ASE AG

Data Visualisation

In this project we provided a centralised platform for data aggregation, visualisation, and analysis. The application enables retail managers to gain actionable insights and make informed decisions to optimise mall-, region-, country performance. This was executed in close collaboration with external stakeholders and a large product team.

It has a strong focus on data visualisation and simplifying complex datasets. To support retail managers in their decisions making, we explored an AI-powered feature to analyse user behaviour and suggest trends and insights based on datasets derived from the data shown in the graphs.

Role

Lead Designer

collaborators

Annika Berger (Design)

Matteo Gamba (Dev)

Duration

Nov 23 – Feb 24

Tools

Figma

Framer

Duration

Nov 23 – Feb 24

Tools

Figma

Framer

Duration

Nov 23 – Feb 24

Tools

Figma

Framer

The Goal

Empower retail managers to quickly find and act on key mall metrics. Allowing managers to draw smart AI-driven insights from complex data sets that allows them to make informed decisions.

UXR

There was a strong demand for actionable insights which we explored to in-depth research and user interviews.

Decision Making

How do retail managers seek insights? On which data are decisions based on?

Habits

How do operators interact with the retail dashboard, what numbers are reviewed daily?

Situational awareness

What insights, trends and analysis should be readily available? How can we provide better insights into their business?

Priorisation

How can we best track visitor insights and footfall numbers?

Challenge

The existing retail dashboard was a maze of complex data and a tech-heavy interface, making it tough for users to navigate and extract insights.

Sketching graphs, navigation, widgets, and home screen layouts helped us prioritize UX and highlight key metrics. Focusing first on frontline mall managers, we aimed to simplify the interface, and set the baseline for scalable solutions.

We went through several iterations. The first used a custom grid-view dashboard focused on footfall metrics. The second showed that a static default dashboard works best for novice users, with a primary graph combining datasets for a quick overview. Ranking proved important for managers to compare performance, and finally, we developed insights and analytical recommendations based on trends from our graphs.

FINAL EXPERIENCE

Usability testings of the MVP have brought 90% positive feedback. The MVP has been implemented and tested, setting the starting point for the clients analytics platform.

Widgets at the top of the mall manager dashboard display live data for a quick overview without scrolling. A primary graph shows different time periods, allowing managers to track the mall’s performance today and over time.

Mall Manager Detail Page: Predictions and insights are displayed at the top for quick access to key metrics, with footfall trends over different time periods to track and compare performance over time.

This section shows a series of graphs, tailored to each manager level, highlighting key metrics and additional data to provide deeper insights into mall performance and customer behaviour.

Breaking down the metrics into different time periods for comparison and combining it with other relevant data sets for deeper insights.

In the final section, insights and recommendations, we explored using analytics intelligence to detect trends and changes. Managers can be notified of shifts, with the system suggesting relevant data, visualizations, or insights based on user behavior. We conceptualized how actionable insights could be derived from existing datasets.

I was the lead designer of this project of 2 designers and managed the process from stakeholder management to user testing. By providing a centralised platform for data aggregation, visualisation, and analysis, the application enables retail managers to gain actionable insights and make informed decisions to optimise mall-, region-, country performance.

The project was executed in close collaboration with external stakeholders and has a strong focus on data visualisation and simplifying complex datasets. To support retail managers in their decisions making, we explored an AI-powered feature to analyse user behaviour and suggest relevant trends, insights or recommendations based on existing datasets derived from the data shown in the graphs.