Ricardo I. Lopez Ruiz

Developed and deployed an automated test stand for aircraft engine components, reducing testing time by 50% through the integration of custom Python scripts and a LabVIEW interface.

Implemented a robust data acquisition system utilizing NI DAQ hardware, sensors, and signal conditioning for precise measurement and analysis of critical engine parameters.

Executed comprehensive system validation and verification, ensuring compliance with industry standards and delivering reliable performance for production environments.

Contributed to cross-functional team efforts, effectively communicating technical progress and collaborating on design iterations to achieve project objectives within tight deadlines.

Developed and optimized machine learning algorithms for real-time object detection and classification in autonomous robotic systems, achieving over 90% accuracy in dynamic environments.

Integrated various sensors, including LiDAR and cameras, using ROS (Robot Operating System) to create robust navigation and mapping solutions for complex indoor and outdoor scenarios.

Contributed to the design and simulation of robotic prototypes, enhancing system performance and validating control strategies before physical implementation.

Authored research findings and presented technical demonstrations, effectively communicating complex concepts to peers and faculty.

Assisted in the design and validation of critical electronic circuits for aerospace platforms, ensuring adherence to stringent performance and reliability standards.

Utilized Altium Designer for schematic capture and PCB layout, contributing to the development of compact and efficient hardware solutions.

Conducted thorough functional testing and debugging of prototype boards, identifying and resolving hardware anomalies to optimize system performance.

Collaborated with senior engineers on design reviews and documentation, gaining valuable experience in the aerospace product development lifecycle.