To complement the prototype and demonstration video, we designed a scientific poster that summarizes the main aspects of the project in a clear and visually appealing way. The poster presents the motivation behind the work, the proposed solution, the challenges faced during development, and the results obtained from testing the system.
Read moreOnce the development and assembly of the prototype were completed, we proceeded with the filming stage. The purpose of the video was to clearly present the problem of indoor air quality and demonstrate how our solution addresses it in a practical and accessible way.
Read more
The photograph above shows the final version of our prototype, bringing together all the improvements made throughout the design process. The enclosure houses the electronic components in a compact and organized structure, providing both protection and easy access for maintenance and future upgrades.
Read more
After several design iterations and practical tests, we arrived at the final version of the enclosure body. Although the original design included a central dividing wall to separate the internal components, we found that, despite being a good concept, it was not practical during assembly and maintenance. Therefore, we decided to remove it to simplify the overall structure.
Read more
Several horizontal slots were incorporated into the lid to improve airflow inside the device. These openings allow air to enter from multiple directions, enabling the sensors to analyse the surrounding environment from as many angles as possible and providing more representative measurements of indoor air quality.
Read more
Yesterday, we took another important step in the development of our project by starting the 3D printing process of our very first physical prototype.
Read more