Lead Reliability Engineer, BMS & Controls

It's fun to work in a company where people truly BELIEVE in what they're doing! We're committed to bringing passion and customer focus to the business.

Role Summary: Unlike traditional operational support roles focused on day-to-day alarm management, the Lead Engineer for BMS/Controls serves as the ultimate technical authority for controls logic, Sequence of Operations (SOO), and enterprise telemetry across Aligned's fleet.

Acting as the strategic bridge between Site Operations and Platform Delivery, this role utilizes advanced data forensics to identify systemic automation blindspots and issues binding control logic mandates to prevent recurring failures and eliminate enterprise SLA risk.

Core Responsibilities: Advanced Forensic Data Analysis (RCA Governance): Extract and synthesize complex Building Management System (BMS) and Electrical Power Monitoring System (EPMS) trend data during high-severity incidents.

Identify latent automation failures, false sensor readings, and PID loop tuning issues that contribute to physical infrastructure degradation.

Engineering Design Mandates & SOO Optimization: Review drawings, contract documents, and customer requirements to audit proposed controls logic and Sequence of Operations for new capital projects. Issue binding Engineering Change Orders to correct architectural blindspots prior to site deployment.

Proactive Telemetry Auditing: Conduct programmatic audits of active facility control systems. Monitor adherence to approved standards, ensure sites are not operating in prolonged manual overrides, mitigate alarm fatigue, and verify that all telemetry aligns strictly with fleet-wide reliability requirements.

Innovation & Digital Validation (HFSS Integration): Partner with the Advanced Cooling Lab to validate new control sequences in a virtual environment.

Assist in feeding real-world telemetry data into the High-Fidelity System Simulator to stress-test control reactions to simulated thermal transients and complex evolutions. E