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Case studyWeb Development

We rebuilt Advance E&C from WordPress into a faster, cleaner Next.js site

Upforge replaced a plugin-heavy WordPress setup with a modern React application built for clarity, speed, and easier growth.

Advance E&C website showcase
Advance E&C website: tablet layout
Advance E&C website: mobile layout
96/100
Lighthouse performance
18
Pages rebuilt
100%
Legacy WordPress runtime removed
Estimated

Advance E&C came to us with an existing WordPress presence that limited performance, security, and content structure. We rebuilt the site as a Next.js application with a stronger technical foundation and a presentation better suited for an engineering and construction business.

View live site
Services
  • WordPress To Next.js Migration
  • Front-end Engineering
  • Performance Optimization
  • SEO Foundation
  • Responsive Web Design
Orange fire glowing between cracked black forge coals, the heat stage of this case study, where the project's problems were brought into focus
  1. 01Heat
  2. 02Shape
  3. 03Temper
  4. 04Finish

01HeatAct 1 of 4

Where the heat was.

We gave Advance E&C a clearer, faster foundation for moving engineering and construction prospects toward direct inquiries.

Advance E&C came to us with a WordPress site whose plugins, PHP rendering, and rigid theme made performance and clear service messaging harder to manage. Security maintenance also consumed attention.

The problem

Four things stood in the way.

What the work had to clear, and how each one was cleared.

  1. Challenge 1: WordPress plugin bloat slowed the experience

    The old WordPress stack depended on plugins and theme assets that added page weight and made performance harder to control.

    How we cleared it

    We rebuilt the front end in Next.js with route-based code splitting, optimized assets, and only the JavaScript each page needed.

    ResultAdvance E&C received a leaner site that loaded more predictably for prospects reviewing the business.

  2. Challenge 2: PHP rendering made response times harder to manage

    The prior site relied on server-rendered PHP pages and database-dependent output, which limited caching options and increased TTFB risk.

    How we cleared it

    We used Next.js rendering patterns that allowed static and server-rendered routes to be optimized per page.

    ResultThe site became better suited for fast delivery across service pages, company content, and contact paths.

  3. Challenge 3: The theme architecture limited content clarity

    The WordPress theme made it difficult to structure clear service messaging, proof points, and calls to action without fighting templates.

    How we cleared it

    We rebuilt the page system around reusable sections for hero content, service summaries, trust signals, and contact prompts.

    ResultThe client gained a more structured digital presence that explains the business instead of relying on a rigid theme.

  4. Challenge 4: Security maintenance consumed attention

    WordPress required constant patching across core files, plugins, and theme dependencies to reduce exposure.

    How we cleared it

    We removed the public WordPress runtime and delivered a Next.js application with a smaller attack surface.

    ResultAdvance E&C got a site that's easier to maintain and less dependent on third-party plugin updates.

Bright molten metal flowing between dark, cracked crusts, the shape stage of this case study, where the build took its form
  1. 01Heat
  2. 02Shape
  3. 03Temper
  4. 04Finish

02ShapeAct 2 of 4

Taking shape.

We audited the legacy site, rebuilt its information architecture around reusable content sections, and engineered a Next.js and React application with more control over rendering and delivery.

Build history

Project timeline.

How the work unfolded, with the decisions, releases, and deliverables recorded along the way.

  1. 01Milestone

    Audit the legacy WordPress site

    We reviewed the existing platform constraints, including plugin weight, theme rigidity, PHP rendering, and content gaps.

    Handed over

    • Platform audit
    • Migration plan
    • Content structure review
  2. 02Milestone

    Rebuild the information architecture

    We organized the site around clearer navigation, page hierarchy, and reusable content sections that fit an engineering and construction brand.

    Clearschallenge 03: The theme architecture limited content clarity

    Handed over

    • Page map
    • Reusable section model
    • Conversion path planning
  3. 03Milestone

    Engineer the Next.js application

    We built the site in Next.js and React so pages could benefit from optimized rendering, image handling, and route-level performance control.

    Clearschallenge 02: PHP rendering made response times harder to manage

    Handed over

    • React component system
    • Next.js page templates
    • Responsive implementation
  4. 04Milestone

    Prepare the site for launch

    We completed QA across responsive layouts, metadata, accessibility basics, and production readiness before launch.

