Edgar Noe Perez Flores
About Edgar Noe Perez Flores
Edgar Noe Perez Flores is a Mechatronics Engineer with expertise in electrical testing and programming, currently working at Poly in Mexico. He has a background in Six Sigma methodologies and has previously worked at Sensata Technologies.
Work at Poly
Currently, Edgar Noe Perez Flores works at Poly as an Ingeniero en prueba eléctrica. He has been in this role since 2019, contributing to the electrical testing department within the telecommunications area. His responsibilities include analyzing and diagnosing production processes, evaluating the technical feasibility of automated equipment, and applying statistical analysis to support electropneumatic equipment. He is involved in the implementation of new products and the development and improvement of automated equipment.
Education and Expertise
Edgar Noe Perez Flores holds a degree in Mechatronics Engineering from Universidad Autónoma de Baja California, which he completed from 2013 to 2017. He has furthered his education by studying at Lean Academy, where he achieved a Six Sigma Green Belt from 2019 to 2020. Additionally, he has completed courses on Labview programming through Udemy, obtaining certifications in Labview Core I and Labview Core II in 2019. He is currently completing a diploma in Six Sigma Green Belt, applying the tools acquired in his work.
Background
Before joining Poly, Edgar Noe Perez Flores worked at Sensata Technologies as a Practicante de Ingenieria from 2018 to 2019 in Tijuana, Mexico. This experience provided him with foundational skills in engineering practices and exposure to the industry. His educational background and practical experience have equipped him with the necessary skills to excel in his current role in electrical testing.
Achievements in Programming and Analysis
Edgar Noe Perez Flores has developed expertise in programming with Labview, which is essential for his role in electrical testing. He applies statistical analysis to enhance production processes and provides support for electropneumatic equipment. His focus on the technical feasibility of automated equipment demonstrates his analytical skills and commitment to improving operational efficiency.