The Defense Contract Management Agency (DCMA) 14-Point Assessment is the industry-standard methodology for evaluating construction schedule quality. Originally developed for defense and government projects, the 14-point assessment has been widely adopted across commercial construction as the definitive framework for determining whether a schedule is well-constructed, logically sound, and suitable for project management purposes. Each of the 14 metrics evaluates a specific aspect of schedule health, from logic completeness to duration reasonableness to critical path integrity.
Float Master automates the entire DCMA 14-point assessment process. Upload your schedule and receive a comprehensive health report in seconds — no manual counting, no spreadsheet formulas, no room for calculation errors. The tool evaluates all 14 metrics against their standard thresholds, provides a pass/fail determination for each metric, calculates the exact percentages, and identifies the specific activities that are causing any failures. This level of automation transforms what was previously a multi-hour manual analysis into an instant, repeatable process.
The 14 Assessment Metrics Explained
Float Master evaluates your schedule against all 14 DCMA metrics. Logic checks include missing predecessors (activities with no predecessors that should have them), missing successors (activities with no successors that should have them), and relationship types (ensuring appropriate use of finish-to-start, start-to-start, and other relationship types). Duration checks identify activities with excessively long durations that may indicate insufficient detail, and activities with zero duration that are not milestones.
Float and criticality checks examine total float values to ensure the schedule has a reasonable critical path (typically 5-15% of activities), identifies negative float that indicates schedule conflicts, and flags activities with excessive float that may indicate disconnected logic. Constraint checks identify hard constraints that override the network calculation, which can mask schedule problems. Resource and cost checks verify that activities are properly loaded with resources and costs where required. Each metric has an industry-standard threshold, and Float Master clearly shows whether your schedule passes or fails each one.
Drill-Down to Problem Activities
Knowing that a metric fails is only the first step — you also need to know which specific activities are causing the failure so you can fix them. Float Master provides complete drill-down capability for every metric. If the missing predecessors check fails, you can instantly see a list of every activity that lacks a predecessor relationship. If the high duration check fails, you can see every activity exceeding the duration threshold. This activity-level detail transforms the assessment from a diagnostic tool into an actionable remediation guide.
The drill-down lists are sortable and filterable, allowing you to prioritize remediation efforts. You might choose to fix critical path activities first, or focus on a specific WBS area, or address the most severe violations before tackling minor ones. Float Master also tracks assessment results over time, so you can see whether schedule quality is improving or deteriorating with each update — a valuable metric for schedule review meetings and contractor performance evaluation.
Customizable Thresholds and Extended Metrics
While the standard DCMA thresholds work well for most projects, some organizations have stricter or more lenient requirements based on project type, contract specifications, or internal standards. Float Master allows you to customize the pass/fail thresholds for each metric, adapting the assessment to your specific requirements. You might set a stricter critical path threshold for a fast-track project, or a more lenient duration threshold for a project with legitimately long-duration activities like concrete curing.
Beyond the standard 14 points, Float Master also calculates extended schedule health metrics that provide additional insight into schedule quality. These include relationship density (average relationships per activity), logic density (percentage of relationships that are finish-to-start), calendar utilization, constraint density, and lag analysis. These extended metrics complement the standard 14-point assessment and provide a more complete picture of schedule construction quality for teams that want deeper analysis.