GM Project (BAB)
– Provided consulting services in large-scale automotive manufacturing environments, including support for electric vehicle production and battery systems integration.
– Experience includes advisory work in GM Spring Hill (Tennessee), focusing on system architecture, industrial automation integration, and high-volume production processes.
Renault Captur Program – PLC Programming, Robotic Integration and Commissioning
– Developed PLC software and performed commissioning activities for robotic body shop systems during the Renault Captur vehicle launch program in Curitiba, Brazil.
– Responsibilities included control logic implementation, system validation, integration of robotic cells, and support for production readiness in a high-volume automotive manufacturing environment.
AIRBUS Global Projects Experience
– Participated in a global industrial automation project involving software development, commissioning, and consulting activities across multiple countries.
– In Brazil, contributed to PLC software development and system design for automated production systems.
– In Germany (Mücka), supported on-site commissioning activities, including system validation, integration, and performance verification in a high-precision manufacturing environment.
– In the United States (Mobile, Alabama), provided specialized consulting services focused on system integration strategies, control architecture review, and support for implementation planning, in compliance with applicable international engagement frameworks.
– The same project was later deployed in China, demonstrating scalability and global applicability of the developed automation solutions.
Industrial Automation Consulting – Technology Transition and System Optimization
– Delivered high-level industrial automation consulting services during the technology transition following the integration of Lyseon into Martinrea’s operations in Tulsa, Oklahoma.
– Advised the migration of automation platforms from Siemens to Rockwell Automation, defining system architecture, integration strategies, and scalability considerations for modern manufacturing environments.
– Contributed to performance optimization by supporting cycle time reduction initiatives and improving overall equipment efficiency across automated production lines.
– Provided technical advisory on safety system enhancements and compliance with industrial standards, increasing operational reliability and reducing risk exposure.
– Supported the design and implementation of secure industrial network infrastructures, including local and private networks with encryption, enabling reliable and protected communication between control systems.
