CMU’s instance of REDCap usually integrates with the university's Single Sign-On (SSO) system. This means that faculty, staff, and students do not need to create a new, separate password. They simply log in using their CMU Global ID (GID) and password. This integration not only simplifies access but also enhances security by leveraging the university's existing authentication protocols.
Eligible patients appear in a secure “Potential Participants” queue. For each, the system shows minimal necessary identifiers (HN, age, gender, contact flag) – never full medical history. Researchers can then: redcap med cmu
A professor in the Human-Computer Interaction Institute (HCII) is developing a tele-rehabilitation app for stroke survivors. They use RedCap Med CMU to send daily symptom surveys to patients' smartphones. The data flows directly into the researcher's secure database, and the system flags any patient reporting severe pain or confusion. CMU’s instance of REDCap usually integrates with the
It is a metadata-driven environment. This means that the user defines the data structure (the metadata), and the system generates the web interface, surveys, and reports dynamically. It is not a static spreadsheet; it is a relational database management system that requires no programming knowledge to set up. This integration not only simplifies access but also
CMU understands that adopting a new data management tool can be daunting. Consequently, the university typically offers training resources. This may include video tutorials, in-person workshops, and a help-desk system. For researchers new to REDCap, the "REDCap Consortium" also offers a vast library of training videos accessible from within the platform, covering everything from basic project setup to advanced logic branching.