Residency Scheduling for Neurology Optimized

Neurology programs typically run multi-block rotation structures spanning inpatient, stroke, neuroscience ICU, outpatient, continuity clinic, and elective assignments across multiple PGY years. Thrawn's Scheduling Programming Language encodes all of these requirements as constraints and generates a complete block schedule that satisfies educational requirements, rotation minimums, and resident preferences simultaneously — without manual reconciliation.

Yes. Thrawn generates block, call, clinic, and attending schedules simultaneously as one interconnected system. For neurology programs with night float systems or traditional call structures, call assignments are distributed equitably across residents while respecting ACGME duty hour limits and block rotation requirements — all in a single optimization run.

ACGME duty hour rules are encoded directly into Thrawn's optimization engine. Every schedule generated for a neurology program satisfies the 80-hour weekly limit, 24-plus-4 shift cap, and required rest periods before the schedule is ever delivered for review. Violations are prevented at generation time, not detected after the schedule has already been published to residents.

Thrawn's scheduling specialists work directly with your neurology program to document your rotation requirements, PGY-year rules, ACGME duty hour constraints, resident preferences, and any program-specific policies. There is no software to configure or learn. Once your constraints are captured, Thrawn delivers finished schedules for your program director or chief resident to review and approve.

Amion publishes and displays schedules but does not create or optimize them — your chief resident still builds the schedule manually. QGenda uses a rule-based engine that generates suggestions requiring human intervention to resolve conflicts. Thrawn's Scheduling Programming Language produces mathematically complete, optimal neurology schedules from your constraints directly, with no manual conflict resolution required.