Measurement data portal
One of my most recent projects involved developing a web-based portal to digitize sample-based measurements in the food industry—replacing manual paperwork with a modern, user-friendly interface fully implemented with Tailwind CSS.
Digitizing Sample Testing in the Food Industry: Building a Modern Measurement Portal
One of my most recent projects was to build a digital portal for sample-based measurements in the food industry. The project aimed to replace the traditionally manual, paper-based documentation with a streamlined, user-friendly solution.
The process started with a collaborative workshop where I worked closely with the client to develop wireframes that captured their specific needs. This ensured the design and workflow matched their existing processes, helping them feel confident about transitioning to a digital tool.
The project was implemented using Tailwind CSS, relying entirely on its component-based structure for consistency and flexibility. Additionally, the portal was developed as a fork of an existing Headless CMS project, allowing us to leverage pre-defined templates and streamline development.
Users begin by entering general information, then proceed to fill out dynamic forms and upload relevant files. Finally, the measurements can be saved or submitted directly through the portal.






Translating Complex Forms into an Intuitive figma Prototype
One of the most critical challenges in this project was accurately translating the client’s complex, paper-based forms into a digital prototype that they could immediately recognize and feel confident using. Since the forms involved multiple sections, conditional logic, and dynamic data fields, it was essential to recreate the real-world structure as faithfully as possible within the digital environment.
To achieve this, I carefully analyzed each form in its paper version, identifying all sections, input types, dependencies, and variations in user states. I then translated this structure into Figma, using deeply nested components and reusable elements to represent each form element (such as inputs, dropdowns, checkboxes) and their various states (e.g. disabled, active, error).
This component-based approach not only mirrored the real-world complexity but also made it easier for the client to understand how their existing workflows would translate into the new digital system. By aligning the prototype closely with their familiar processes, we ensured a smooth transition from paper-based to digital measurement, reducing user training time and fostering confidence in the new system.
