Controls Hardware Design Engineer

Position Summary Insight Global is seeking five Hardware Design Engineers to support a hyperscale data center program in Sullivan, Indiana. These roles will support the development, coordination, and delivery of BMS / BAS and EPMS controls hardware design packages from current design baseline through approved submittals, construction coordination, commissioning readiness, and closeout documentation.Required Qualifications Experience developing controls hardware design packages for BMS, BAS, EPMS, industrial automation, or mission-critical facilities. Ability to read and interpret electrical drawings, mechanical drawings, P&IDs, control schematics, specifications, points lists, and sequences of operation. Working knowledge of control panels, PLC / DDC hardware, I/O modules, field devices, instrumentation, network architecture, and low-voltage controls wiring. Experience coordinating with project managers, design teams, contractors, BIM/modeling resources, vendors, and commissioning teams. Strong attention to detail, document control discipline, and ability to manage design deliverables under aggressive project schedules. Preferred Qualifications Data center or hyperscale project experience. Experience with Allen-Bradley PLCs, Ignition SCADA, BACnet/IP, Modbus TCP, EPMS, and BMS / BAS platforms. Familiarity with AutoCAD, Revit, BIM coordination workflows, Bluebeam, Procore, SharePoint, or similar project delivery tools. Experience supporting 30% / 60% / 90% submittal cycles, IFC packages, as-built documentation, and commissioning deliverables. Knowledge of construction-phase controls coordination, vendor integration, and field issue resolution. Ideal Candidate Profile The ideal candidate is a technically strong controls hardware designer who can move quickly, coordinate across disciplines, and produce accurate, construction-ready documentation. This person must be comfortable operating in a fast-paced data center environment where design quality, schedule discipline, documentation accuracy, and field responsiveness directly impact commissioning success.