Iulian Tudurean

The project is a mobile RPG/adventure game developed in Unity with a strong emphasis on exploration, item collections, and trading. It is set in the golden age of pirates, where the user plays Elly Meridian, a pirate that lost her family and is looking to get back what is rightfully hers.

I acted as the architect and one of the core programmers. Some of the systems that I took part in development are:

• Player ship module includes the ship upgrades system, cargo system, equipment system, crafting system, and damaging system.
• Player island module includes unlocking the island, building system, and resource gathering system.
• Level design and technical approach for the combat missions.
• Architecture for the combat system.

The project is a VR military simulation application where a person is strapped to a set of motors to simulate all the stages of a parachute deployment mission. The jumper uses the physical parachute handles to steer the system, and the game engine translates all the actions from the physical system to the 3D environment. Using the data from the simulator will replicate the behavior in a virtual space that is rendered to the user through a VR headset.

The project aims to train AI agents to learn the best environment condition for a specific plant to grow to offer the best output with Deep Reinforcement Learning using Unity ML-Agents. The agent can control the sunlight, terrain mineral composition, precipitations, and temperature. These factors will influence the growth of a plant that has multiple stages, each with its own parameters. At the end of the entire process, a report shows the best growth pattern for the specific plant.

The project is a WebGL application for a store that sells stairs for home interiors and exteriors. Its primary purpose is to allow potential clients to visually customize stairs for their homes.

The application walks a user step-by-step through the process, customizing their stairs to the perfect size. The app starts by asking about the type of stairs and sizes the user prefers. It displays a list of stair options that fit these criteria. After the user selects one of the presented stairs, it renders a 3D model. If the user has a camera, it can turn it on to overlap the 3D object with the real world in the AR mode. If the user is pleased with the selected product, he can get an invoice for the stair in PDF format.

The project's objective was to develop a battle simulation environment in Unity where either a human or an ML-Agent can control a group of drones at a strategic high level to win a simulated battle scenario.

The commander has a certain number of drones assigned to a task (i.e., defend base, capture flag). The drones with the same task will create a formation and carry out the task at hand. A commander will score points by either capturing flag, destroying enemy drones, or destroying the enemy base. Aside from the tasks assigned to the drones, a commander can choose a formation type, i.e., a circle formation might be better when your team owns the flag because it is more defensive.

A casual mobile application of a blast mobile game where the user has to clear a level to progress, similar to Match 3 games. The project has over one million downloads on Google Play.

I worked just over 1.5 years on the development of the game. For the first six months, I created new tiles with new logic for the game and improved the existing level editor. After that, I took the position of squad lead, where I managed a small team to deliver more extensive features for the games, such as a new store, dynamic level balancing, and dynamic tutorials.