Burnout Risk Calculator

Track workload pressure, sleep debt, and recovery daily. Get instant risk scores with practical actions. Prevent exhaustion early through smarter pacing and weekly resets.

Assessment Result

Enter the workload and recovery details below, then press Calculate Burnout Risk to see the score above the form.

Burnout Risk Inputs

Optional label for export files.
Date used in result summary.
Total hours worked in a typical week.
Days that exceed normal planned hours.
Nightly sleep on workdays.
Short breaks and meal breaks combined.
Self-rated average stress intensity.
Messages, calls, pings, and ad-hoc asks.
Hours worked across Saturday and Sunday.
Days with meaningful rest or low demand.
Control over pace and priorities.
Team and manager support availability.
How long intense pace has continued.
Planned time-off taken recently.
Round-trip commute time estimate.
Uninterrupted deep work time.
Average daily energy perception.
Percent of work marked urgent.
Overnight or late-rotation days.
Notes are included in CSV/PDF exports.

Example Data Table

Use these sample rows to understand how different work patterns affect the risk score and action urgency.

Scenario Work Hrs Sleep Stress Recovery Days Urgent % Expected Risk Band
Balanced Sprint Week 43 7.4 4 3 28 Low to Moderate
Deadline Compression Week 55 6.2 8 1 70 High
Chronic Overload Pattern 68 5.4 9 0 85 Severe

Formula Used

This calculator converts each input into a normalized risk component score between 0 and 100, then applies weights. Higher values increase burnout risk.

Normalization: Each factor uses a safe range and a high-risk range.
For factors where higher is worse (work hours, stress, interruptions):
Component Score = Clamp(((Value − Safe) ÷ (Danger − Safe)) × 100, 0, 100)
For factors where lower is worse (sleep, breaks, recovery, support):
Component Score = Clamp(((Target − Value) ÷ (Target − Floor)) × 100, 0, 100)
Final Burnout Risk Score:
Burnout Risk = Σ(Component Score × Weight) ÷ 100

Weights total 100 points. Major weights include stress (14), sleep deficit (12), workload (10), recovery gaps (8), and low energy (8).

The calculator also outputs a Pressure Index (workload/urgency intensity) and a Recovery Index (protective capacity from sleep, breaks, support, and energy).

How to Use This Calculator

  1. Enter realistic averages from the last two to four weeks, not a single unusual day.
  2. Use the full input set for better accuracy, especially sleep, stress, interruptions, recovery days, and urgent work share.
  3. Click Calculate Burnout Risk. The result appears above the form under the header.
  4. Review the Top Risk Drivers list to identify the factors contributing the most risk points.
  5. Use the Priority Recommendations to make schedule or workload changes immediately.
  6. Export the current assessment using Download CSV or Download PDF for reporting or planning discussions.

Workload Patterns and Capacity

Burnout risk often starts with workload drift. Track weekly work hours, overtime days, and weekend hours together, then compare them against the role’s normal capacity. Repeated overload across several weeks matters more than one intense deadline. When hours stay high and overtime becomes routine, the calculator increases pressure scores and highlights workload as a primary driver requiring scheduling corrections. Review overtime timing, meeting load, and deadline clustering for patterns early.

Sleep Debt and Recovery Signals

Sleep hours, break minutes, and recovery days protect long-term performance. This calculator treats low values as recovery deficits because reduced rest lowers resilience and concentration. Use two-to-four-week averages, not one unusual day, for cleaner results. If sleep drops below seven hours while breaks remain short, the recovery index weakens quickly and the total burnout score usually rises. Add protected breaks and consistent sleep windows before changing staffing assumptions.

Stress Intensity and Disruption Pressure

Perceived stress has a strong weight because it captures emotional load beyond time totals. Interruptions per hour and urgent work share raise pressure by forcing constant context switching and reactive decisions. High stress with frequent interruptions usually extends task completion times and increases fatigue. The calculator combines these signals to estimate how chaotic the workday feels. Use the score to justify quieter focus blocks and response-time rules.

Reading the Score and Driver Table

The Burnout Risk Score summarizes weighted components on a zero-to-one-hundred scale. Low and moderate bands support prevention planning, while high and severe bands signal faster intervention. Review the top risk drivers table after each calculation. It shows which inputs contributed the most risk points, helping you choose focused changes instead of broad, low-impact adjustments. Start with the top two drivers, then reassess after one week.

Using Results for Sustainable Planning

Use the result during weekly reviews, project retrospectives, or one-to-one meetings. The best practice is trend tracking: save results, compare score movement, and document what changed. If pressure falls and recovery rises, interventions are working. If risk remains elevated, review autonomy, support, and energy inputs before changing targets. Consistent measurement improves workload decisions. Shared review notes also improve accountability across managers and contributors over time.

FAQs

1. What does a high burnout risk score mean?

A high score means workload pressure and recovery deficits are combining in a risky pattern. It is a planning signal for schedule changes, not a medical diagnosis.

2. How often should I run this calculator?

Run it weekly for individuals and after major delivery cycles for teams. Trend comparison is more useful than a single score because burnout develops over time.

3. Which inputs affect the score most?

Stress level, sleep deficit, weekly work hours, recovery days, and energy level usually drive the largest weighted impact. The Top Risk Drivers table confirms the biggest contributors.

4. Can this be used for team planning?

Yes. Teams can use anonymized averages to review overtime, interruption load, and urgent work share. It helps managers plan capacity, staffing, and deadline adjustments.

5. Why is the Recovery Index important?

The Recovery Index shows protective capacity from sleep, breaks, support, and energy. A low recovery value can keep burnout risk high even when weekly hours improve.

6. Should I replace professional help with this tool?

No. This calculator supports workload discussions and prevention planning. If someone shows severe distress, persistent exhaustion, or health concerns, encourage professional support immediately.

Related Calculators

Academic Burnout TestStudy Fatigue IndexStudy Stress ScoreBurnout Risk AssessmentAcademic Fatigue ScaleBurnout Probability ToolStudy Overload IndexMental Fatigue ScoreBurnout Vulnerability TestStudy Pressure Score

Important Note: All the Calculators listed in this site are for educational purpose only and we do not guarentee the accuracy of results. Please do consult with other sources as well.