Designed and developed a comprehensive Deposit Return Scheme (DRS) logistics system. This system facilitates seamless registration of bottles and enables consumers to efficiently participate in recycling efforts. With a strong focus on user experience (UX), the platform integrates user-friendly interfaces that streamline the process of returning beverage containers for recycling. By incentivizing recycling through a deposit-based approach, the system contributes to environmental sustainability by reducing raw material consumption and minimizing pollution.
As part of the design strategy, I worked closely with project management, stakeholders, and developers to align objectives and ensure the system’s success. By fostering clear communication and collaboration across teams, I helped bridge the gap between technical feasibility and user needs.
We developed both low- and high-fidelity mockups and prototypes to visualize the system’s functionality and iteratively refine the user experience. I actively participated in brainstorming sessions to generate creative solutions and conducted user testing to gather feedback and optimize designs.
Every iteration brought us closer to a seamless user experience, ensuring the system was not just functional but also intuitive and engaging.
My contributions extended to designing information architecture, user flows, and intuitive interfaces that prioritized usability. Through critical thinking and a strong focus on user-centric design principles, we delivered a robust solution for a Deposit Return Scheme (DRS) logistics system. This innovative platform promotes sustainability by facilitating seamless registration and recycling processes, encouraging user engagement and environmental responsibility.
Although the DRS system could not be launched in Scotland due to new policies, we successfully developed a scalable and adaptable web application. Designed with user-centric principles, the platform ensures seamless usability and an intuitive interface for both consumers and administrators.
The flexible architecture allows customization to meet the regulatory and cultural needs of different countries. Currently implemented in Uruguay, the system simplifies bottle registration and recycling processes, fostering user engagement while maintaining the ability to expand into new markets efficiently. This approach highlights the power of thoughtful UX/UI design in creating adaptable solutions that deliver value across diverse contexts.
