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Home Care Patient Capacity Estimator

Estimate how many home care visits a field team can complete in a week from caregiver capacity rather than from a fixed appointment schedule. The model combines the number of field staff, productive hours, average service time, and average travel or transition time per visit, then applies a utilization factor to represent the share of productive time that can actually be scheduled.This is useful for testing territory design, hiring needs, and demand growth. Home care travel patterns vary widely, so the result should be treated as scenario capacity: geographic dispersion, visit mix, staff qualifications, continuity requirements, cancellations, and local work rules can all lower practical throughput.

Field capacity assumptions

FTE
hr
%
min
min
%
Result
—
Estimated visits per week
Field-available hours—
Minutes per visit cycle—
Schedulable hours—
Visits per FTE—

1. Enter field staffing
Use the FTE count available for home visits during the modeled week.

2. Define field-available time
Set paid hours and the percentage that remains after meetings, training, leave, and non-field duties.

3. Describe a visit cycle
Enter average service time plus the travel or transition time associated with one completed visit.

4. Apply schedulable share
Use this factor for routing gaps, breaks, and other field time that cannot be converted into booked visits.

5. Review weekly capacity
Read the estimated visits together with visit cycle time and visits per FTE; change travel assumptions to test territory efficiency.

Field-available hours = Staff FTEs × Paid hours per FTE × Field-available share % ÷ 100 Schedulable hours = Field-available hours × Schedulable share % ÷ 100 Visit cycle minutes = Service minutes + Travel/transition minutes Weekly visit capacity = Schedulable hours × 60 ÷ Visit cycle minutes

What the result means

The result is the approximate number of average-length home visits the entered field team can fit into a week under the specified time and routing assumptions.

Visit requirements, credential matching, geography, overtime rules, emergencies, documentation, and continuity-of-care constraints can reduce real capacity.

Given

  • 12 field FTEs
  • 40 paid hours/FTE
  • 75% field-available share
  • 60 service minutes/visit
  • 20 travel minutes/visit
  • 88% schedulable share

Calculation

Field-available hours = 12 × 40 × 0.75 = 360 hours. Schedulable hours = 360 × 0.88 = 316.8 hours. Cycle time = 60 + 20 = 80 minutes. Capacity = 316.8 × 60 ÷ 80 = 237.6 visits.

Result

Estimated capacity: about 238 visits per week.

That is a time-based ceiling for the modeled mix; actual assignments may be lower if staff skills, patient locations, or required visit windows do not align.

Should documentation time go into service minutes?

Include it there if documentation is routinely completed during or immediately as part of each visit. If it is handled as general non-field time, reflect it in the field-available share instead to avoid double counting.

How should I estimate travel time?

Use a representative average from routing or timekeeping data for the territory being modeled. A single average can hide long rural trips or dense urban delays, so separate scenarios may be more useful.

What does schedulable share represent?

It captures usable field time that is still lost to routing gaps, breaks, schedule windows, and other fragmentation after field availability has already been estimated.

Can I use patient hours instead of visit counts?

The current output is visits. For hour-based service, set the average service minutes to the typical delivered visit duration and interpret capacity alongside total schedulable hours.

Is this a safe maximum caseload?

No. It is a time-capacity estimate, not a clinical caseload or safety standard. Patient acuity, qualifications, service plans, and applicable rules must be considered separately.