Gec's Minecraft Portfolio

@gec1gec2 Email reaganiwadha@outlook.com GitHub reaganiwadha

Kubo Studios

Minecraft Bedrock Developer

TypeScript
Molang
Minecraft JSON
Custom tooling
Regolith

Active July 2025 - Present

A studio dedicated to creating high quality Minecraft Add-Ons. Actively works as a script developer and entity behavior engineer. Updates and maintains each published add-on with new features every day and works within a team context.

RPG Combat systems and entity engineering

Developed combat, party, and equipment systems.
Engineered behavior and animation systems for enemy entities.
Implemented class-based weapons, persistent armor enchantments, and multiplayer party infrastructure.

Open on YouTube

Anime Jutsu Entity behavior and animation integration

Engineered reusable behavior and animation-controller systems for creatures and mounts.
Implemented combat state machines, attacks, summoning, movement, particles, and sound feedback.
Integrated mount systems across scripting, entity behavior, movement abilities, and rider animations.

Open on YouTube

Villagers++ World content and structure tooling

Developed modular furniture, decoration tools, and guild landmarks.
Implemented structure registration, replacement, rotation, and placement systems.
Maintained architectural variants, content catalog integration, localization, and compatibility updates.

Open on YouTube

Private Client

Freelance Minecraft Developer

Java
Fabric
MixinExtras
Go
Protocol Buffers
gRPC
Serial I/O

Completed December 2023 - December 2023

Developed a Minecraft sound-location system for a private client, connecting spatial sound telemetry to external hardware.

Reso Fabric audio hook and Go hardware bridge

The client needed a way to locate in-game items through sound and gave me freedom to define the technical approach. I designed the complete solution around a game-side capture layer and a separate hardware bridge.

For the game-side layer, I built a Fabric client mod with a MixinExtras hook inside the sound playback system. It preserves normal playback while capturing the sound identifier and volume, source and player coordinates, player orientation, and the source angle relative to the player's view. Each event is encoded with Protocol Buffers and sent to a local unary gRPC service.

I also built the custom Go intermediary and serial writer. It receives the gRPC events, calculates distance, classifies sound identifiers into hardware output buckets, and writes newline-delimited messages containing bucket, angle, distance, and volume. The service includes configurable listener and baud settings, stdout diagnostics, Windows device discovery by VID and PID, wait-until-connected behavior, serial reconnection after write failures, and process recovery after unexpected panics.