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Applied Digital in Dallas seeks a Controls SME to lead the design and implementation of building automation and control systems for HPC datacenters. You will coordinate with design managers and consultants to ensure a robust, scalable controls architecture.
Responsibilities include BMS/EPMS design, DDC/PLC/SCADA networks, control narratives, regulatory compliance, and high-availability strategies to minimize downtime.
Job Description
About Applied Digital:
At Applied Digital, we are the epicenter of AI innovation, crafting cutting-edge data center solutions tailored for the demands of high-performance computing. Designed from the ground up to support AI and machine learning workloads, our infrastructure is the backbone of tomorrow’s technological advancements, including AI-driven video and generative platforms.
We are:
At Applied Digital, we are committed to solving intricate problems, advancing business initiatives, maximizing operational efficiency, and reducing our carbon footprint. We are a team of resilient, forward-thinking innovators driving the AI revolution.
Position Overview:
As we continue to expand and enhance our datacenter infrastructure, we are seeking aControls Subject Matter Expert (SME) to play a vital role in providing robust, reliable, and efficient building automation and controls solutions in service of our clients. As aControls SME on the Datacenter Development team, you will be responsible for overseeing the controls infrastructure designs in cooperation with our internal Design Managers and external consultants based on the established basis of design and constructability of our HPC data centers. This role supports the design team first with secondary support for construction and operations when necessary. Your role will encompass various aspects of controls systems, including Building Management Systems (BMS), Electrical Power Monitoring Systems (EPMS), DDC/PLC/SCADA architecture, and control sequences for mechanical and electrical plant equipment, to ensure the highest levels of reliability and efficiency.
Key Responsibilities: