Project: International FACEM Day - Full-Stack Web Development | Pool Deza

Details, tech stack, key features, and impact of International FACEM Day

International FACEM Day

Complete redesign of a responsive and high-performance landing page using Next.js 16, GSAP, and Tailwind CSS for Universidad César Vallejo, featuring a meticulous and professional SEO architecture.

UCV International FACEM Day
Sobre el Proyecto

The International FACEM Day is a key international academic event organized by the Faculty of Business Sciences of Universidad César Vallejo (UCV).

For this project, I was responsible for the exclusive frontend development (redesign), translating design requirements into a highly fluid, interactive, and responsive web experience.

Using Next.js 16 with static rendering support and Turbopack as the build tool, we achieved instant load speeds with support for highly polished entrance animations via GSAP and Framer Motion.

Detalles Técnicos
  • RoleFrontend Developer
  • Year2026
  • PerformanceLCP < 1.0s
  • SEO ScoreProfessional Meticulous
STACK TECNOLÓGICO —
Next.js 16.2.9
React
TypeScript
Tailwind CSS
GSAP
Framer Motion
FUNCIONALIDADES —
Optimized Performance

Fast loads using Priority Hints and Next.js static pre-rendering.

Fluid Animations

Smooth transitions and micro-interactions with GSAP and Framer Motion.

Responsive Design

Mobile-first experience perfectly tailored to any screen resolution.

Meticulous Professional SEO

Complete metadata hierarchy, keyword mapping (FACEM Day, UCV, Trujillo, Lima), self-referencing canonical tags, and Open Graph & Robots Tag (index, follow, nocache) setup for maximum campaign traffic visibility.

Desafíos Técnicos y Soluciones
01. Next.js Performance Optimization

Utilized advanced techniques such as Priority Hints and aggressive animation bundle optimization to ensure load times under 1 second.

02. Animation Fidelity

Precise synchronization of visual transitions on scroll and interactive section reveals.

03. On-Page SEO & Indexing Compliance

Meticulous mapping of heading hierarchies (ordered H1-H2) and semantic optimization for organic discovery, ensuring robust canonical linking and rich social media previews.

READY TO SEE THE RESULT?