Jorge Augusto Junqueira Ferreira
About Jorge Augusto Junqueira Ferreira
Jorge Augusto Junqueira Ferreira is a Senior IT Business Systems Analyst at Wastequip in Charlotte, North Carolina, with extensive experience in automotive industry projects and industrial automation. He has held various roles in companies such as Brose Group and Dana Holding Corporation, contributing to software development and maintenance processes.
Work at Wastequip
Jorge Augusto Junqueira Ferreira has been employed at Wastequip as a Senior IT Business Systems Analyst since 2021. He is based in Charlotte, North Carolina, where he has worked for three years. In this role, he focuses on optimizing IT systems and processes to support the company's operations.
Previous Roles at Wastequip
Before his current position, Jorge served as the Opex Manager and Automation Engineer at Wastequip from 2019 to 2021. During this two-year tenure, he contributed to operational excellence and automation initiatives within the organization, further enhancing his expertise in IT and automation.
Education and Expertise
Jorge studied at Senai Ney Damasceno Ferreira, where he earned a Technician in Mechatronic degree between 2004 and 2006. He also attended Universidade Luterana do Brasil, focusing on Electrical and Automation, and completed his studies in Electrical Engineering in 2006. His education laid the foundation for his extensive experience in software development and industrial automation.
Background in Automotive Industry
Jorge has participated in global projects for major automotive companies, including VW, Ford, GM, Honda, Toyota, and Mercedes. His work involved the development, implementation, and management of complex projects within automotive assembly lines, emphasizing his role in industrial automation.
Recognition and Contributions
Jorge was recognized by the Customer Team Coordinator of Brose Brazil for his expertise and contributions to development teams and production processes. This acknowledgment highlights his impact on the efficiency and effectiveness of automotive production systems.