Mercedes Benz Product Catalog

 

 

Project

 

The product catalog platform has been tailor-made for Mercedes dealerships worldwide, enabling dealerships in various countries to customize their service offerings for end customers. Moreover, the corresponding application designed for end customers allows them to conveniently request service for their vehicles.

The project is part of a more extensive set of related apps working together in the Mercedes-Benz environment.

 

My role

 

Senior Product Designer/ Team lead

Responsible for all the processes of design, from problem space definition to design implementation

Creating the ecosystem mapping for the product

Conducting user interviews with different user target groups

Lean UX (Think, Design, Measure)

 

Objective

 

The main goal was to understand the actual pain points of the Mercedes dealership ecosystem

and provide a universal solution for all dealership partners to set up and maintain their service products

 

 

 

 

Research method

 

Customer interviews

Participatory design

Clickstream testing

Surveys

Remote moderated testing

Experience mapping

KPI performance

 

 

 

Detailed case study will be shown

 

 

Challenge

The primary challenge was to create a unified solution that catered to the needs of diverse dealership partners across various countries. This required a deep understanding of local market differences, dealer pain points, and operational complexities. The product needed to be adaptable while maintaining consistency across the brand’s global footprint.

 

 

Before diving into design, I led a series of user interviews and experience mapping sessions with key stakeholders, including:

 

-Dealership employees from various markets

-Internal teams managing service product integration

-End customers using the service platform

 

Through participatory design, I uncovered significant pain points in how dealerships managed their service catalogs:

 

Complexity: The existing system was overly complex, requiring manual updates for each service product. The task flows are relatively long and confusing.

inconsistency: Dealerships across different regions struggled with inconsistent pricing, and the lack of standardized workflows led to inefficiencies.

Data accuracy: Dealers faced challenges in accurately maintaining service information, which affected customer experiences.

 

Designing for Flexibility and Usability

 

We adopted a Lean UX approach (Think, Design, Measure) throughout the project:

 

Think: We mapped out the ecosystem based on the user interviews understanding dealership workflows and internal processes. The goal was to capture all touchpoints and dependencies, making designing solutions that fit seamlessly into the Mercedes-Benz system easier.

Design: I created multiple prototypes and wireframes, testing them through remote moderated usability testing with a mix of dealership staff and customers. This iterative process allowed us to refine the UI and improve usability across regions.

Measure: The final design was tested using a combination of clickstream testing and questionnaires, ensuring that we gathered real-time data on how dealerships were interacting with the platform.

 

 

Brainstorming Session

 

 

Defining Success Metrics

For a B2B platform of this scale, the success metrics had to be carefully selected to ensure the product’s long-term viability.

 

Time on task: This tracks how long users can complete specific actions on the platform, such as configuring service offerings or updating product details.

Why it matters: This metric is particularly important in a B2B platform where dealership staff need to perform these tasks efficiently without being bogged down by a complex interface. Measuring time on task allowed us to identify areas of friction in the user journey, helping us iterate on the design to ensure that key tasks could be completed quickly and effortlessly.

 

Data Accuracy: One of the primary pain points we addressed was the accuracy of service offerings and pricing data. We tracked how often dealerships updated their catalogs without errors and measured the time to complete them.

Why it matters: For a dealership, incorrect pricing or service details can lead to lost customers and brand trust issues.

 

Error Frequency: We focused on minimizing errors in the platform, particularly during dealership data input and configuration.

 Why it matters: Fewer errors meant higher user confidence in the system and less time spent troubleshooting.

 

 

 

 

Detailed case study will be shown