Major Capital Project Management
We operate the way you think
SNE Site Development operates by way of a model named ProjectNexus that is structured around Integrated Technical Construction Management. The ProjectNexus model contrasts with traditional capital project delivery methods, specifically, A/E-led design-build, Construction-led Design-Build, and Design-Bid Build. Unlike traditional methods, ProjectNexus provides Independent Construction/Project Management with authority across BOTH design and construction.
ProjectNexus Capital Project Delivery Features:
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Proactive review of design documentation to confirm constructability, completeness, and scope alignment before work reaches the field.
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Unified integration of power, cooling, BMS, fire life safety, and telecom as one operational facility — not disconnected scopes.
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Architectural, structural, and civil/site design alignment with MEPFP systems to eliminate conflicts and downstream rework.
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BIM modeling to support pre-construction planning, field installation and ongoing facility management.
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Active schedule leadership through validation of sequencing, dependencies, and task durations, with routine milestone reviews measuring progress against forecast.
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Structured submittal oversight and field verification to ensure all equipment aligns with design intent and approved specifications prior to installation.
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Centralized communication across all trades to maintain alignment with project milestones and operational performance goals.
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Continuous field validation and documentation to confirm operational readiness throughout construction and installation.
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Commissioning oversight to verify system functionality, controls logic, life-safety interfaces, and operational sequencing before owner acceptance.
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Disciplined project closeout including as-built verification, documentation coordination, emergency procedures, and final turnover packages — delivering a fully operational facility at handoff.
IT-CM Capital Project Delivery Results In:​
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Reduced change order requests through proactive design review and scope alignment.
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Improved schedule reliability through coordinated sequencing, milestone tracking, and trade alignment.
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Fewer field conflicts by validating constructability and system connectivity before installation.
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Lower owner risk through centralized technical oversight across design and construction.
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Faster commissioning by verifying system integration and operational readiness throughout the build.
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Improved system performance through early validation of controls logic, life-safety interfaces, and equipment compatibility.
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Clearer accountability with a single point of leadership for power, cooling, BMS, fire life safety, and telecom integration.
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More predictable project outcomes driven by continuous field validation and milestone-based execution.
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Streamlined closeout with accurate as-builts, complete documentation, and operational turnover packages
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Facilities that operate exactly as intended — from day one.