Absence Rates Career Progress (Team) Calculator FAQ
Answers to common questions about team absence rates, development days at risk, overlap assumptions, and career progression capacity estimates.
This FAQ explains what the calculator measures, how its inputs work, and how to interpret results responsibly for team-level workforce planning.
General calculator questions
Understand the purpose and intended use of the team-level estimate.
What does the Absence Rates Career Progress (Team) Calculator estimate?
It estimates how much planned team development time may be affected when absence overlaps with learning, mentoring, and progression activities.
Is this calculator designed for individual employees?
No. It is designed for aggregate team planning and should not be used to judge an individual's performance, potential, attendance, or career prospects.
Does the result predict promotions or career outcomes?
No. It estimates available planned development capacity only. Actual career outcomes depend on many factors not included in the calculation.
What types of activity can count as career development days?
They can include planned learning, mentoring, coaching, career conversations, development programmes, or progression-related activity, provided they are counted consistently.
Inputs and calculation method
Learn how each input contributes to the estimate.
How is the team absence rate calculated?
Total absence days are divided by total scheduled team working days and multiplied by 100.
How are total team absence days calculated?
Team size is multiplied by average annual absence days per employee.
What are development days at risk?
They are the estimated planned development days that may be disrupted after applying the proportion of working time allocated to development and the chosen overlap rate.
What is the absence overlap rate?
It is the percentage of the proportional absence effect assumed to disrupt planned development activity. It is a user-selected planning assumption.
Why are working days per employee needed?
They show the size of the scheduled year and help estimate what share of absence could coincide with development time.
Interpreting results
Use outputs as context for development planning rather than as fixed outcomes.
What does 98% career progression capacity mean?
It means the estimate suggests 98% of the original planned development time remains available after the calculated potential disruption.
Can remaining development days be negative?
No. The calculation sets remaining development days to zero if the estimated days at risk would exceed planned development days.
Why might two teams have the same capacity percentage but different days at risk?
Larger teams can have more total planned days and more total absence days. With identical per-employee inputs, their percentage result can be similar while their total day counts differ.
Should a lower capacity result be treated as lost development?
Not necessarily. The result identifies potential disruption. Teams may recover time through rescheduling, cover, or alternative delivery methods.
Data and responsible use
Consider definitions, privacy, and the limits of aggregate absence data.
Should annual leave be included in average absence days?
Usually not if planned leave is already excluded from your definition of scheduled working days. Use the approach that matches your organisation's reporting method.
Should different absence types be combined?
That depends on the purpose and definitions used for your planning data. Consistency and appropriate handling of sensitive information are important.
Can the calculator account for cover arrangements?
No. It does not model colleagues providing cover, postponed sessions, external providers, or other mitigation measures.
How can uncertainty be reflected in the result?
Run several scenarios using different average absence and overlap rates, then compare the range of development days at risk and remaining capacity.
What does the calculator estimate?
It estimates the potential effect of team absence on planned development, mentoring, learning, and progression time.
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