Battle of Satria Dewa

Key Contributions & Technical Implementations:

Deterministic Multiplayer Architecture: Engineered the core multiplayer gameplay using Photon Quantum, ensuring high-performance, lag-free synchronization through a deterministic state-machine approach.
Gameplay Systems Engineering: Designed and implemented diverse gameplay modules, including capture point logic, pickable item systems, and destructible environment objects to enhance tactical depth.
Character & Combat Mechanics: Programmed unique skillsets, movement physics, and attack patterns for individual characters, precisely synchronizing hitbox frames with artist-driven animations.
Backend & Cloud Integration: Architected the player cloud data system using Microsoft Playfab for secure account management and progress persistence.
Matchmaking & Networking: Developed the matchmaking and lobby flow utilizing Photon Unity Network (PUN) to manage player connections and session transitions.
Data-Driven Analytics: Integrated Firebase Analytics to track player behavior and system performance, fulfilling specific client requirements for product monitoring.
Dynamic Spawn & Tutorial Systems: Built a scalable unit/item spawning framework and a comprehensive tutorial system to guide new users through complex game mechanics.
Optimization & Technical Stability: Conducted rigorous bug fixing and performance profiling to ensure a stable production release on mobile platforms.

10K+

Downloads

My Role: Game Programmer

early access / beta

Unity Engine

Final Girl : Witchcraft

Key Contributions & Technical Implementations:

End-to-End Full-Cycle Development: Served as the sole programmer, responsible for the entire technical execution of the project—from initial architecture and core gameplay to final deployment and store integration.
Asymmetric AI & Gameplay Logic: Engineered an asymmetric 1-vs-5 survival mechanic, developing complex AI behaviors for survivors (hiding/running) and the killer (tracking/eliminating) to ensure a challenging single-player experience.
Progressive Hiding Mechanics: Developed a risk-reward hiding system featuring a "noise-decay" algorithm, where prolonged hiding increases detection risk, adding tactical depth to the hypercasual gameplay loop.
Hypercasual Input Optimization: Designed a streamlined "One-Touch" control scheme, mapping fluid character movement to a single analog input and contextual interactions (hiding/destroying) to a single action button.
Monetization & Economy Integration: Implemented a robust revenue model by integrating In-App Purchases (IAP) and Mobile Ad SDKs, balancing player progression with commercial sustainability.
Backend & Authentication: Integrated Google Login and Microsoft Playfab to manage secure user authentication, cloud-save persistence, and player data tracking.
Asset Pipeline & UI/UX Implementation: Efficiently managed the technical integration of 3D environments, character models, and 2D UI/UX assets, ensuring high performance and visual fidelity on mobile devices.
Technical Stability & Bug Management: Managed all quality assurance processes, identifying and resolving critical bugs to maintain a seamless user experience across various hardware specifications.