Share of this job’s tasks that AI is already used for at work, from real usage. It is not a forecast of job loss, and a low number means no use seen yet. Source: Anthropic Economic Index.

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About the job

We are looking for a team member interested in a career that offers the opportunity to build deeper expertise in industrial controls and automation while solving meaningful, hands-on engineering problems. You will work directly with automated equipment, collaborate with experienced technical teams, and contribute to improvements that make warehouse operations safer, more reliable, and more efficient. If you enjoy understanding how systems work, troubleshooting challenging technical issues, and turning engineering knowledge into practical results, we encourage you to apply. Automation Engineer (Material Handling) Position Overview: We are seeking a hands-on, solutions-oriented Automation Engineer to improve the safety, reliability, and performance of our automated systems and material-handling operations. This role combines industrial controls, software, mechanical systems, and data-driven problem-solving to identify opportunities, develop innovative solutions, and deliver measurable operational improvements. You will work closely with Industrial Engineering, Software Engineering, Operations, Maintenance, and Management to diagnose complex equipment issues, improve existing control systems, and implement practical solutions that support efficient warehouse operations. The ideal candidate is curious, persistent, and comfortable digging into a problem rather than settling for a temporary fix. You take ownership of your work, communicate effectively with technical and nontechnical teams, and enjoy seeing your engineering solutions make a tangible difference. Key Responsibilities PLC Programming & Controls: Develop, modify, troubleshoot, and optimize PLC logic and industrial control systems to improve equipment functionality, reliability, and performance. Equipment Troubleshooting: Investigate complex automation and equipment issues, identify root causes, and implement corrective actions that prevent recurring problems. System Optimization: Evaluate existing automated systems and identify opportunities to improve safety, performance, uptime, and operational efficiency through controls improvements, software changes, and engineering modifications. Electrical & Mechanical Diagnostics: Work with electrical schematics, control drawings, and mechanical systems to diagnose faults and understand interactions between equipment, controls, and software. Automation Projects: Support the design, integration, installation, testing, and commissioning of automated equipment and material-handling systems. Cross-Functional Collaboration: Partner with maintenance technicians, maintenance managers, engineers, operations personnel, and equipment vendors to resolve technical challenges and improve system performance. Data-Driven Improvement: Collect and analyze equipment and operational data to identify recurring failures, performance bottlenecks, and opportunities for continuous improvement. Industrial Systems Integration: Support the integration of PLCs, industrial networks, SCADA platforms, and software applications used to monitor and control automated equipment. Technical Documentation: Maintain accurate system documentation, troubleshooting procedures, system configurations, and engineering changes.