PROJECT MANAGEMENT IN DRUG DEVELOPMENT
Key concepts and body of knowledge of Project Management (PM) applied to the specifics of the drug development process. PM theory and language. The life cycle of a project: Initiating, Planning, Executing, Monitoring and Control, and Closing. Predictive, adaptive and hybrid PM frameworks and tools. Project Charter, statement-of-work, scope of work, work-breakdown structure, project network and timelines. Critical path method and earned value analysis to adjust schedules, allocate resources, and implement corrective actions. Risk management in pharmaceutical projects. An overview of documents management and decision-making strategies.
Prerequisites & course information
Requisites: Declared in MS Pharmaceutical Sciences, Capstone Certificate in Applied Drug Development, or Capstone Certificate in Psychoactive Pharmaceutical Investigation Course Designation: Grad 50% - Counts toward 50% graduate coursework requirement Repeatable for Credit: No Last Taught: Fall 2026 Learning Outcomes: 1. Explain the concepts, principles and language of PM and its impact and role in the pharmaceutical industry. Audience: Graduate 2. Describe the functions of a Project Manager in general and within the drug development process (pre-clinical and clinical phases). Audience: Graduate 3. Compare and contrast different frameworks and tools of PM to make informed decisions on tailoring the PM approach to suit the project needs. Audience: Graduate 4. Develop a project charter, statement-of-work, scope of work, work-breakdown structure, a resource-loaded timeline, and a project plan. Audience: Graduate 5. Apply the critical path method and earned-value analysis to track progress and forecast outcomes against a project’s plan baseline. Audience: Graduate 6. Weight proper corrective measures according to earned-value analysis forecast methods, to ensure a project’s outcomes and deliverables. Audience: Graduate 7. Implement risk identification, mitigation and management strategies during project planning (pre-mortem), life cycle, and project closeout (post-mortem). Audience: Graduate 8. Consolidate the PM concepts and principles studied during the course by developing a Project Plan as Final Project. Audience: Graduate Learning Outcomes: 1. Explain the concepts, principles and language of PM and its impact and role in the pharmaceutical industry. Audience: Graduate 2. Describe the functions of a Project Manager in general and within the drug development process (pre-clinical and clinical phases). Audience: Graduate 3. Compare and contrast different frameworks and tools of PM to make informed decisions on tailoring the PM approach to suit the project needs. Audience: Graduate 4. Develop a project charter, statement-of-work, scope of work, work-breakdown structure, a resource-loaded timeline, and a project plan. Audience: Graduate 5. Apply the critical path method and earned-value analysis to track progress and forecast outcomes against a project’s plan baseline. Audience: Graduate 6. Weight proper corrective measures according to earned-value analysis forecast methods, to ensure a project’s outcomes and deliverables. Audience: Graduate 7. Implement risk identification, mitigation and management strategies during project planning (pre-mortem), life cycle, and project closeout (post-mortem). Audience: Graduate 8. Consolidate the PM concepts and principles studied during the course by developing a Project Plan as Final Project. Audience: Graduate
Sources
- Course catalogue ↗2026-2027