Expert articles on scheduling, project controls, and construction technology. Stay ahead with actionable insights from the BuiltNEX team.
Learn the core principles of project controls in construction, from cost management and scheduling to earned value analysis and risk mitigation.
Read More →
A clear breakdown of total float and free float — what they mean, how they differ, and why they matter for managing construction schedule flexibility.
Read More →
A comprehensive guide to the Critical Path Method — the foundation of construction scheduling that identifies the longest sequence of dependent activities.
Read More →
Proven strategies for identifying, preventing, and mitigating schedule delays in construction projects before they impact the critical path.
Read More →
How to identify and classify construction delays using forensic schedule analysis, contemporaneous records, and time impact analysis methods.
Read More →
Everything you need to know about the Primavera P6 XER file format — its structure, data tables, common issues, and how to read XER files without P6.
Read More →
Best practices for analyzing construction schedules from Primavera P6, including logic checks, float analysis, and schedule quality validation.
Read More →
How to compare schedule updates against baselines to track variances, measure progress, and maintain control over your construction project timeline.
Read More →
Essential cost control techniques for construction projects, from budget forecasting and earned value analysis to change order management.
Read More →
Effective resource management strategies for construction teams — from resource loading and leveling to allocation optimization and histogram analysis.
Read More →
A complete guide to the DCMA 14-point schedule assessment — what each metric measures, acceptable thresholds, and how to achieve compliance.
Read More →
Why regular schedule health checks are critical for construction projects and how automated assessments catch issues before they become costly problems.
Read More →
How to use S-Curves to visualize project progress, forecast completion, and identify schedule and cost variances in construction projects.
Read More →
Understanding resource histograms — how to read them, create them, and use them for effective resource leveling and allocation in construction projects.
Read More →
Best practices for comparing construction schedules against baselines — identifying variances, measuring progress, and maintaining schedule integrity.
Read More →
A comprehensive guide to reviewing Schedule of Values and Pay Applications — ensuring accurate billing, preventing overbilling, and maintaining cost control.
Read More →
How to trace and analyze driving logic relationships in construction schedules to understand what truly controls activity dates and project milestones.
Read More →
Understanding forward and backward path analysis — how to trace activity dependencies upstream and downstream to identify schedule risks and opportunities.
Read More →