Network
Critical path tuned for dense industrial logic
The challenge
What industrial teams navigate every day
Discipline-heavy schedules with dense predecessor networks and rework loops
Turnaround and brownfield tie-ins where every hour of unplanned downtime is costly
Documentation and quality evidence that must trace back to activities and hold points
On a brownfield tie-in, the mechanical completion certificate for one module can block energisation of three others. Industrial schedules don't fail because of missing dates — they fail because predecessor logic between disciplines was never made explicit in the first place.
How Deming+ fits in
From modularisation to mechanical completion
Dense network scheduling
Maintain a clear predecessor network with critical path and float analysis tuned for the complexity of multi-discipline industrial logic.
Turnaround planning
Sequence brownfield tie-ins and shutdowns to the hour — with float visibility so the team knows exactly where time can and can't be recovered.
Quality & hold point traceability
Keep documentation and quality evidence tied directly to schedule activities — so ITPs, hold points, and sign-offs are never disconnected from the work.
Methodology & management plans
Draft and iterate construction methodologies and management plans from the same activity set your planners already trust — no copy-paste between systems.
Programme dashboards & roll-ups
Aggregate across plants, phases, or disciplines when leadership needs programme-wide visibility without losing activity-level detail.
EPC & owner alignment
Give contractors and owners a shared schedule view so mechanical, electrical, and process teams work from one narrative — not three separate programmes.
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Built for the precision of heavy industrial delivery
Whether you're managing a greenfield process plant, a refinery turnaround, a module fabrication and hook-up campaign, or a multi-discipline brownfield upgrade — Deming+ handles the predecessor complexity that simpler tools can't.