Oussama CHAABANE

Integrated fiber optic sensors into composite structures for real-time structural health monitoring. Processed and analyzed large sensor datasets to extract insights, improve data accuracy, and support decision-making in structural monitoring. Developed an interactive GUI using Dash Plotly for Excel & CSV data visualization, enabling advanced resampling, time-shift adjustments, and trend analysis.

Designed and developed a buoyancy control system prototype for an Autonomous Underwater Vehicle (AUV) using ESP32 microcontroller. Developed a REST API to interface with ESP32-connected sensors over Wi-Fi, enabling real-time data acquisition, processing, and remote control. Conducted rigorous system testing and debugging to optimize efficiency and reliability.

• Improved production line efficiency while reducing costs through cross-functional collaboration. • Optimized mechanical processes to ensure seamless operations meeting rigorous quality standards.. • Recognized for contributions to continuous improvement initiatives.

• Designed and built an intelligent mobile robot with a versatile manipulator arm, boosting operational efficiency. • Developed LabVIEW program for precise path planning and trajectory optimization. • Integrated LabVIEW with Arduino MEGA board for real-time control. • Created an intuitive GUI for user-friendly robot control. • Engineered mechanical components using SolidWorks and CNC machining. • Designed an efficient electronic voltage regulation system in PROTEUS 8.

• Contributed to the successful electrical connection of a three-phase transformer. • Ensured safety and compliance standards adherence, resulting in zero safety incidents. • Assisted in troubleshooting and maintenance activities.

• Gained valuable insights into industrial machinery and maintenance practices during a one-month internship with the mechanical maintenance team, where I observed and learned about various maintenance procedures, including Proactive Maintenance, Preventive Maintenance and Scheduled Maintenance.