Systems I worked on

Grid-based movement system

• Cell-based movement in top-down view
• The player moves cell by cell if there is no collision
• Movement is locked until the current movement is completed
• Input system prioritizing the last received input

Description

System that moves the character across the world grid, giving the developer more control over where the player can access. It also processes player input by always prioritizing the latest input to determine movement.

Modular dialogue system

• Branching decisions
• Events attached to dialogue sections
• ScriptableObjects for dialogue definition and MonoBehaviour for runtime
• Centralized UI and input system

Description

Modular dialogue system based on ScriptableObjects that enables interactive conversations with branching paths based on player decisions. It includes support for section-based events and is centralized through a manager controlling UI and input.

Inventory and equipment system

• Different item types: world, combat or hybrid
• Equipment with gameplay stats (weapon, armor, shield and passive items)
• Separation of responsibilities using different ScriptableObject types

Description

Inventory system managing combat, world and mixed items. It includes an equipment system with weapons, armor and shields that modify player stats. It also supports passive items that affect the character while in the inventory.

Turn-based RPG combat system

• Turn-based combat inspired by classic RPGs
• HP, MP and stats management such as strength, defense and agility
• Simple system designed to be modular, scalable and extensible

Description

Turn-based RPG combat system similar to Dragon Quest, featuring HP, MP and basic stats like strength, defense and agility. Although simple, it is structured to allow easy expansion of mechanics, skills and more complex behaviors in the future.

First-person exploration system

• Switch to retro first-person view mode
• Maze-like tunnel exploration with directional navigation
• Route validation system penalizing incorrect turns

Description

System that allows switching to a retro-style first-person view inspired by classics like Doom. The player explores maze-structured tunnels where navigation depends on directional choices. Incorrect turns result in being pushed out of the correct path, reinforcing exploration based on orientation and memory.

Random encounter system

• Enemy spawns based on zones and conditions
• Cell-based difficulty control
• Probability system for spawn frequency

Description

World enemy generation system defining which creatures can appear in each zone. It works through tilemap-painted cells that control spawn probability, sections and available enemies, allowing controlled and simple difficulty progression.

Interaction system

• Reusable system for different interaction types
• Execution of specific logic depending on entity type
• Interaction with NPCs and world objects

Description

Centralized interaction system allowing the player to interact with NPCs and environmental elements such as shops, rest points and other interactive objects. Each interaction executes specific logic based on entity type through an interface.

Global state flags system

• Key-based system (strings) to control world events
• Event activation and deactivation based on player progress
• Direct integration with story progression

Description

Key-based flag system storing world state and activating or deactivating events depending on player progress. These keys control event spawning, environment changes and narrative progression dynamically and flexibly.

Save system

• Player state persistence in JSON format
• Static runtime player state for easy access
• Separation between game data and serializable structure

Description

JSON-based save system persisting full player state. Data is stored in a static class (PlayerState) for easy runtime access. When saving, this data is transferred into a dedicated serializable structure (SavedValues), ensuring separation between gameplay logic and persistence layer.

Debug tools system

• Internal tools to modify game state in real time
• Full control of player stats, inventory and events
• Flag activation and system testing without gameplay flow

Description

Unity-integrated debug tool system allowing real-time modification of almost any game aspect, including player stats, inventory and event triggers. Designed to speed up testing and validate features without full gameplay flow.

On-screen keyboard system

• Retro-style on-screen keyboard for name input
• Navigation and input controlled via selection system
• UI adapted to the game’s visual style

Description

On-screen keyboard system allowing players to enter their name in-game. It implements a retro-style interface controlled via input selection, adapted to the project’s visual style to maintain consistency.

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