* Managed a well-known Mexican-style restaurant by overseeing daily operations such as but not limited to inventories, staff management, cost estimates, and suppliers. Being able to thrive during the pandemic adversity.* Led a team of local employees bridging the gaps between cultures by promoting respect and tolerance values, achieving excellent team cohesion and cooperation environment.

* Oversaw the production of four lead-acid battery electrode pasting lines, ensuring that process control plans were being followed and utilizing quality tools such as FMEA and SPC to maintain the quality of all parts.* Worked closely with machine operators to identify and troubleshoot issues, using my expertise to ensure the success of the production process

* Collaborated in a Six-Sigma project for ceramic plates used in the manufacturing of electronic components, which involved experiments under different production conditions, microstructural and chemical analyses resulting in the identification of potential defect root causes and the development of a segregation and recycling method that saved up to 20 000 USD/month.* Took part in a cost reduction project by analyzing the properties of new materials for capacitor manufacture, conducting more than 100 mechanical tests and more than 50 rheological tests following the ASTM D2196-20 and ASTM D2196 test standards, setting up a solid and reliable base for their future implementation in the production line.* Played a key role in experimental runs of new materials, analyzing their behavior during production conditions and defining control parameters for their use on the production floor.Applied FMEA methodology to identify failure modes, effects, and root causes in a capacitor defect analysis project. Collaborated with cross-functional teams to enhance the defect matrix, ensuring comprehensive coverage of failure modes and associated risks. Implemented preventive measures to mitigate issues, control risks, and optimize process quality.* Demonstrated strong analytical skills by monitoring critical process variables using Statistical Process Control (SPC) method and reporting to the lead engineer, Ensuring the process ran smoothly and efficiently within the control parameters.