Explore the scheduling optimization capabilities that make Thrawn the best choice for residency and fellowship programs.
Thrawn's optimization engine prevents ACGME duty hour violations at generation time, not after. Every schedule delivered is compliant by construction — never by manual audit.
Attending physician schedule management shouldn't fall on a program director's shoulders. Thrawn delivers finished attending schedules built on mathematical optimization, balancing coverage, FTE obligations, and fairness across the academic year.
Thrawn's managed service uses mathematical optimization to deliver automated physician scheduling that bakes ACGME duty hour rules into every schedule. Chiefs review finished schedules instead of building them.
Thrawn's managed service generates mathematically optimal, conflict-free block schedules from your program's constraints. Chiefs and program directors review finished rotation schedules instead of building them.
Thrawn's managed service encodes every graduation requirement directly into the schedule — minimum weeks per specialty, PGY-level rules, and multi-track constraints — so gaps surface before they happen, not after.
Thrawn's managed service automates call schedule generation with mathematically enforced fairness and ACGME duty hour compliance. Chiefs review finished schedules instead of building them.
Thrawn's managed service treats clinic, block, and call schedules as one interconnected system — so your residency clinic schedule optimization never creates conflicts elsewhere.
Thrawn's managed service delivers complete, ACGME-compliant Block, Call, Clinic, and Attending schedules from your program's constraints. Chief residents review finished schedules instead of building them.
Physician scheduling fairness and equity shouldn't depend on a chief resident's gut feel. Thrawn's optimization engine mathematically balances every shift, vacation, and elective across your entire program.
Thrawn's mathematical optimization engine unifies block, call, clinic, and attending schedules into one interconnected system — so a single change never cascades into chaos.