Grain Inspection Dashboard

For the Qualysense project, the UI/UX research workflow began with the Idea phase, where we identified the need for a dashboard that would streamline seeds inspection processes. In the Concept stage, I developed initial wireframes and user flows based on insights gathered from interviews with stakeholders. I focused on their pain points and requirements.

During the Design phase, I had with stakeholders to get feedback on desings and user flows, iterating on the design to ensure it met their needs and preferences. Finally, in the Handover phase, I focused on refining the final design and delivering an MVP that effectively integrated essential features ensuring a user-friendly experience that addressed the core needs of the stakeholders.

Once the key functionalities were outlined, I created low-fidelity wireframes to map out the user journey and dashboard layout. The focus was on structuring information clearly, ensuring that real-time data was easily accessible without overwhelming the user. I designed multiple layout variations, emphasizing usability and intuitive navigation. These wireframes were tested with stakeholders to validate the initial structure before moving forward to high-fidelity designs.

In the design phase, I created high-fidelity UI designs, ensuring a clean, data-driven interface tailored for industrial use. The dashboard featured color-coded indicators for grain quality metrics, interactive graphs for real-time monitoring, and modular sections for customizable inspection profiles. Emphasis was placed on clarity, accessibility, and responsiveness, making the system easy to use across desktop and tablets.

To refine the design, I conducted usability testing with real users, including grain inspectors and lab technicians. Feedback revealed the need for better data filtering options, improved visual hierarchy, and more intuitive alert notifications. Based on this input, I iterated on the design, enhancing navigation flow, readability, and responsiveness. The final adjustments ensured that both experienced technicians and non-technical users could efficiently interact with the dashboard.

Once the MVP design was finalized, I prepared a style guide and worked closely with developers to ensure a seamless transition. Deliverables included Figma files, interaction guidelines, assets, and documentation on user flows and component behavior. Regular check-ins with the development team helped maintain design consistency, ensuring the final product aligned with the vision. The result was a scalable, intuitive dashboard that improved the grain inspection process, reducing errors and increasing operational efficiency.