Juan Carlos Perez Muñoz
About Juan Carlos Perez Muñoz
Juan Carlos Perez Muñoz is a PLC Controls & Process Engineer at thyssenkrupp Automotive Systems of America, LLC with extensive experience in PLC programming, MES systems, and robotic assembly solutions.
Title and Current Position
Juan Carlos Perez Muñoz holds the position of PLC Controls & Process Engineer at thyssenkrupp Automotive Systems of America, LLC. Based in the United States, he applies his extensive expertise in PLC systems and industrial automation to optimize processes within the company.
Professional Background
Juan Carlos Perez Muñoz has a robust professional background in the automotive and manufacturing industries. He worked at thyssenkrupp Automotive Systems of America, LLC as Técnico de mantenimiento from 2016 to 2021 in Puebla, México. Prior to that, he served as an Instrumentista at Kores for 8 months in 2015-2016 in Naucalpan de Juárez y alrededores, México. He also gained experience at Ford Motor Company as a Trainee Manufacturing in 2015 for 6 months in Cuautitlan Izcalli, México.
Education and Certifications
Juan Carlos Perez Muñoz studied Ingeniería electrónica, robótica y mecatrónica at Instituto Politécnico Nacional, earning his degree in Ingeniería from 2012 to 2017. He holds a certification in Handling Tool Operation and Programming from FANUC, which he obtained in Mason, Ohio in March 2022.
Technical Skills and Expertise
Juan Carlos Perez Muñoz is proficient in a variety of technical skills, including extensive experience with PLC Siemens models S7-300, 1200, and 1500, and TIA Portal V15/HMI programming. He is skilled in LAD, STL, SCL, and Graph PLC programming languages. His expertise extends to communication protocols such as Profinet, Profibus, FTP, and Ethernet/IP. He has significant experience with Keyence vision and scanner systems, as well as FANUC robot control and IR vision programming.
Industrial Automation and Process Improvement
Juan Carlos Perez Muñoz has demonstrated significant capabilities in the installation, start-up, commissioning, programming, and testing of new Manufacturing Execution System (MES) systems. His efforts in continuous improvement and robotic assembly have notably reduced takt time, highlighting his proficiency in optimizing manufacturing processes.