WorkAxle Scheduling & Rostering generates optimized, compliant schedules automatically from demand forecasts, skills, certifications, availability, labor laws, and union agreements. When the day changes, time-off requests, no-shows, last-minute swaps, the engine finds qualified replacements and validates every change before it publishes, as a warning, your call. Seasonal roster optimization lives in Forecasting & Optimization.
The engine generates.
You refine.
Multiple CBAs within one organization, overlapping skills and certifications, and a budget that doesn't flex. The engine generates a compliant draft in minutes and keeps up when the day changes: no-shows, time-off requests, last-minute swaps. You adjust, approve, and publish.
The weekly puzzle that eats your afternoon.
When the human is the compliance engine.
You're building next week's schedule.
One screen has employee availability. Another has certifications, two of them expire Thursday. A spreadsheet tracks overtime. And in your head, a union seniority rule says Maria gets first pick of day shifts.
You haven't started the actual schedule yet. You're still assembling the information you need to begin.
This is what happens when the system can't hold the rules. The human becomes the compliance engine. By Friday, you find out what they missed.
What if the system solved the structural part?
The engine pulls demand forecasts, checks every certification, enforces every rest period and overtime cap, respects seniority rules, and generates a compliant draft in minutes.
You open the schedule. Nearly every shift is assigned. The few open ones are flagged with reasons: a certification gap, an availability conflict, a call that needs manager judgment.
You handle the exceptions. You approve. You publish. The structural puzzle is solved before you sit down.
And when the day itself falls apart, a no-show at open, a same-day time-off request, the engine surfaces qualified replacements and validates the change before it publishes.
From demand forecast to published schedule, in minutes.
Demand drives the schedule.
The engine pulls from WorkAxle's forecasting module. Predicted demand sets headcount, timing, and location before a single shift is created.
The engine generates a compliant draft.
It builds shifts and assigns employees based on skills, certifications, availability, and labor rules. Overtime limits, rest periods, and qualification constraints are enforced while the draft is generated, so a violation never lands in the first version the manager sees.
Compliance validates every change.
As the manager adjusts the schedule, the compliance engine checks rest periods, workload caps, certifications, and union/CBA rules in real time and surfaces any conflict as it happens, as a warning you act on. Every edit either lands clean or surfaces a conflict for you to resolve before it publishes. Overrides are logged.
The manager refines the edge cases.
Part-timer hours, coverage preferences, mentorship pairings. The system proposes the assignment. The manager makes the call.
Publish and notify.
One click. The schedule is live. Employees are notified. Every assignment is compliant, logged, and auditable.
The day changes. The schedule keeps up.
Time-off requests, no-shows, last-minute swaps. The engine surfaces qualified replacements, validates the change like any other edit, and notifies the people affected, on the actual day.
Every scheduling capability, on one surface.
| Capability | What it does |
|---|---|
| Auto-generation from demand | Builds draft schedules from forecasting data, with shifts sized to predicted demand rather than copied from last week's template. |
| Auto-assignment by rules | Assigns employees based on skills, certifications, availability, and labor rules (rest periods, workload limits, consecutive days), simultaneously. Seniority drives bidding workflows separately. |
| Continuous compliance checking | Validates every scheduling action against labor laws, union agreements, and business rules, continuously during auto-assignment and synchronously on every interactive edit. |
| Bulk operations | Copy a full week to future weeks, edit shifts in batch. Shift patterns defined as reusable templates or work cycles and propagated forward by assigning them to date ranges. |
| Split shifts & complex patterns | Handles split shifts, overnight coverage, rotational cycles (16+ weeks), and work-package-based scheduling. |
| Shift bidding & call lists | Shift bidding for open shifts, any qualified employee can bid; manager picks or auto-accepts based on rules. Prioritized call lists with grievance-audit-grade tracking: every contact attempt logged with method, outcome, and timestamp. |
| Employee self-service | Shift swaps, availability updates, and shift bidding for open positions, with compliance validation on every transaction. Peer-to-peer shift covers also supported. |
| Multi-location scheduling | Manage schedules across locations, departments, and teams from one interface. Employees can qualify for multiple areas within a single site. |
| Overtime optimization | Overtime is flagged, controlled, and distributed equitably based on your rules. The manager sees it coming and decides who takes it. |
| Multi-job scheduling | Schedules multiple jobs for the same employee within the same day, each with its own time type, so hours worked move correctly into billing and accounting. |
| Cost groups & cost objects | Assign cost groups, cost subgroups, and cost objects directly on the schedule. Track time against multiple jobs or projects within the same day. |
Different industries. Different scheduling logic. One engine.
