Job Description

In this new position based in Evansville, the Associate Digital Manufacturing Engineer will make a positive impact by collaborating with global and site stakeholders to plan, deliver, maintain and continuously improve critical digital processes, products, services to maximize site value.

• Partner with operations, engineering, IT, and business stakeholders to define reporting requirements and KPIs.
• Design, build, and maintain dashboards that provide visibility into production performance, quality, reliability, and efficiency.
• Integrate data from business systems and process systems into dashboards and reporting tools.
• Ensure data accuracy, consistency, and usability across connected systems.
• Identify opportunities to automate manual reporting and improve data flow between systems.
• Support digital manufacturing initiatives, including system connectivity, data modeling, and visualization.
• Troubleshoot data issues and collaborate with cross-functional teams to resolve root causes.
• Document dashboard logic, data sources, and business rules.
• Train users and support adoption of digital tools and analytics solutions.

Qualifications

• Bachelor's degree in Manufacturing Engineering, CIS Engineering, Business Systems Engineering or technical-related field is required.
• Experience in manufacturing, digital engineering, data analytics, or system integration is preferred.

Other preferred knowledge, skills or abilities include:

• Strong understanding of manufacturing processes and business operations
• Experience creating/using dashboards and visualization tools such as Power BI, OSI PiVision
• Familiarity with data integration concepts, APIs, SQL, or industrial data platforms
• Ability to translate business needs into technical requirements and practical solutions
• Strong problem-solving, communication, and collaboration skills
• Experience connecting ERP, MES, data historian, quality, maintenance, and PLC Systems
• Knowledge of manufacturing KPIs such as OEE, throughput, downtime, yield, scrap, and cycle time