Gameplay & Application Systems
- Player control and level generation
- Navigation and application flow
- Character selection and tutorial
- Stats, pause, audio and play restrictions
Mariano Rivas · Unity track
Unity / C# Developer
I build and maintain production Unity software for mobile platforms, from gameplay systems and monetization to localization, QA and store releases.
Remote · Unity 6.x · C# · Android · iOS · Production
- Engine
- Unity 6.x
- Language
- C#
- Workflow
- Rider · Git / GitHub
- Production
- Unity IAP · Android · iOS
Featured work
UNLOCKED
A 2D mobile game developed as an external freelance developer for MullenLowe Interamérica for Fundación La Merced.
- Role
- Freelance Unity / C# Developer
- Responsibility
- Sole Unity/Game Developer
- Platforms
- Android · iOS
- Timeline
- Apr–Sep 2025 · post-launch evolution
I was responsible for the Unity/C# implementation, gameplay and application systems, production localization, Unity IAP, mobile builds, store submissions and continued maintenance after launch.
- Unity/C# product development
- Gameplay and application systems
- Localization for six languages
- Unity IAP and mobile production
UNLOCKED · Main menu
Unity development
Production scope across the full application
The portfolio view stays broad here; the UNLOCKED case study provides the deeper technical evidence.
Production Systems
- Six-language visual localization
- Unity IAP subscription flow
- Entitlement and subscription state
- Persistence and development QA tooling
Mobile Production
- Android and iOS production builds
- TestFlight and device QA
- Google Play and App Store submissions
- Platform-specific release fixes
Maintenance & Evolution
- Bug fixing and refactoring
- Build and dependency updates
- Post-launch system changes
- Technical documentation and release references
Engineering approach
From implementation to production responsibility
The emphasis is not on isolated features, but on delivering changes safely into a real product.
01
Production-first
Changes are evaluated against software that is already published and must keep working.
02
Incremental integration
New systems are introduced in controlled steps so behavior can be validated before wider rollout.
03
Separation of concerns
Gameplay, localization, purchasing and platform responsibilities stay deliberately decoupled.
04
Traceable delivery
Git history, release references, QA and technical documentation support production work.
05
AI-assisted implementation
AI-generated implementation is integrated, debugged, validated on-device and owned through release.
Evidence
Published product, technical depth and public work
The strongest claims on this page point to evidence that can be inspected independently.
Availability
Open to remote Unity / C# opportunities
Roles where production Unity development, mobile delivery and AI-assisted implementation are useful parts of the same workflow.