Carolina Jeanett Ruiz Medina

• Support the implementation of the Manufacturing Execution System for the production area/lines.
• Participation in design reviews for processes requiring MES deployment, while providing data collection and retention at each step.
• Plan and provide detailed training on system design, maintenance, and troubleshooting to various customer skills to maintain system uptime.
• Conducted analyses addressing failure, reliability or yield improvement.

• Expansion of a database visualization with Microsoft Power BI for higher-level process monitoring for predictive maintenance of the riveting area.
• Use of Robotic Process Automation tools, such as Power Automate, to validate and correct information obtained on the assembly line.
• KUKA and ABB robots operation and programming during the creation of new projects and prototypes on riveting and welding processes.
• Design and follow up on proposals for improvements in projects of the mechanical joining department.
• Optimization and further development of a software tool for wear analysis of electric motor-driven process devices.

Design of a board game played between a human and a cobot.

• Siemens S7-1500 PLC programming for the integration of industrial elements and the connection of industrial networks.
• Use of artificial vision for classification and game decision-making.
• COBOT and robotic arm programming and operation for playing routines.
• Use of CAD/CAM technologies for the design and construction of the board game space.

Sketching and modeling of a shoe-cleaning machine with a robotic arm.

• CAD design of the cleaning station for the simulation of trayectories, and use of a digital twin.
• Introduction to FANUC robotic arms that performed the cleaning actions (Programmimg and configuration)
• Python programming to calculate a specific trajectory for a shoe using artificial vision.

Automation of a solar tracking mechanism to optimize the solar resources.

• Use of a PID control system to find the optimal solar tracker angle.
• Designing, construction, and simulation of the mechanism using SolidWorks.
• Bluetooth connection of components allows for easier access to the information.