    Handed over

    • Launch QA
    • SEO metadata pass
    • Performance review

The structure

How the site is laid out.

18 pages structured across 4 content categories with 2,579 words of content.

/18 pages
18Pages
4Categories
3kWords

The materials

Eight tools in the build.

What the finished site runs on, and what each piece is there to do.

  • N
    Next.jsFramework

    We used Next.js to replace the WordPress runtime with optimized rendering, routing, and production build controls.

  • R
    ReactFramework

    We built reusable interface components so the site could stay consistent across pages and easier to extend.

  • S
    Static generationRendering

    We used static rendering patterns where appropriate to reduce server dependency and improve delivery speed.

  • S
    Server-side renderingRendering

    We kept the option to render dynamic routes when needed without returning to a PHP-based WordPress stack.

  • I
    Image optimizationPerformance

    We used modern image handling to reduce unnecessary asset weight and improve visual loading behavior.

  • R
    Route-based code splittingPerformance

    We delivered only the code needed for each route instead of shipping theme and plugin assets across the whole site.

  • A
    API routesApplication architecture

    We used application-level routes for structured server interactions without depending on WordPress plugins.

  • W
    Web analyticsAnalytics

    We connected site measurement so the client could track engagement and plan future improvements from real behavior.

Hammered steel shading from warm gold through violet to blue, the temper stage of this case study, where the finished build was tested
  1. 01Heat
  2. 02Shape
  3. 03Temper
  4. 04Finish

03TemperAct 3 of 4

Made to hold up.

We measured the finished site with a live desktop Lighthouse audit, which scored performance at 96 after the rebuild.

The checks

Measured on the finished build.

Desktop Lighthouse, measured September 7, 2026.

96
Performance
100
SEO
100
Accessibility
100
Best Practices
A smooth steel ridge reflecting cool light, the finish stage of this case study, where the work went into service
  1. 01Heat
  2. 02Shape
  3. 03Temper
  4. 04Finish

04FinishAct 4 of 4

Put to work.

We connected post-launch measurement and put a clear contact route live, giving Advance E&C a foundation for future SEO, content, and lead-generation work.

The outcome

What the finished work is doing.

The outcomes the project produced, with the source of each number beside it.

Early post-launch engagement was tracked
78 page views
We connected measurement so the client could see how prospects used the new site after launch.
Measured
A traffic baseline was established
35 sessions
The rebuild gave Advance E&C a clean analytics foundation for future SEO, content, and lead-generation work.
Measured
The primary inquiry path went live
1 primary contact path
We delivered a clear contact route so prospective clients could move from site research to direct outreach.

Answerschallenge 03: The theme architecture limited content clarity

Estimated

The handover

Five things we delivered.

The work that went into the finished build, and what each part of it covered.

  • 01

    WordPress migration

    We moved the public site away from WordPress limitations and rebuilt the experience on a modern React framework.

    • Legacy platform review
    • Page-by-page rebuild
    • URL and structure preservation planning
  • 02

    Next.js development

    We engineered a production-ready application with page-level rendering control and optimized front-end delivery.

    • Component-based architecture
    • Route-based code splitting
    • Optimized page rendering
  • 03

    Responsive interface design

    We created a clean interface that works across desktop and mobile without relying on a restrictive WordPress theme.

    • Mobile-first layouts
    • Reusable content sections
    • Brand-aligned visual system
  • 04

    SEO foundation

    We structured the site so search engines could better understand core pages, metadata, and page hierarchy.

    • Title and description planning
    • Semantic page structure
    • Crawlable content patterns
  • 05

    Performance optimization

    We reduced front-end waste by replacing plugin-driven output with a controlled application build.

    • Asset optimization
    • Modern image handling
    • Reduced client-side overhead

The record

The project, on one sheet.

The facts of the engagement, for the record.

Industry
Engineering and construction
Launched
June 29, 2026
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Need a stronger website for your engineering or construction firm?

We can rebuild your old WordPress site into a faster Next.js application that supports credibility, inquiries, and long-term growth.