50 Project Management in Clinical Trials
50.1 Purpose of Project Management
Project management in clinical trials functions as the control layer over operational execution.
While CRA operations focus on what happens at sites, project management focuses on:
- how work is planned,
- how progress is monitored,
- how risks are managed,
- and how decisions are made.
Project management does not replace clinical operations.
It coordinates and steers them.
50.2 Execution Layer vs Control Layer
| Layer | Function |
|---|---|
| Execution (CRA Ops) | Conduct visits, verify data, manage safety |
| Quality & Safety | CAPA, TMF, pharmacovigilance |
| Control (PM) | Planning, prioritization, escalation, decision-making |
The PM layer exists to ensure that: - timelines are realistic, - resources are aligned, - risks are anticipated, - and the trial remains on track.
50.3 PM Across the Trial Lifecycle
Project management spans the entire lifecycle:
- Start-Up: site selection, activation planning
- Conduct: monitoring cadence, enrollment tracking
- Quality: deviation trends, CAPA oversight
- Close-Out: database lock, CSR delivery
- Inspection: readiness, response coordination
PM is continuous, not a single phase.
50.4 Information Flow
Clinical trials generate signals:
- missed visits
- delayed data
- protocol deviations
- safety events
These signals flow upward into the PM layer, where they become:
- risks
- issues
- escalations
- decisions
PM converts operational signals into governance actions.
50.5 Relationship to Other Modules
Project management interfaces with:
- Monitoring Operations → delivery tracking
- Safety & Pharmacovigilance → escalation thresholds
- Data Quality & Analytics → performance metrics
- Deviations & CAPA → systemic risk
- Inspection Readiness → response coordination
PM is the integrating layer of the entire binder.