We are excited to share our final update on our IPPD project, where we developed a sensor-based system for backer defect detection in composite structures. Our project has reached its final stages, and we are proud of the progress we have made over the two semesters.
One of our significant accomplishments is collecting data for variable speed, pressure, and inclusion size for inductive sensors. We found that the capacitive sensor is very noisy during movement and must be placed or moved slowly to get readable values. This knowledge will help us in developing a robust and reliable sensing system.
We also created a 3D model for our handheld device, which will be used for testing and further development. Moving forward, we plan to complete the 3D handheld model print for a sample run to put into a video and FDR presentation. We received valuable feedback on our FDR presentation and incorporated changes to improve the event’s overall presentation. Additionally, we completed future recommendations and a user manual to support future work on this project.
We would like to express our sincere gratitude to our liaisons for their invaluable support throughout the project. Their guidance and expertise have been instrumental in our success. In conclusion, we are proud of the progress we have made and are excited to share our final product with everyone.