Project Dossier

Served as Software Architect and Systems Technical Partner, designing and implementing a specialized, interactive B2C e-commerce platform for Arts-Mart. The implementation supported complex, multi-layered frontend asset customization.

The system was split into a custom background data layout and a rendering engine that allowed end-users to dynamically customize product frameworks and visualize them in simulated environments.

//Core Architecture & System Engineering

• ->Asset Layering Storage: Engineered a data layout inside the storage engine to map composite relational attributes to single product records. This optimized backend layout linked distinct asset states—including variable canvas sizes, frames, background rooms, and movable interior assets—allowing retrieval of multi-layered visual dependencies in a single database transaction.
• ->Interactive Rendering Engine: Devised a JavaScript manipulation engine to handle real-time graphic composition inside the browser, rendering combinations of frames, artwork, and interior elements dynamically based on user input.
• ->Decoupled User Experience State Container: Isolated the user-controlled interactive state (furniture positioning, object coordinate tracking, and palette swaps) from standard shopping cart logic. This design pattern preserved client-side layout manipulations without generating unnecessary database write loops or impacting session stability.

//Engineering Notes / Edge Cases

Managed the technical constraint of executing multi-layered interactive layouts. Solved memory management and rendering bottlenecks by building a coordinate-mapping and color-swapping protocol that processed visual changes programmatically.

Use Case Case Study: Arts-Mart (Dynamic Visual Composition)

//1. Objective & Scope

Architect an interactive art customization and virtualization system capable of dynamically compositing and rendering multi-layered visual assets (artwork, framing models, interior furniture, and color states) inside the browser while minimizing server-side asset rendering overhead.

//2. Technical Decisions & Implementation

• ->Structural Storage Optimization: Mapped the inventory as modular, coordinate-aware database records linked to transparent asset fragments rather than storing flat, pre-rendered image combinations for every possible variation.
• ->Coordinate Mapping & Layout Pipeline: Created a front-end engine that computed object relative tracking coordinates. This engine processed real-time user drag-and-drop actions locally, packaging the finalized structural asset layout profile during cart submission.
• ->Domain Service Isolation: Utilized the Symfony framework backend to insulate transactional checkout routes from the interactive data traffic coming from the front-end visualization workshop, ensuring client-side interaction loops did not cause payment processing delays.