Security & Guarding
Post-based rostersEvery post filled by someone licensed for it. Call lists, site minimums, and contract terms are enforced while the roster is generated.
See solutions →Public Sector
Union-rule rostersSeniority, bid rights, and bargaining-unit agreements are constraints the engine holds while it builds. Every assignment stays defensible when the grievance comes.
See solutions →Manufacturing & Processing
Rotational rostersRepeating rotational patterns, often 16 weeks and up, with shift-level bidding and configurable acceptance criteria. Demand follows production, skill, and certification.
See solutions →Airport Operations
Ground operations rostersDemand-based scheduling at 15-minute granularity for catering, de-icing, and ground handling crews. Rosters hold to CBA constraints through volume spikes, and the engine re-balances on the day.
See solutions →Retail
Demand-driven rostersVolatile demand, high part-timer ratios, frequent same-day changes, 1-2 week schedule periods. The engine generates from forecasts and re-balances through the day.
See solutions →Healthcare
Self-service rostersShift bidding for nurse self-scheduling with employment-level priority and 6-8 week periods. Coverage requirements and break rules are enforced as hard constraints.
See solutions →Construction
Crew-based rostersCrews assembled by trade, ticket, and union hall rules. Rotations and remote sites are handled in the same engine, with every assignment logged.
See solutions →Port Operations
Dispatch rostersVessel-driven shifts and union dispatch order at working-port scale. The engine holds safety certifications and seniority while it assigns the gang.
See solutions →Scheduling & Rostering sits at the center of the workflow.
Every module feeds scheduling. Scheduling feeds every module.
Scheduling receives demand data from Forecasting, enforces rules through the Compliance & Rule Engine, and feeds validated shift data into Time & Attendance for clock-in validation and then into Payroll Export for clean wage calculation.
Every schedule ever generated is logged, versioned, and auditable. The compliance trail begins the moment the schedule is built, long before the first timecard.
Connected modules.
Forecasting → demand signals drive shift creation
Compliance & Rule Engine → every assignment validated
Time & Attendance → clock-in against scheduled shifts
Payroll Export → clean, compliant wage data
Measured in production.
Your questions, answered.
How does WorkAxle generate schedules automatically?
The engine pulls demand forecasts, then auto-generates shifts and assigns employees based on skills, certifications, availability, and compliance rules. It produces a compliant draft in minutes. The manager reviews it, adjusts the edge cases, and publishes.
Does WorkAxle handle union scheduling rules?
Yes. The platform supports shift bidding, prioritized call lists with full attempt tracking for union audit, and CBA enforcement across overtime, rest periods, and shift assignment. The no-code rule engine handles the most complex rules in the simplest way, across the most demanding regulatory environments.
Can employees swap shifts or bid on open shifts?
Yes. Employees submit swap requests, update availability, and bid on open shifts through self-service. Every transaction is validated against compliance rules before confirmation, with no manual checking required.
How does WorkAxle handle multi-location scheduling?
Managers schedule across locations, departments, and teams from one interface. Each location has its own demand drivers, labor rules, and union agreements. Employees qualify for multiple areas within a site, and those qualifications are enforced during assignment.
What makes WorkAxle scheduling different from other WFM platforms?
Three things. Schedules generate from demand forecasts, so the manager starts from a working draft instead of an empty grid. Compliance is enforced while the schedule is built, so violations are caught before publishing. And the engine carries multi-union, multi-location, multi-certification complexity, which frees the manager to spend the afternoon on judgment calls.
How fast can a schedule be created?
The engine generates a compliant draft in minutes. The manager adjusts the edge cases and publishes. Refinement time depends on the edge cases, not the size of the operation.
What happens when someone calls in sick on the day?
The engine surfaces qualified replacements from availability and call lists, validates the swap against the same compliance rules as any scheduled shift, and notifies the replacement. Managers handle the exception, not the paperwork.
Ready to see your schedule built in minutes?
How does forecasting drive better schedules?
See how demand data feeds directly into schedule generation, shifting from templates to predicted need.
How does WorkAxle compare to your current system?
The capabilities that separate a scheduling tool from a scheduling engine, mapped against what you're using today.
See your schedule built in a 30-minute demo.
Bring your hardest week. The union rules they couldn't model. The multi-site puzzle that takes days. Bring it.