- Design, develop, test and deploy embedded software applications for John Deere next generation of self-propelled sprayer machines.- Perform analysis and resolution of defects.- Execute testing of software applications with Unit Tests and Software In the Loop.- Present demos and do code-reviews with other team members.Tools and technologies: C/C++, Qt, Matlab, Jenkins, Git, GitHub, CANdelaStudio, CAN and MQTT protocols.

- Frontend development of a Flutter desktop application for the management of food and beverages sales and inventory at the Cuauhtémoc Stadium.Tools: Flutter, Dart, Android Studio, Git, GitHub.- Mockup design for the application using MockFlow software.- Use of Agile methodology and Jira software to manage project tasks.

Name of the research project: "Design of STEM teaching modules for middle school students".Collaboration with a team made up of UC San Diego students, education professionals, and other Mexican students in the "Escribamos Ciencia" project, directed by Professor Olivia A. Graeve. "Escribamos Ciencia" is a program oriented to promote science and English learning in middle school students near the Mexico-US border.During the ENLACE program I developed the following activities:- Creation of the following STEM teaching modules: + "How does a robot work?" + "How does the Internet work?" + "How does a computer work?" + "Ocean exploration, layers and currents" Each module includes an instructor document, a student's document, slides, a script, and a video.- Participation in weekly progress meetings.- Attendance to 12 Science and Society lectures, an Anti-Bias training, and a Grad School Prep as part of the program.Virtual remote program.

- Revision of code and practices of the online course "ARM microcontrollers programming in MicroPython language".- Creation of libraries in C language for their integration into the MicroPython firmware of the Ophyra development board (To use the pushbuttons, MPU6050 sensor and EEPROM memory).- Version control of the C libraries using Git and GitHub.- Creation of internal documentation files about the compilation and integration of C libraries for the firmware of the Ophyra board.

Development of a prototype for the monitoring of the moisture and automatic irrigation of crops, and a prototype of an automatic rabbit feeder. These projects were developed as a team.Among the activities that I performed in these projects, are:-PIC microcontroller programming-Use of the Mosquitto broker, which implements the MQTT protocol, for the information exchange between a Raspberry Pi and various NodeMCU platforms.-PCB design using Eagle-PCB soldering

Collaboration in maintenance of the interactive equipment of the museum. All the computers were automated to turn on and turn off at a specific hour.