The Soil Company
Brazil, Full Time
Tools & Stack used
Figma, Jira and Storybook
Project Summary
As the lead designer for The Soil Company, I transformed their soil analysis visualization software from basic HTML tables into an interactive, data-rich system. The project required balancing dense scientific datasets with visual clarity while implementing new features. Through careful attention to information hierarchy, the new design made complex soil composition data more accessible and actionable, significantly improving how users comprehend and interact with their soil analysis results.
The Challenge
The Soil Company approached us with a critical need to revolutionize how they presented soil analysis results to their clients. Their existing system relied on basic HTML formatting, which failed to effectively communicate the complexity and interconnectedness of soil composition data. The challenge extended beyond simple visual enhancement—we needed to accommodate new features while handling dense datasets that would typically overwhelm traditional visualization methods.

What made this project particularly complex was the necessity to balance comprehensive data presentation with visual clarity. The legacy system displayed data in its most basic form, but the new solution needed to transform complex soil analysis metrics into intuitive, actionable insights. Each screen needed to present multiple data points while maintaining visual hierarchy and ensuring that critical information remained easily digestible.
Goals
Our mission centered on three primary objectives:
First, we needed to completely reimagine how soil analysis data could be visualized. This meant moving beyond simple tables and basic charts to create dynamic, interactive visualizations that could reveal patterns and relationships within the data.
Second, the redesign needed to incorporate new features requested by business stakeholders while ensuring these additions enhanced rather than complicated the user experience. This required careful consideration of how to layer additional functionality without overwhelming users.
Third, we committed to gathering and implementing post-launch feedback, recognizing that real-world usage would reveal opportunities for further refinement and enhancement.


Development
The development process followed a systematic approach to transforming complex data into clear visual narratives:
Our first step involved deep analysis of the existing system and its limitations. We mapped out all data points currently being displayed and identified opportunities for more sophisticated visualization methods. This included studying how users interpreted the current format and what information they found most valuable.

We then explored various visualization techniques that could handle dense datasets effectively. This led to the development of custom visualization components that could present multiple data points simultaneously while maintaining visual clarity. We experimented with interactive elements that would allow users to drill down into specific data points when needed.

The design process emphasized hierarchy and progressive disclosure, ensuring that while all data remained accessible, users weren't overwhelmed by initial presentations. We developed a system of primary and secondary visualizations, where key metrics were immediately visible while supporting data could be accessed through intuitive interaction patterns.

Throughout development, we maintained close collaboration with domain experts to ensure our visualizations accurately represented the scientific data while making it more accessible to non-technical users.
Results
The redesigned system transformed how The Soil Company presents soil analysis results to their clients. By moving from basic HTML tables to sophisticated, interactive visualizations, we achieved several key improvements:
Enhanced Data Comprehension: Users could now quickly identify patterns and relationships in soil composition that were previously hidden in raw data tables.

Improved Information Density: Through thoughtful visualization design, we successfully presented complex datasets in a manner that felt intuitive rather than overwhelming.
Future-Ready Architecture: The new system's modular design allowed for easy integration of additional features and data types, ensuring scalability for future needs.
Stakeholder Response: Initial feedback indicated significant improvement in data interpretation efficiency, with users reporting greater confidence in understanding their soil analysis results.

The project demonstrated how thoughtful visualization design could transform raw scientific data into actionable insights. By prioritizing both comprehensive data presentation and visual clarity, we created a system that served both technical and non-technical users effectively.
*This is just a brief overview of the project. If you’d like to dive deeper into the details or discuss my work further, I’d be happy to schedule a chat. Feel free to reach out!