ENGINEERING & SYSTEMS ARCHITECTURE

Technical Breakdowns

A transparent look under the hood: the design problems faced, implementation & architectural decisions made in Unity (C#), and measurable results across 4 shipped games.

CASE STUDY 01Shipped Title

Unity (C#) / WebGL2D Incremental / Arcade

Risky Business

Break. Earn. Upgrade. Gamble. Repeat.

A pirate-themed incremental game that turns conventional progression upside down by introducing high-stakes gambling mechanics where accumulated coins can be completely wiped out or multiplied to escape the island.

Core Architectural Decisions:

Atomic Transaction Economy Manager: Implemented an EconomyManager that treats all resource mutations (crate drops, upgrades, gambling be...
Object-Pooled Dynamic Crates & Debris: Designed a pooled spawner for crates and coin pick-ups. Crates utilize 2D rigidbodies with pre-warme...
Probabilistic Multiplier & Risk Curves: Structured tiered gambling algorithms with dynamic odds. Machines evaluate player bet tiers against ...

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CASE STUDY 02Shipped Title

Unity (C#) / WebGL2D Puzzle Platformer

Split You

One move. Two consequences.

A dual-character puzzle platformer where movement inputs are shared between a green ninja and a pink ninja clone across 16 handcrafted levels, requiring simultaneous arrival at dual exit doors.

Core Architectural Decisions:

Broadcast Input Routing Architecture: Created an InputBroadcastHub that decouples raw keyboard/touch reads from entity logic. Both primary...
Symmetric / Asymmetric Movement Controllers: Implemented modular CharacterController2D scripts with box raycasting for precise ground detection, ...
Coordinated Dual-Door Validation: Door sensors operate as state observers. A centralized LevelCompletionValidator monitors both door t...

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CASE STUDY 03Top 10 Finalist

Unity (C#) / WebGL2D Puzzle Platformer

Tiny Together

Two little guys. One keyboard. Zero room for mistakes.

A brain-bending coordination platformer where one character walks on the ground while the other traverses the ceiling, requiring synchronized spatial planning to guide both through hazard-filled rooms.

Core Architectural Decisions:

Configurable Gravity Orientation Physics: Refactored CharacterMovement to accept an orientation vector (Vector2.up vs Vector2.down). Raycast c...
Asynchronous Door Handshake Protocol: Implemented an event-driven door system where either character can arrive first and stand on the pre...
Soft State Reset Pipeline: Instead of calling SceneManager.LoadScene() (which causes WebGL stutters and garbage collection free...

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CASE STUDY 04Rank #2 Solo Dev

Unity (C#) / WebGL2D Puzzle Platformer

Ulta He Karega

In Desi Chaos, even logic goes ULTA.

A chaotic puzzle-platformer inspired by Indian moms and rebellious children. You control Mother and Child simultaneously, but the child always moves in the opposite direction (ULTA).

Core Architectural Decisions:

Inverted Input Transformation Matrix: Implemented an InputProcessor that passes unmodified movement vectors to MotherController while pipi...
Independent Jump & Wall Collision Handlers: While horizontal movement is mirrored/inverted, vertical jump physics and wall collisions remain con...
Synchronized Dual-Door Victory Handshake: Mother at Red Door and Child at Yellow Door independently set boolean flags. A master level script m...

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