JharTest – EdTech Web Platform & Admin CMS
Designed & Built for JharTest Web Infrastructure
Full-stack Next.js web portal and high-scale administrative dashboard for managing question banks, test series catalogs, student analytics, payments, and SEO.
“JharTest Web & Backend is a robust Next.js platform serving as the primary digital storefront and operational headquarters of the JharTest ecosystem. It provides public landing pages optimized for search engine ranking (SEO), student account management, and a comprehensive role-based Admin CMS. Through the secure admin console, administrators can create multi-tiered exam folders, configure dynamic pricing and coupon discounts, author thousands of rich-text bilingual questions with LaTeX math support, trigger app version updates, and view real-time revenue and performance analytics. ”
1. Large-Scale Content Management: Enabling administrators to efficiently author, edit, and bulk-manage thousands of questions with mathematical formulas, images, and bilingual text without performance lag. 2. Real-Time Ranking & Score Calculation: Evaluating thousands of concurrent exam submissions with negative marking, percentile calculations, and real-time rank updates. 3. SEO & High-Performance Web Delivery: Ensuring public-facing course and test series pages achieve high Google PageSpeed scores, dynamic sitemaps, structured schema, and instant page loads.
1. Scalable Server-Side Architecture: Built high-throughput Next.js API routes with optimized database queries and caching for sub-millisecond data delivery to both web and mobile clients. 2. Dynamic Question & Category Engine: Designed an intuitive CMS allowing hierarchical folder structures (Category → Subcategory → Folder → Test Series → Questions) with rich formatting tools. 3. Secure Webhook & Payment Reconciliation: Implemented robust webhook handlers to automate order verification, invoice generation, and instant access provisioning. 4. Comprehensive SEO Suite: Integrated dynamic `sitemap.xml`, `robots.ts`, OpenGraph metadata, and server-side rendering (SSR) for maximum search engine discoverability.
