Logix Shapers – Corporate Website Redesign

Web Designer – Individual Contributor · 2015 · 4 months · 2 people · 6 min read

Led requirement analysis, project planning, and full frontend build of a corporate website redesign for Logix Shapers — translating designer-supplied mockups into pixel-accurate HTML5 and CSS3 pages with jQuery and JavaScript interactivity. Each component was built to support every major browser of the period.

Overview

Delivered the complete frontend redesign of Logix Shapers' corporate website — an early-career engagement that spanned the full frontend delivery lifecycle, from initial requirement analysis and timeline estimation through to HTML build and development team handoff. Working from designer-supplied mockups, produced semantic, standards-compliant HTML5 and CSS3 pages and jQuery-driven interactivity that aligned the management's vision with a modern. professional web presence. Browser support was done meticulously, ensuring the site performed well across Internet Explorer, Chrome, Firefox, and Safari — a critical requirement for a corporate marketing website.

Problem

Logix Shapers' existing website no longer reflected the company's current positioning and service offering. The visual design was outdated, the information architecture made it difficult for prospective clients to understand the company's capabilities, and the underlying HTML was not structured in a way that supported SEO or future maintenance. A full redesign — from planning through to production-ready frontend — was needed to present a credible, professional web presence aligned with the company's identity. Browser support was a critical requirement, as the site needed to perform well across the major browsers of the period, including Internet Explorer, Chrome, Firefox, and Safari.

Constraints

  • Design delivered as designer-supplied mockups — implementation required faithful translation without deviation from approved visuals
  • Frontend must integrate semantic HTML5 structure to support SEO best practices.
  • No frontend framework — built in HTML5, CSS3, jQuery, and vanilla JavaScript
  • Solo frontend responsibility with a graphic designer providing visual assets and mockups.
  • Four-month timeline covering requirements, planning, design, build, and integration support
  • Browser support for Internet Explorer, Chrome, Firefox, and Safari

Approach

Began with a structured requirement analysis — reviewing the designer-supplied mockups, clarifying ambiguities, and mapping out the full page inventory and component scope. Built each page from the mockups using semantic HTML5 and modular CSS3, ensuring the markup was clean and SEO-friendly from the outset. Added interactivity with jQuery for navigation, sliders, and scroll effects.

Key Decisions

Requirement analysis and timeline estimation before any design or build work

Reasoning:

Starting a website redesign directly from mockups without first analysing requirements and estimating the full scope is a reliable path to missed deadlines and scope creep. A structured planning phase — even a brief one — produced a shared understanding of what was being built, how long it would take, and what the integration dependencies were. This alignment reduced surprises during build and handoff.

Alternatives considered:
  • Begin building immediately from mockups and estimate retrospectively
  • Use a pre-built template and adapt to the designer's mockups
  • Defer timeline estimation to the development team

Semantic, SEO-friendly HTML structure throughout

Reasoning:

Building the frontend with semantic HTML5 structure was a critical decision that paid dividends for SEO, accessibility. Using correct heading levels, landmarks, lists, and sectioning elements made the site more crawlable by search engines and more navigable for assistive technologies. It also made the job of SEO team a lot easier and smoother.

Alternatives considered:
  • Table-based or heavily div-nested layout for visual accuracy only
  • CSS framework (Bootstrap) with heavy markup overhead
  • Buy a pre-built template with non-semantic structure and adapt to the designer's mockups

jQuery for interactive UI patterns over vanilla JavaScript

Reasoning:

In 2015, jQuery remained the pragmatic choice for cross-browser DOM manipulation and event handling on marketing websites. It provided reliable cross-browser compatibility — particularly important for Internet Explorer support — and accelerated development of interactive patterns like navigation menus, image sliders, and scroll behaviours without the complexity of raw cross-browser JavaScript.

Alternatives considered:
  • Vanilla JavaScript with manual cross-browser polyfills
  • A JavaScript UI framework (Angular or React — disproportionate for a marketing site)
  • No JavaScript interactivity

Tech Stack

  • HTML5
  • CSS3
  • jQuery
  • JavaScript
  • Responsive Design

Result & Impact

  • Analysis → build → integration
    Delivery Scope
  • Solo frontend, 4 months
    Delivery Model
  • HTML5, CSS3, jQuery
    Stack
  • Full dev team integration support
    Handoff

The redesigned Logix Shapers website gave the company a modern, professional web presence aligned with their current positioning. The structured planning phase delivered on time with no significant scope surprises. Clean, semantic HTML made the SEO team's job straightforward — a handoff quality that is often undervalued but directly impacts the speed and stability of a live launch. The engagement was an early demonstration of the full frontend delivery discipline: requirements, planning, design translation, build, and integration collaboration.

Learnings

  • Planning and estimation are frontend skills, not just project management concerns — a developer who can scope their own work earns trust from clients and teams alike
  • Mockup-to-code translation requires understanding both the visual intent and the integration context — HTML written for a developer audience is different from HTML written only for a browser
  • Semantic HTML is the most durable investment in a website build — it pays dividends for SEO, accessibility, and backend integration simultaneously
  • jQuery's cross-browser abstraction was genuinely valuable in 2015; understanding why it was useful is as instructive as understanding why it is no longer necessary

Requirements & Planning

Took ownership of the full pre-build phase before a single line of code was written:

  • Requirement analysis — reviewed designer-supplied mockups in detail, identified ambiguities, and documented the full page inventory, component scope, and content requirements
  • Communication — clarified design intent and content expectations directly with the management to ensure the frontend build would match their vision without mid-project revisions
  • Page and component inventory — mapped all pages, reusable UI patterns, and interactive components before build began, enabling consistent implementation across the site

Frontend Build

Translated management-approved mockups into production-ready HTML5 and CSS3:

  • Pixel-accurate HTML5 pages built from designer mockups with semantic markup — correct use of headings, landmarks, lists, and sectioning elements throughout
  • Modular CSS3 architecture with reusable class patterns covering layout, typography, color, and component styles — consistent across all pages without duplication
  • Responsive layout ensuring the redesigned site performed correctly across desktop, tablet, and mobile viewports
  • Cross-browser compatibility validated across the major browsers of the period, including Internet Explorer, Chrome, Firefox, and Safari
  • Optimised assets — images and graphical elements prepared and optimised for web delivery from the client-supplied design files

Interactive Features

Built the interactive UI layer using jQuery and JavaScript:

  • Navigation menu with dropdown support and mobile-friendly toggle behaviour
  • Image and content sliders for homepage and service showcase sections
  • Scroll-driven animations and section reveal effects enhancing the page experience without impacting performance
  • Form validation with client-side feedback for the contact and enquiry forms
  • Smooth scroll and anchor navigation for long-form pages with multiple content sections

SEO Team Integration

Supported the SEO team through the optimization and launch phase:

  • SEO-ready markup — HTML structured with semantic elements, proper heading hierarchy, and schema markup support to maximize search engine crawlability and ranking potential
  • Meta and structured data handoff — prepared templates for meta titles, descriptions, and JSON-LD structured data implementation across all page types
  • SEO optimization support — collaborated on content hierarchy, URL structure recommendations, and markup optimizations to support organic search performance
  • Performance validation — ensured frontend implementation supported SEO-critical performance metrics like Core Web Vitals and page speed optimization
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