The Manufacturing Engineer II at Philip Morris USA, a subsidiary of Altria, serves as a critical link between complex mechanical operations and advanced digital control systems. This position focuses on the Primary Processing stages of production within the Richmond, Virginia, manufacturing center. The role ensures that tobacco and nicotine processing equipment remains reliable, efficient, and capable of meeting high-volume business demands through constant technical innovation.
The activities of a Manufacturing Engineer II influence multiple departments across a large-scale production facility. Success in this role requires a deep understanding of how engineering decisions impact technology, facilities, labor relations, and quality assurance, making it a truly cross-functional position.
The engineer works closely with IT professionals to manage the integration of PLC software and HMI development. These digital interfaces allow operators to control machinery safely and provide the data necessary for process historians to track production trends. When an engineer updates a system like Allen-Bradley ControlLogix, the technology team must ensure the digital control networks are secure and capable of handling the increased data flow without interruption.
This role is essential for coordinating the physical installation of new equipment. The engineer provides the technical specifications needed for power, ventilation, and floor space. This collaboration ensures that the facility-level infrastructure can support the heavy mechanical and electrical loads of modern processing machinery. Proper coordination prevents delays during the commissioning of new production lines and ensures that safety standards are maintained throughout the physical plant.
The Manufacturing Engineer II must navigate complex labor relations. At Philip Morris USA, much of the maintenance work involves internal union labor. The engineer is responsible for following union notification processes and adhering to established labor agreements. This professional communication helps maintain a positive company culture and ensures that projects move forward without legal or administrative friction.
The engineer’s work directly impacts product consistency and quality. By developing and deploying control system improvements, the engineer ensures that every product meets strict regulatory compliance and quality standards. The data collected from process capability evaluations allows the quality team to validate that manufacturing methods remain within the necessary tolerances, protecting the brand’s reputation and ensuring consumer safety.
The primary focus of the Manufacturing Engineer II is the mastery of Production Equipment and Hardware within a highly regulated environment. This requires a deep-seated ability to adapt existing mechanical and electrical systems to new, innovative product formats while ensuring maximum operational uptime. This is achieved through a combination of systematic problem-solving and proactive maintenance strategies.
Best practices in this field also include Predictive Maintenance. Rather than waiting for a machine to break, the Manufacturing Engineer II uses sensors and data to predict when a part might fail. This allows the maintenance team to schedule repairs during planned downtime, which saves the company significant costs in lost production. In a rapid, agile, consumer-driven manufacturing environment, the ability to minimize unplanned failures is a hallmark of an effective leader.
Are you ready to lead in a high-tech, regulated manufacturing environment? The skills required to manage PLC systems, union labor, and process reliability are in high demand as the industry continues to professionalize. Visit our Manufacturing Career Center today for deep-dive resources on Standard Operating Procedures (SOPs), leadership frameworks, and the specialized technical skills needed to thrive in the era of automated industrial production.
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