Developing a comprehensive control system for both linear and angular positioning of a seat within a John Deere tractor, alongside the design and implementation of communication protocols such as CAN, USB, and TCP/IP. Additionally, conducting vibration analysis utilizing an STM32 microcontroller to ensure optimal performance and stability.

Implementation and Improvement of an Autonomous Navigation System for Vehicles Capable of Operating Safely, Efficiently, and Reliably in Complex Environments.Incorporating complex Environment Recognition, Real-Time Decision Making, and computer vision for Recognition of Objects and Colors

Creating an emergency response system employing signal processing techniques to efficiently address critical situations. This involves analyzing and transcribing 911 calls to distinguish between false alarms and genuine emergencies, ensuring prompt and appropriate responses. Additionally, designing a system with an LCD display to visually indicate the direction of the emergency, facilitating swift navigation and assistance.

Collaborated on social projects involving NAO robots, particularly in providing therapies to assist individuals with specific motor disabilities. Spearheaded the organization of a conference across various Prepa Tec campuses aimed at advocating for greater female representation in engineering fields.

Within the framework of the "Beautiful Patterns" program, a joint initiative between MIT and Tecnológico de Monterrey aimed at promoting the presence of women in STEM fields in Latin America. I took on the role of leading a group of young women aged 13-15, guiding them through the process of creating a simple web page using HTML, CSS, and JavaScript. In addition to providing instructional resources, I organized activities aimed at boosting their self-confidence and problem-solving skills, fostering a collaborative environment among them.