As public health emergency management (PHEM) is a growing field, so is the development of its workforce. Ensuring workforce readiness from graduate-level education and courses can be challenging given the limitations of the traditional classroom environment. This presentation highlights a novel curriculum created and taught by first responders consisting of simulation and application of practical skills developed within a public health graduate certificate program.

The semester-long course reviews foundations of PHEM and students progress through a sequence of increasingly complex discussions and operation-based exercises for both domestic and international disaster preparedness and response. Students progress through case studies, tabletops, functional exercises, and full-scale exercises with practical skills interspersed. This includes creation of SMART objectives and incident action planning, crisis communication and public messaging drills, use of radios, personal protective donning and doffing, and Geiger counter use.

During the COVID-19 pandemic, the curriculum was adapted for asynchronous and live virtual sessions with further offerings including various online trainings that are required for most employments in the field and guest speakers with national recognition for their experiences in public health and healthcare emergency management and subject matter expertise in various fields related to preparedness and response.

Since commencing in 2016, approximately 100 students have completed the course and feedback has been overwhelmingly positive even with limitations of in-person activities during the COVID-19 Pandemic. Student feedback has noted that the majority of students feel that the knowledge and skills from the coursework is applicable to future employment and that their ability to think critically about the subject matter increased as a result of taking the course.

Implementation of this innovative graduate level course can serve as a model to enrich students’ education through practical activities and hands-on simulations.