Biomedical Informatics

Articulate a broad knowledge of informatics domains, with research design principles to enable description of research and clinical problems.

Apply data science skills including programming, computational reproducibility, statistics and database use/development to implement, evaluate and share prototypes of informatics solutions in a reproducible way

Demonstrate in-depth knowledge and the ability to articulate key scientific findings in at least one biomedical informatics sub-field and one methodological sub-field.

Conduct biomedical informatics research in a responsible and ethical manner, ensuring the protection of human subjects, and the credibility of research findings with awareness of algorithmic bias, and health disparities.

Formulate a proper, testable hypothesis (e.g., PICO format)

Develop skills that are critical for success in their chosen career path and take ownership of their career trajectory

Articulate scientific knowledge and critical thinking verbally and through scientific writing, displaying awareness of audience expectations and conventions, using a variety of styles and being receptive to feedback.

Critically evaluate literature by identifying key concepts, strengths, and weaknesses of research articles, and receive constructive feedback for continuing improvement

Develop impactful and independent scientific research contributing to the theories and practices of the field of Biomedical Informatics