Teaching hospital management — medical student registration, clinical rotation scheduling and academic record management.
Centralised student registry with demographic data, university affiliation, programme year, training documents and academic performance history — accessible to academic coordinators and clinical supervisors.
Rotation calendar managed by the academic office — students assigned to departments, wards and clinics with start and end dates; capacity limits per department respected to avoid overcrowding clinical areas.
Each student assigned to a named clinical supervisor for each rotation; supervisor workload visible to the academic coordinator — ensuring supervisors are not over-assigned and students receive adequate supervision.
Assessment scores, attendance records, supervisor feedback and examination results aggregated in the student's academic file — providing the complete performance picture needed for progression decisions and remediation planning.
DOPS, Mini-CEX, CBD and procedure log assessments completed digitally by supervisors on any device — instant availability in the student's logbook without paper forms or manual data entry.
Completion certificates, rotation sign-off letters and academic transcripts generated from the system — reducing the administrative burden on the academic office and providing students with timely, accurate documentation.
Teaching hospitals carry a dual mission — excellent patient care and excellent clinical education. Managing hundreds of students across dozens of departments, each with their own rotation schedule, supervisor allocation and competency assessment requirements, is a significant administrative challenge when handled on spreadsheets and paper logbooks.
The metaSOFT Academic Registration Module digitises this entire workflow. Students, supervisors and academic administrators each have their own view of the data they need — and because the module sits inside the HMS, student access to clinical information during rotations is governed by the same access control framework that protects patient confidentiality.
