Case Study / WordPress Support

WordPress Performance Checklist

A documentation-style project showing how I would review a small WordPress site for content layout, plugin hygiene, backup awareness, security basics, and performance issues.

Overview

Structured checklist for small WordPress website support.

This is not a real client audit. It is a portfolio case study that connects my IT support background with practical website maintenance thinking: review the current setup, document risks, and make careful improvements instead of changing things blindly.

Problem

Small WordPress sites can become slow or risky without a simple review process.

  • Inactive or overlapping plugins add maintenance risk.
  • Large images and heavy sections slow down content pages.
  • Backups and restore steps are often unclear before edits.
  • Admin accounts, passwords, and updates may not be reviewed regularly.
My Role

Practice documentation project created by me.

I planned the checklist categories, wrote the review notes, built the static page, and connected the content to my IT Support background in troubleshooting, documentation, and careful review.

Constraints

Checklist concept with no real client site data.

  • Static HTML/CSS/JavaScript page only.
  • No live WordPress backend or admin access.
  • No real client analytics, hosting data, or plugin inventory.
  • Created to demonstrate performance, security, and documentation awareness.
Goal

Create a clear support checklist before redesign or content work.

The goal is to show a safe, structured approach for small WordPress tasks: understand the site, check the maintenance basics, identify performance issues, and document what should be improved.

My Approach

Review maintenance basics first, then focus on visible page quality.

  • Check dashboard, plugin, theme, and content structure awareness.
  • Review image weight, page sections, and basic performance signals.
  • Document backup, account, and update considerations before changes.
  • Use clear notes so another developer or client can understand the findings.
Key Layout Decisions

The checklist is grouped around risks a small site owner can understand.

  • Content layout appears first because visitors feel those issues immediately.
  • Plugin and theme hygiene is separated so maintenance risk is easier to discuss.
  • Image optimization and caching are grouped under speed basics.
  • Security and backups are included before edits because they affect recovery and access safety.
  • Documentation is treated as part of delivery, not an afterthought.
Performance / Accessibility Notes

The page itself is lightweight and documentation-focused.

  • Semantic headings, sections, cards, and descriptive links.
  • No external images or unnecessary JavaScript.
  • Short checklist items for readable scanning.
  • Contrast, spacing, and focus states handled through shared CSS.
  • Performance notes are written as support guidance, not as unsupported audit claims.

Live Checklist Demo

Checklist areas I would review on a small WordPress site.

Content layout

Review headings, paragraph length, CTA placement, image usage, and whether key pages are easy to scan.

Plugin hygiene

Check inactive plugins, duplicate plugin roles, update status, compatibility notes, and unnecessary page weight.

Performance basics

Review image sizes, lazy loading, page builder weight, render-blocking assets, and PageSpeed/DevTools signals.

Security awareness

Check admin users, role permissions, strong password habits, two-factor options, updates, forms, and spam protection.

Backups

Confirm backup frequency, storage location, restore awareness, and whether a backup exists before making changes.

Documentation

Write short notes about findings, suggested actions, risks, and what should be tested after each change.

Key Features

What the checklist demonstrates.

  • Website support thinking from an IT support perspective.
  • Practical awareness of WordPress dashboard and plugin maintenance.
  • Performance checklist items for content-heavy pages.
  • Security and backup awareness before website edits.
Responsive / UX Notes

The checklist page is built for quick scanning.

  • Cards collapse cleanly on mobile devices.
  • Checklist copy is short and action-oriented.
  • Tables stack into one column on small screens.
  • Navigation anchors help reviewers jump to important sections.
Testing Checklist

Checks used for this documentation page.

  • Desktop layout checked.
  • Tablet layout checked.
  • Mobile layout checked.
  • CTA visibility checked.
  • Navigation links checked.
  • Text readability checked.
  • No horizontal overflow.
  • Basic accessibility reviewed.
  • Local links tested.

Before / After Thinking

Simple recommendations for safer website updates.

Before After
Many plugins installed without clear purpose. Keep necessary plugins and document what each one does.
No confirmed backup before edits. Confirm backup and restore awareness before changing the site.
Large images uploaded directly into content pages. Resize and compress images before upload, then test page speed.
Admin access is shared or unclear. Use named accounts, strong passwords, and appropriate roles.
Tools / Checks

Tools and references I would use for basic review.

  • WordPress dashboard review.
  • PageSpeed Insights and Chrome DevTools.
  • Plugin, backup, and security checklist notes.
  • Browser testing for layout and content issues.
What I Learned

WordPress support is partly technical and partly process.

A safer WordPress update starts with understanding the current setup. This project helped me connect troubleshooting, documentation, maintenance awareness, performance basics, and careful communication before making visible page changes.

Future Improvements / Links

How this checklist could become more useful in real work.

  • Add a downloadable audit template or handoff checklist.
  • Add Lighthouse performance results from a real sample site.
  • Add before/after examples for image optimization and plugin cleanup.
  • Add a CMS/content editing workflow section.
  • Improve accessibility testing with more formal checks.