Bungie's test team to fix bugs.

- Technologies used: C#, WPF/XAML, OpenGL, LUA, MOAI, iPad, iPhone, SVN

- Built various tools and level editors in WPF and C# that designers used to make levels for Letter Launch and Letter and Number Tracing.

- Wrote all of Stickerbook activity in LUA script from UI to touch mechanics to camera features.

- Hooked up achievements and other mobile device features.

- Worked on the tracing mechanics for Letter and Number Tracing.

- Worked on game shell and UI of main menu, stickerbook, cartoons, and piano.

- Technologies used: C#, WPF/XAML, OpenGL, LUA, MOAI, iPad, iPhone, Kindle, Android, SVN

- Made in Unity3D in 48 hours.

- Create rituals comprised of small actions like jump, dash forward, grab, throw into a sequence mapped to one of two inputs.

- Try to grab and throw the ball into the center ring from the opposing side.

- Up to 4 player multiplayer with AI.

- Built the architecture for the game engine and logic.

- Focused on creating a robust Singleton object-oriented design for the engine to facilitate the work of other teammates.

- Wrote the memory pool-based memory manager and message system.

- Created a level editor within the game engine allowing level editing during game play.

- Assisted in implementing PhysX.

- Implemented much of the game logic using LUA scripts.

- Wrote much of the math utilities such as vector and matrix math, and simple geometry collision detection.

- Technologies used: C++, DirectX, PhysX, FMOD, LUA, XML, SVN

- Developed the object factory and object management.

- Implemented a template-based particle system so that policies could be written and attached to create various particle systems easily.

- Helped to construct the game engine logic combining the other engines.

- Wrote the sound engine using FMOD.

- Technologies used: C++, OpenGL, FMOD, XML, SVN

- Created the physics engine with integration, collision detection, and collision resolution.

- In addition to the physics engine, wrote 2D water physics.

- Wrote the sound engine using FMOD.

- Designed the game play, the player, the enemies, and idea of the game.

- Compiled weekly progress reports and made sure the team was on track.

- Technologies used: C++, C#, DirectX, FMOD, XML, SVN

- Built the framework from scratch.

- Implemented DirectX for Graphics.

- .X model loading with manual parsing.

- Quaternion math and VQS for animations.

- Cloth Physics using springs and constraints.

- Euler, Velocity Verlet, and RK4 integration implemented.

- Can change various factors such as wind, cloth length, width, and distance, and able to unpin the cloth.

- Implemented A* pathfinding.

- Use of spring-based physics for formations using constraints.

- Also simple flow field implementation along walls.

- Formations based on .XML templates.

- If constraints are too far apart, the constraints will break and remaining objects will form a new formation and pathfind for themselves.

- Formations will reform if available while objects of different formations are selected.

- Bezier Curve implementation using NLI-form, BB-form, and Midpoint Subdivision.

- Splines implementation using Polynomial and Spline.

- B-Splines implementation using Knot Sequences.

- Able to move and add control points.

- Able to toggle different debug information such as shells, lines, control points.