User Experience: Appropriate solutions for efficient agriculture fertilization

Stage 4. Wireframes

• In the fourth phase, low-fidelity wireframes were developed using Miro. These wireframes incorporated details collected from business stakeholders and existing data on fertilizer recommendations.

• The goal was to design user interfaces that facilitated easy interaction for agricultural technicians, ensuring that the platform could recommend the most suitable fertilizers efficiently.

Stage 5. User testing and iteration

• During the fifth phase, wireframes were tested with end-users to gain feedback on their understanding of the screens, identify missing interactions, and refine information fields.

• This user testing aimed to assess usability, validate interactions, and ensure that terminology was clear before advancing to high-fidelity prototyping.

Stage 6. Design Critique

• In the sixth phase, a design critique session was conducted with 15 Product Designers, UX Writers, Design Ops Leads, and other key stakeholders. The goal was to discuss the wireframes and explore ways to better organize and present information.

• Feedbacks from this session led to the reorganization and clustering of information within Miro, refining the design based on collective insights.

Stage 7. High-Fidelity Prototyping

• The seventh phase involved creating high-fidelity prototypes in Figma. These prototypes were built using insights from user research and incorporated the design system library to ensure consistency and usability.

• Metrics on user interaction with the product are currently being gathered by the new designer responsible, facilitating ongoing optimization and enhancement.