Innovating with User-Centric Software for Sustainable Manufacturing

In the fast-paced realm of manufacturing, the integration of real-time quality assurance systems stands as a critical factor for maintaining product excellence and optimizing operational workflows. Traditional approaches to quality control in printed and additive electronics (PAE) manufacturing often grapple with complexities in user interface designs and lack the automation needed for efficient data handling and report generation. This research proposal, a collaborative endeavor between TRAQC and UI/UX specialists, is dedicated to overcoming these hurdles by developing a user-centered software solution that enhances real-time quality assurance practices. The project is structured around several key objectives: First, to gain a deep understanding of the end-users’ needs, both technical and non-technical, through comprehensive interviews. Second, to leverage these insights in designing a prototype that adheres to the principles of user-centered design. Third, to deploy this prototype within a live manufacturing environment, assessing its usability and impact on quality assurance procedures. Finally, to refine and validate the software, ensuring it not only aligns with TRAQC’s rigorous standards but also resonates with the broader needs of the industry. Through this project, we anticipate setting new standards in manufacturing efficiency and quality control, underscored by a profound understanding of user interaction and experience.

Faculty Supervisor:

Imen Benzarti

Student:

Partner:

TRAQC

Discipline:

Computer science

Sector:

Manufacturing; Professional, scientific and technical services

University:

École de technologie supérieure

Program: