Discover the critical path method, the longest sequence of activities that determines project duration, using milestones, durations, and relationships in Primavera P6 to drive construction schedules and 4D planning.

Explore lags and leads in the critical path method, using positive and negative lag with start-to-start relations to reflect waiting times, resource sequencing, and curing or material delays.

Examine hard and soft constraints, reveal how hard constraints can disrupt the critical path and create negative float, and learn to limit constraint use in construction schedules.

Explore triangle planning and scheduling to reveal how scope, time, resources, and cost depend on each other and ripple through the schedule.

Submit the tender program as a communication tool, then submit and baseline the work program for approval after award; monitor progress and revise it when sequence, scope, or time changes.

Examine information loop and gap analysis to map data flow and identify gaps. Assess project delivery methods, contracting party responsibilities, and uncertainties in the built environment for planning and scheduling.

High uncertainty projects drive change, complexity, and risk, challenging traditional predictive approaches and change control. Subject matter experts collaborate to apply adaptive solutions across simple to complex projects.

Compare vertical and horizontal construction projects from a planning perspective, examining sequencing, bottlenecks, accessibility, and crew limits, and how schedules adapt to shifting critical paths.

Master location based scheduling, aka vertical production method, to optimize resource utilization by coordinating zones and locations for parallel work and clear progress.