Academic Program Proposal
Main_Content
Date Proposal Activated | Institution and Proposal | Degree Awarded | Academic Program Name | Objections Received | Objection Deadline | MHEC Final Action | Final Decision Date |
---|
| The Johns Hopkins University Proposal | Post Baccalaureate Certificate (P.B.C.) | Infectious Disease Dynamics, Analytics and Modeling | | 6/21/2025 | | |
Infectious Disease Dynamics, Analytics and Modeling Program Description |
The Johns Hopkins University is proposing a stand-alone Post Baccalaureate Certificate (P.B.C.) in Infectious Disease Dynamics Analytics and Modeling this will include the following learning objectives: <br> <br>1. Describe the observed epidemiological patterns for important infectious diseases around the world and their biological, sociological, and environmental drivers; <br> <br>2. Understand the predominant methods of infectious disease control and the pathogens to which they apply; <br> <br>3. Be familiar with the metrics used to quantify disease transmissibility and the methods used to estimate; <br> <br>4. Translate biological, epidemiological, and medical features of an infectious disease into a mechanistic mathematical models; <br> <br>5. Develop and apply statistical methods to estimate model parameters and predict disease spread or outcomes; <br> <br>6. Understand the different types of infectious disease models (e.g. mathematical vs statistical, stochastic vs deterministic, well-mixed vs network) and the different uses of models (e.g. inference vs forecasting vs scenario projection); <br> <br>7. Understand the common challenges of real-world infectious disease data and methods to deal with data limitations; <br> <br>8. Critically evaluate infectious disease models in the scientific literature; <br> <br>9. Communicate the results of models - including their critical assumptions and uncertainty – to both technical and non-technical audiences. |