CMS | Website building tool

Redesigning the CMS configuration panel to cut task time by 17% and boost launch velocity by 133%

Redesigning the CMS configuration panel to cut task time by 17% and boost launch velocity by 133%

Role

Role

Lead UX Designer

Lead UX Designer

/

Timeline

Timeline

2025 · 4 months

2025 · 4 months

Ownership

Ownership

Worked in partnership with a UI Designer and Engineering to redesign the configuration panel and component settings.

Worked in partnership with a UI Designer and Engineering to redesign the configuration panel and component settings.

Project summary

Project summary

By redesigning the configuration panel with a structured UI panel, we gave non-technical marketing teams full autonomy to build. Eliminating developer dependancies and streamlining production workflows across the organisation.

Problem

Users lost hours navigating panel and working with trial-and-error

Users lost hours navigating panel and working with trial-and-error

Users lost hours navigating panel and working with trial-and-error

The legacy interface forcing users to scan through 20+ settings to perform a single task. Resulting in high interaction cost, configuration errors and operational support tickets

The legacy interface forcing users to scan through 20+ settings to perform a single task. Resulting in high interaction cost, configuration errors and operational support tickets

Solution

A consistent panel built for speed and accuracy

A consistent panel built for speed and accuracy

A consistent panel built for speed and accuracy

Implementing a unified layout and consistent taxonomy eliminated navigational friction, cutting task duration and empowering non-technical teams to ship websites independently.

Implementing a unified layout and consistent taxonomy eliminated navigational friction, cutting task duration and empowering non-technical teams to ship websites independently.

Operational autonomy

Operational autonomy

Operational autonomy

100%

increase in completion rate

completion rate

increase in completion rate

Accelerated execution

Accelerated execution

Accelerated execution

0%

reduction in time-on-task

time-on-task

reduction in time-on-task

Fewer errors

Fewer errors

Fewer errors

3.7 → 4.2 /5

3.7 → 4.2 /5

3.7 → 4.2 /5

increase in task confidence

task confidence

increase in task confidence

Context

The inconsistent panel layout blocked key functionality

The inconsistent panel layout blocked key functionality

The inconsistent panel layout blocked key functionality

The configuration panel grew organically into an unstructured flat list of technical settings. Noticing that many of the support tickets were related to basic layout tasks, I proactively audited the workflow, quantified the user friction, and pitched a full redesign to leadership.

Decision: Re-structure the panel layout

Decision: Re-structure the panel layout

Validation. Conducted 1-on-1 sessions with marketing to map configuration journeys.

Leadership buy-in. Pitched moving from a flat list to a prioritised hierarchy based on audit findings.

Strategic goal. Cut support overhead and accelerate launch velocity.

Design

Standardising the configuration panel to mirror user intent and prioritise findability

Standardising the configuration panel to mirror user intent and prioritise findability

Standardising the configuration panel to mirror user intent and prioritise findability

The core challenge was balancing non-technical usability with power-user speed, without introducing engineering debt.

Decision: Re-structure the panel layout

Decision: Re-structure the panel layout

Hierarchy & taxonomy. Reduced cognitive load, guesswork and immediately established a predictable workflow. (Fig.1)

Consolidating functionality. Reduced visual clutter while allowing users to access complex functionality.(Fig.2)

Fig.1 Evolving from an unstructured flat list to logical, categorized groups, creating a predictable hierarchy that reduces scanning time.

Fig.2 Evaluating design trade-offs led to consolidating controls, minimising visual clutter while preserving access to advanced properties for power users.

Technical trade-offs

Friction. Hardcoding explicit default values to show visual feedback would create frontend technical debt and slow down future releases.


Solution. Partnered with engineering to introduce dynamic 'Default Value' UI labels that inherit backend values automatically (Fig 3).


Business impact. Saved ~3 weeks of engineering resources and avoided ongoing maintenance overhead.

Friction. Hardcoding explicit default values to show visual feedback would create frontend technical debt and slow down future releases.


Solution. Partnered with engineering to introduce dynamic 'Default Value' UI labels that inherit backend values automatically (Fig 3).


Business impact. Saved ~3 weeks of engineering resources and avoided ongoing maintenance overhead.

Decision: Indicate the status of the settings

Decision: Indicate the status of the settings

By partnering with engineering to implement a visual confirmation I managed to achieve:

  1. Engineering win. Eliminated technical debt.

  1. Business win. Accelerated time-to-market and freed sprint capacity.

  1. User Win. Clear visual feedback on custom vs. system default values.

Fig.3 Mitigating technical debt by using inherited system defaults rather than explicit front-end values to preserve code scalability and cut dev overhead.

Impact

Delivering immediate operational gains while building the foundation for scalability

Delivering immediate operational gains while building the foundation for scalability

Delivering immediate operational gains while building the foundation for scalability

By aligning interface patterns with editor workflows, the redesign eliminated technical engineering bottlenecks, unlocked marketing self-sufficiency, and established a foundation for long-term scalability.

100%

increase in completion rate

Non-technical teams completed page setups without failing or abandoning tasks, directly removing dependencies on engineering support.

0%

reduction in time-on-task

Compressed configuration times during benchmarking, proving the layout streamlines daily editorial workflows and speeds up time-to-market.

3.7 → 4.2 /5

3.7 → 4.2 /5

increase in task confidence

Higher post-task ease scores validated that reduced visual clutter minimises operator guesswork and costly misconfigurations.

* Benchmarking methodology. Metrics were validated through a controlled usability study (N = 10, across Design and Marketing teams). Participants completed identical end-to-end configuration tasks on both the legacy panel and the redesign to isolate interface performance and measure true ROI.

Key takeaways & reflection

Observational data > Stated preferences

Observational data > Stated preferences

User interviews revealed what operators claimed to want, but task observation exposed where friction actually occurred. Grounding our decisions in behavioral data ensured we solved real operational bottlenecks rather than subjective feature requests.

User interviews revealed what operators claimed to want, but task observation exposed where friction actually occurred. Grounding our decisions in behavioral data ensured we solved real operational bottlenecks rather than subjective feature requests.

Embedding technical feasibility in the design process

Embedding technical feasibility in the design process

Treating engineering constraints as creative parameters enabled us to avoid technical debt entirely. Involving development early ensured our design solutions accelerated shipping velocity rather than creating downstream friction.

Treating engineering constraints as creative parameters enabled us to avoid technical debt entirely. Involving development early ensured our design solutions accelerated shipping velocity rather than creating downstream friction.