Automation Engineer

PURPOSE:

The Automation Engineer is responsible for developing, implementing, maintaining, and improving automated manufacturing systems and processes supporting new and existing products. This role focuses on integrating automation, robotics, controls, and advanced manufacturing technologies to improve safety, quality, delivery, and cost performance.

The position supports new product introduction, production sustainment, and continuous improvement initiatives by identifying automation opportunities, developing technical solutions, troubleshooting equipment and process issues, and collaborating with cross-functional teams. The Automation Engineer works under established technical direction to implement reliable, efficient, and scalable automation solutions aligned with manufacturing objectives.

DUTIES/RESPONSIBILITIES:

1. Automation Development and Integration

• Support the design, development, and implementation of automated manufacturing systems and equipment.
• Identify opportunities to automate manual processes and improve manufacturing efficiency, consistency, and repeatability.
• Assist in the integration of robotics, PLCs, sensors, machine vision, motion control, and other automation technologies.
• Support the development of equipment concepts, functional requirements, specifications, and system layouts.
• Collaborate with manufacturing and design engineering to incorporate Design for Automation (DFA) and Design for Manufacturability (DFM) principles into new products and processes.
• Support the evaluation of emerging automation technologies and their potential manufacturing applications.

2. Equipment Installation, Commissioning, and Qualification

• Support equipment installation, startup, commissioning, and acceptance activities.
• Assist in developing and executing equipment testing, process validation, and qualification plans.
• Verify automated equipment performance against established specifications, safety requirements, and production objectives.
• Coordinate with equipment suppliers, system integrators, and internal technical teams to resolve installation and performance issues.
• Support equipment acceptance testing and the transition of automated systems into production.
• Develop and maintain equipment operating parameters, recipes, and control settings as applicable.

3. Production Support and Troubleshooting

• Provide technical support for automated manufacturing equipment and production processes.
• Troubleshoot automation, controls, sensors, robotics, and equipment-related issues to minimize downtime and production interruptions.
• Identify root causes of recurring equipment failures and implement sustainable corrective actions.
• Collaborate with Operations, Maintenance, Quality, and Engineering to improve equipment reliability and process performance.
• Support the development of preventive maintenance requirements and troubleshooting procedures.
• Assist in monitoring equipment performance, cycle time, uptime, and overall equipment effectiveness (OEE).

4. Lean Manufacturing and Continuous Improvement

• Identify and implement automation and process improvements that enhance safety, quality, delivery, and cost performance.
• Support Lean Manufacturing initiatives, including waste reduction, standardized work, cycle-time improvement, and production flow optimization.
• Analyze manufacturing data to identify trends, process constraints, and opportunities for improvement.
• Participate in root cause analysis, corrective action, and continuous improvement activities.
• Evaluate the effectiveness of implemented automation solutions and recommend further improvements.
• Support efforts to reduce scrap, rework, labor content, and process variability.

5. Project Execution and Supplier Coordination

• Execute assigned automation projects in accordance with established scope, schedule, budget, and technical requirements.
• Assist in preparing equipment specifications, project schedules, cost estimates, and capital expenditure justifications.
• Coordinate with vendors and system integrators to evaluate technical proposals and support equipment selection.
• Track project activities, resolve technical issues, and communicate project status, risks, and resource needs to stakeholders.
• Support equipment procurement, factory acceptance testing, site acceptance testing, and project closeout.
• Identify opportunities to reuse proven automation designs and standard components across manufacturing processes.

6. Documentation and Standardization

• Develop and maintain automation documentation, including equipment specifications, electrical schematics, control narratives, operating procedures, and troubleshooting guides.
• Support the development and maintenance of PLC programs, HMI configurations, robot programs, and related technical files in accordance with company standards.
• Maintain appropriate revision control, backups, and documentation for automation systems.
• Establish and follow standard practices for equipment installation, operation, troubleshooting, and maintenance.
• Support the development of standardized automation platforms, components, and control practices under the direction of senior technical personnel.
• Ensure documentation supports safe operation, repeatable processes, and effective knowledge transfer.

7. Safety, Quality, and Compliance

• Incorporate appropriate machine safety, guarding, interlocking, and risk-reduction measures into automation projects.
• Support machine risk assessments and compliance with applicable OSHA requirements, recognized industrial safety standards, and company procedures.
• Collaborate with Quality Engineering to ensure automated processes meet product specifications and quality requirements.
• Support process capability studies, equipment qualification, and corrective action activities as required.
• Ensure automation changes are appropriately reviewed, documented, tested, and released before implementation in production.

8. Cross-Functional Collaboration and Technical Development

• Work closely with Manufacturing Engineering, Operations, Maintenance, Quality, Product Development, IT, and external suppliers.
• Participate in new product introduction activities to ensure manufacturing equipment and automation requirements are addressed.
• Communicate technical issues, project progress, and improvement opportunities to engineering leadership and manufacturing stakeholders.
• Develop technical expertise in automation, robotics, controls, and manufacturing systems.
• Share lessons learned and contribute to continuous improvement of engineering practices.
• Apply established automation standards and incorporate feedback from senior engineers to improve technical performance and project execution.