AI-Driven Content Optimisation At Scale
Improving Global Knowledge Efficiency Through AI-Assisted Content Delivery
Executive Summary
Led a global content optimisation initiative to improve internal knowledge efficiency for Customer Service Associates worldwide. The goal was to reduce contact handle times by lowering “Time-on-Page” metrics, while improving content quality and lowering operational cost.
I managed a cross-functional team of 20+ contributors and vendors, shifting the delivery approach from manual re-authoring to an AI-assisted content production model. The program delivered measurable efficiency gains, improved content quality, and generated approximately $1.2M in annual operational savings with a 300% ROI in year one.

The Problem
The internal knowledge ecosystem was creating measurable friction for Customer Service Associates:
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Operational inefficiency: Dense, non-optimised content increased time-to-resolution and handle time
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Uneven content impact: 9% of content drove 48% of traffic but had not been systematically prioritised or optimised
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Fragmented global operating model: Four regions operated with different standards and governance structures
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Scalability constraint: Full manual re-authoring would have required years of effort and significant cost, making it unviable under a fixed ~$400K budget
The core issue was not content volume, but the lack of a scalable mechanism to optimise it efficiently across regions.
My Role & Ownership
As Lead Program Manager, I owned:
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Global delivery strategy and execution model
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Stakeholder alignment across Director-level leadership in multiple regions
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Vendor management, including SLAs, quality controls, and budget governance
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Accountability for delivery against time, quality, and cost targets
I acted as the integration point between regional operations, technical teams, and external vendors, ensuring consistent execution across all workstreams.
Approach & Execution
Reframing the Delivery Model
Repositioned the initiative from a manual content project to a structured, AI-enabled content production system.
Data-Driven Prioritisation
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Applied Pareto analysis to identify high-impact content (top 9% driving majority of traffic)
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Focused initial delivery phase on high-visibility, high-return content areas
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Established a prioritisation model to guide ongoing optimisation
Global Alignment & Governance
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Standardised content quality benchmarks across four regional operating models
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Aligned Director-level stakeholders on a single global quality framework
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Managed vendor ecosystem to ensure consistent delivery standards and cost control
AI Integration for Scale
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Introduced an AI-assisted drafting workflow to reduce manual effort in content re-authoring
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Reduced per-topic drafting time from ~8 hours to ~6 hours
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Reclaimed approximately 580+ hours of manual effort during pilot phase
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Enabled structured content transformation at scale while maintaining human validation
Operational Execution
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Managed a 20+ person cross-functional team across internal and external contributors
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Established delivery cadence, reporting structure, and quality assurance checkpoints
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Maintained budget control within a fixed ~$400K envelope
Outcomes & Impact
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Cost efficiency: ~$1.2M annual operational savings through reduced handle time and maintenance effort
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Performance improvement: Exceeded target reduction of 20 seconds in Time-on-Page across global usage
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Content quality: Quality scores improved from 71 to 94 (above 85 benchmark)
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Content optimisation: 40% reduction in word count while improving clarity and usability
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Scalability: Established a repeatable “content-as-a-product” operating model
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Automation readiness: 150 high-priority topics prepared for chatbot/self-service integration
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ROI: ~300% return on investment in year one
Why This Matters
This program demonstrates that large-scale content inefficiency is rarely a writing problem; it is a systems and governance problem.
By combining structured prioritisation, cross-regional alignment, and AI-assisted workflows, the initiative moved from a labour-constrained model to a scalable delivery system. The result was not just improved content performance, but a shift in how content operations can be executed at global scale under fixed resource constraints.