Our Pharmacogenomics and Transport micro-credential is an online three-course series encompassing several aspects of pharmacogenomics from transport to current events incorporating cancer and nutrition. Each course consists of lectures and hands-on practice with clinical guidelines to lead you through developing personalized therapies. Finally, to obtain the digital badge, you will be asked to complete a cumulative pharmacogenomic question related to current issues related to pharmacogenomics.

Our Pharmacometrics Modeling micro-credential is an online three-course series covering what pharmacometrics entails. Each of these courses will provide you with an in-depth overview of Pharmacometrics encompassing methodology and application of models for disease and pharmacological measurement. Each course consists of lectures and hands-on practical with application-based software to guide you through pharma data and modeling problems. Finally, to obtain the micro-credential you will complete a cumulative modeling question related to current applications in Pharmacometrics.

Our PKPD and Systems Pharmacology micro-credential builds advanced skills in pharmacokinetics (PK), pharmacodynamics (PD) and quantitative systems pharmacology (QSP). Through three integrated courses, you will explore ADME processes, PBPK and TMDD modeling, and Python-based QSP tools. Emphasizing hands-on data analysis and simulation, the program will prepare you to apply mechanistic models for drug development, clinical pharmacology and translational research.

Our Mechanism Based PKPD micro-credential offers a graduate-level progression in pharmacokinetics (PK) and pharmacodynamics (PD) through three courses. You will gain skills in dosing design, PK/PD modeling, and advanced applications like PBPK and TMDD. Emphasizing real-world problem-solving, data analysis, and simulation, the program prepares you for impactful roles in pharmaceutical care, drug development and translational research.

Our Clinical and Translational Therapeutics micro-credential consists of a three-course series that covers the fundamentals of clinical and translational therapeutics. It offers a comprehensive overview of the basics and methodologies involved in translational therapeutics, with practical applications for generating project ideas spanning across pharmacy, pharmaceutical sciences and various other scientific fields. Each course includes lectures and hands-on practice using application-based software to navigate pharmaceutical data and solve in-silico modeling problems. Finally, you will complete a protocol-driven research project, producing data-driven results through in-silico methods.

This program provides the instructions necessary to understand selected software operations, examples of data sets and models used for analysis, and exercises and problems designed to demonstrate how to implement and execute the modeling tasks.