Modern Energy Project Management: Reimagining How Facilities Reach “Done”

Optimizing Execution with Advanced Engineering Design Models

Capital facility execution is undergoing a major shift as industrial leaders move away from fragmented, paper-heavy workflows in favor of collaborative, digital-first execution. With volatile market conditions and supply chain bottlenecks driving long lead times, outdated linear workflows often create costly delays. Modernizing your approach to modern energy project management provides the operational transparency required to compress schedules and hit critical market windows. By moving from disconnected submittals to live digital environments, facility owners gain a clear vision of project completion long before site construction wraps up.

In his article, “Reimagining How Energy Projects Reach ‘Done’,” ACS Director, Facility Design and Engineering, Michael Daugird outlines how digital coordination transforms execution while keeping complex schedules on track. A central theme of the piece is aligning technical workflows directly with owner goals: leveraging live platforms like Procore, Navisworks, and interactive Teams reviews to condense review cycles from weeks into hours. Relying on comprehensive engineering design models allows non-technical stakeholders to intuitively navigate spatial layouts, ensuring essential feedback is captured early in the process when changes carry the lowest cost and impact.

Daugird also emphasizes how digital coordination reinforces contractual accountability and dimensional accuracy. Advanced tools like laser scanning and bi-weekly progress updates feeding directly into Revit prevent unforeseen physical collisions on the job site. Integrating complex vendor equipment into detailed engineering design models up to LOD 350 guarantees spatial clearances and user access before fabrication begins. Leveraging these dynamic engineering design models allows teams to feed precise procurement data into engineering software early, ordering long-lead switchgear and controls well ahead of critical path dependencies.

Transitioning from passive asset design to active energy management fundamentally changes long-term facility profitability. Integrating open communication protocols like Modbus TCP/IP, EtherCAT, and BACnet unlocks live operational feedback for smarter utility scheduling. Deploying robust turnkey energy solutions enables feedforward thermal pre-charging, ice storage, and peak-shaving battery systems that eliminate expensive demand charges. Rather than relying on outdated worst-case design models, these modern turnkey energy solutions empower facility operators to actively manage power and water consumption directly against business schedules.

Ultimately, defining success by the owner’s true charter, rather than stopping at shop drawing approvals, is what delivers lasting value. Executing comprehensive turnkey energy solutions through disciplined energy project management ensures continuous care from initial concept to final commissioning. Navigating high-demand markets with proactive, tech-driven energy project management turns capital execution into a long-term competitive advantage.

Read the full article here.