Full-Stack Engineer | Design More International | 2016
//Context & Scale
Design More International is an architecture and conceptual design firm competing globally in commercial design competitions. The firm required a digital portfolio capable of showcasing high-resolution architectural renders, plans, and drawings to international design juries and prospective clients. Standard commercial themes introduced severe performance penalties when loading multi-megabyte image assets; the studio needed an engineer to deliver a bespoke, lightweight web platform from theme design to production hosting.
//Architectural Decisions
- ->Custom Theme Architecture: Engineered a bespoke WordPress theme from scratch in PHP, rejecting bloated commercial themes and visual page builders to minimize DOM complexity and eliminate redundant CSS and JavaScript payloads.
- ->Multi-Tier Media Delivery Pipeline: Implemented automated image downsampling routines on upload alongside client-side lazy loading, ensuring high-fidelity visual assets only load when entering the active viewport.
- ->Nginx Caching and Asset Expiry: Configured Nginx static asset caching headers and gzip compression to serve media assets efficiently across international networks.
//Engineering Execution
- ->Structured Portfolio Modeling: Designed custom WordPress post types and taxonomies for architectural projects, categorizing works by typology, award status, competition year, and scale.
- ->Responsive Gallery and Media Viewer: Built a custom CSS grid and lightweight JavaScript lightbox gallery tailored to ultra-wide architectural renders and technical elevations without third-party plugin dependencies.
- ->Linux Server Deployment: Provisioned and configured a Linux server running Nginx and PHP-FPM, implementing strict file permission boundaries and MySQL query optimization.
//Measurable Impact
- ->Eliminated Builder Overhead: Removed all external builder dependencies, reducing page payload and script execution overhead compared to standard agency themes.
- ->Optimized Media Loading: Viewport-based lazy loading reduced initial page weight across image-heavy project galleries, maintaining high visual fidelity during design competition evaluations.
- ->Independent Delivery: Successfully delivered the complete solution from frontend templating to production infrastructure deployment.