Controls Systems Reliability Engineer (Material Handling)
Step into a role where your decisions directly raise uptime, safety, and throughput across mission-critical operations. Your day blends hands-on controls engineering with systems thinking—optimizing preventive strategies, tuning PLC logic, and strengthening industrial networks that power conveyors, sortation, scanners, vision, print-and-apply, and SCADA platforms.
A day in the life
Start by scanning SCADA dashboards and equipment metrics to spot trends that could impact performance, safety, or availability.
Dive into PLC/PC controls (primarily Allen-Bradley ControlLogix/CompactLogix with RSLogix 5000) to troubleshoot, modify, and deploy improvements that keep material handling equipment operating within design parameters.
Serve as the first-call escalation—on-site or remote—during and after business hours, rapidly stabilizing controls software issues and coordinating additional help as needed.
Walk the system: inspect conveyors, sorters, drives, and networks to verify conditions align with client specifications and operational targets.
Partner with contractors to scope, schedule, and validate work—from licensed installs and upgrades to specialized systems maintenance and proprietary integrations.
Engineer reliability and process solutions from concept through network-wide implementation.
Continuously monitor Ethernet, ControlNet, DeviceNet, Profibus, AS‑i, motor/servo/frequency drives, and electrical distribution to preempt faults.
Collaborate with site leaders, operations, and maintenance to resolve electrical issues that create performance gaps; communicate timelines, risks, and production impacts clearly.
Lead failure reviews and process analyses; recommend fixes, improvements, or retraining to prevent recurrence.
Conduct periodic controls assessments to maintain and elevate equipment reliability.
Cultivate strong working relationships with the Client and Operations Maintenance team.
Contribute wherever needed—other job-related duties as assigned.
What you bring
Bachelor's degree preferred with 2–5 years of relevant experience; in lieu of a degree, a blend of education and experience will be considered.
Background in at least two design cycles (specification, component selection, programming).
2+ years with PLC programming, robotics controls/components, and SCADA-based monitoring and control.
Comfort with flexible schedules, including nights, weekends, and holidays.
Ability to work independently—interpreting general instructions and solving problems with minimal oversight.