The solution delivered for the school script platform at HGS Maths (accessible via hgsmaths.com/rp) is a fully-integrated, user-centric web application built to serve the needs of mathematics students and educators.

Project overview

In effect, the project delivers a high-value educational resource website that aligns pedagogically (teaching progression), technically (scalable & maintainable platform) and commercially (optimized for visibility and adoption).The solution delivered for the school script platform at HGS Maths (accessible via hgsmaths.com/rp) is a fully-integrated, user-centric web application built to serve the needs of mathematics students and educators. The platform provides structured revision content, curriculum mapping, and tailored resources organized by year group (Year 11, Year 12, Year 13) to support progressive student learning.

Challenges & constraints

In effect, the project delivers a high-value educational resource website that aligns pedagogically (teaching progression), technically (scalable & maintainable platform) and commercially (optimized for visibility and adoption). The result is a portfolio-worthy showcase of full-lifecycle web-application delivery—from strategy and architecture through to launch and user experience.

Project solution

Goal: Build a fast, student-friendly school script for HGS Maths that organizes revision resources by year and topic, improves discoverability, and scales with minimal maintenance.

Unlike generic resource aggregators, this platform is tailored specifically for the school’s curriculum and user base. It aligns precisely with the year groups, topics and exam formats that students face, and provides a clean, intuitive interface without distraction. The focus on user experience and curriculum alignment sets it apart.

 

Approach & Architecture

  • Structured content model: Year-based taxonomy (Years 11–13) with topics (Pure, Mechanics, Statistics) for predictable navigation and SEO-friendly URLs.

  • Lightweight frontend: Responsive HTML5/Bootstrap/JS for quick loads on mobile and desktop.

  • Modular backend: Clean content management flow for adding/editing resources without touching core logic.

  • Performance layer: Asset minification, caching headers, and image optimization to reduce TTFB and improve Core Web Vitals.

  • Search & discoverability: Semantic markup, descriptive titles/H1s, and internal linking to related topics for higher engagement and rankings.

  • Security & stability: Hardened server config, HTTPS, and least-privilege access to keep the platform reliable during peak usage.

Key Deliverables

  • Year-group landing pages with topic filters and clear next steps

  • Topic detail pages with revision notes, exam-style questions, and downloadable resources

  • Admin-friendly content update workflow

  • Analytics hooks (page depth, exit pages) to guide continuous improvement

 

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Success Rate

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 The primary target audience comprises secondary school maths students in Year 11, Year 12 and Year 13, and their teachers. The site is structured to provide revision support, exam-style questions, curriculum overviews and topic-by-topic guidance—all aligned to each year’s expectations.

The site includes revision resources, exam-style questions by topic (pure maths, mechanics, statistics), specification maps, reading lists and advice pages for each year group.

The organisation follows a clear hierarchy: by year (e.g., Year 11, Year 12, Year 13), then by subject/topic category (e.g., Pure Maths, Mechanics, Statistics). Navigation is intuitive, so users can drill down from their year group to the specific topic they need.

The website uses a lightweight front-end framework, minimal asset overhead, responsive layouts for mobile use, and clean URL structures. These design decisions ensure quick load times, broad device compatibility, and a smooth user experience

The project followed a full-cycle development model: requirement gathering (student/teacher needs), UI/UX wireframing, front-end and back-end development, QA/testing, and deployment to a production server. The live environment is optimized for performance, security and maintainability.

Unlike generic resource aggregators, this platform is tailored specifically for the school’s curriculum and user base. It aligns precisely with the year groups, topics and exam formats that students face, and provides a clean, intuitive interface without distraction. The focus on user experience and curriculum alignment sets it apart.

Project Name

HGS Maths – Smart School Script & Math Revision Platform

Category

Website development / Education script

Clients

Bobby

Date

11 January,2025

Duration

45 days

Project Website:

https://hgsmaths.com/rp/

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